Softball science projects

Data Science Projects

2016.10.28 00:48 Data Science Projects

A subreddit for finding projects or partners for data science projects
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2008.06.23 17:49 Computer Science

The hot spot for CS on reddit.
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2013.09.12 02:15 solardiy Solar DIY - Do-it-yourself solar projects!

Are you building a solar system for your house? Shed? RV? This subreddit is for you! Discuss your projects, show us pictures, ask for help. Anything DIY Solar!
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2024.05.16 11:57 GoToppr1412 How to Write a Research Proposal

How to Write a Research Proposal
At GoToppr, we pride ourselves on providing the best PhD services, ensuring comprehensive support for your academic journey. Crafting a successful research proposal is a pivotal aspect of our phd services. A well-designed research proposal serves as a blueprint for your research project, and our experts at GoToppr excel in assisting you to communicate your ideas effectively to others. We understand the importance of this initial step in the research process and are committed to guiding you through the intricate process, ensuring the success of your academic endeavors.
https://preview.redd.it/8wrinup1hr0d1.png?width=1080&format=png&auto=webp&s=db359be00dbe4f628187a514d8bc293fe329cb0a
Here is a general guide on how to write a research proposal:
1) Title
2) Introduction
3) Objectives
4) Literature Review
5) Methodology
6) Significance and Contribution
7) Timeline
8) Budget
9) Ethical Considerations
10) Conclusion
11) References
12) Appendices
Title
Create a clear and concise title(Engineering title, Management title) that reflects the main focus of your research.
Introduction
Provide an introduction to your research problem. Clearly state the background of the study, the significance of the research, and any previous work done in the field(Engineering field, Management field). Clearly articulate the research question or hypothesis you aim to address.
Objectives
Define the specific objectives of your research Thesis Writing. What do you aim to achieve with your study? Make sure your objectives are measurable and achievable.
Literature Review
Conduct a thorough review of relevant literature. Demonstrate your understanding of existing research and highlight any gaps your study will fill. This section should provide context for your research and support the need for your investigation.
Methodology
Explain the research design, methods, and techniques you plan to use to collect and analyze data. Include details about your sample, data collection procedures, and data analysis techniques. Make sure your Research methodology is appropriate for your research question.
Significance and Contribution
Explain the significance of your research and how it contributes to the existing body of knowledge. Clearly state the potential impact of your study on the field(Research Topic).
Timeline
Provide a realistic timeline for your research. Break down the project into smaller tasks and set deadlines for each. This helps demonstrate the feasibility of your research plan.
Budget
If applicable, include a budget for your research. Identify any resources, equipment, or funding needed for your study.
Ethical Considerations
Discuss any ethical considerations associated with your research. Address issues such as participant consent, confidentiality, and potential risks.
Conclusion
Summarize the key points of your proposal and restate its significance. Emphasize why your research is worth pursuing.
References
Include a comprehensive list of the sources cited in your proposal writing. Follow a consistent citation style (e.g., APA, MLA, Chicago).
Appendices
Attach any additional documents, such as informed consent forms, questionnaires, or supplementary materials.
We are expertise for publishing articles in international scientific journals, SCI-indexed journals, Scopus indexed journals, IEEExplore, ScienceDirect, SpringerLink, ACM library, etc., Thesis/Dissertation preparation & proofreading, technical and non-technical proof-reading for all kind of research drafts, etc.
We also provide Ph.D. Assistance, Ph.D. Consultancy,Ph.D. Guidance,Ph.D Coaching,Ph.D. Admission,Ph.D. Course, etc
submitted by GoToppr1412 to u/GoToppr1412 [link] [comments]


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submitted by Maximum-Champion-451 to SoftwareEngineering [link] [comments]


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submitted by Maximum-Champion-451 to Intern [link] [comments]


2024.05.16 11:34 ThrowawayBcMainBroke I need help. School is ending soon and my grades are down, and I may have to attend summer school.

Hello all. So im gonna be straight up honest in this post, I have been slacking in school, especially this year. Im not trying to make a bunch of excuses, but all of the kids at my school constantly annoy and overwhelm me, which has made me truent very often. I submit assignments very late because its hard for me to start working or have any motivation to do so, and now the school year is ending soon in June and I have 40 missing assignments, an F in History (which really annoys me because I submitted 10 old assignments and got a 15/16 on my project, yet still at an F?) a D in english and science, and a bunch of truancys (which honestly half of them have reasoning behind them, yet they are marked not as such) and now I recently got a letter saying I have to attend summer school. Please, any advice on how to get my grades up and finish assignments before school ends would be apprechiated so much. I really do not want to go to summer school, I will genuinely fucking kill myself if I have to. I have been trying my hardest doing old assingments to not attend.
Also, is it possible to resign from summer school if you already got the letter saying you need to attend, if you got your grades up before hand or am I fucked? I am in California if that changes anything.
submitted by ThrowawayBcMainBroke to Advice [link] [comments]


2024.05.16 11:32 IXMCMXCII To those who have read the SPM for AR6, how much more drastic do you think AR7's SPM will be should nothing change?

Whilst I do agree that countries will undertake some action to help combat the alarming increase in climate change, I shudder to think what AR7's SPM holds if we continue as is. AR6 states that
It is unequivocal that human influence has warmed the atmosphere, ocean and land. Widespread and rapid changes in the atmosphere, ocean, cryosphere and biosphere have occurred.
As if this wasn't enough of a stark warning in the opening, AR6 goes on to says that
Observed increases in well-mixed greenhouse gas (GHG) concentrations since around 1750 are unequivocally caused by human activities. Since 2011 (measurements reported in AR5), concentrations have continued to increase in the atmosphere, reaching annual averages of 410 parts per million (ppm) for carbon dioxide (COโ‚‚), 1866 parts per billion (ppb) for methane (CHโ‚„), and 332 ppb for nitrous oxide (Nโ‚‚O) in 2019.
Land and ocean have taken up a near-constant proportion (globally about 56% per year) of COโ‚‚ emissions from human activities over the past six decades, with regional differences (high confidence).
The science was settled for a very long time and I would have thought it would be widely accepted. Sadly this isn't the case. Having had my own family discuss the (non existent) (in my opinion)) issues they are having with analysis of climate change (is it man made or not, etc), many of them have accepted that indeed it is man made. And that we must look after the palnet for the betterment of the future. (Bolded text above was by me to highlight emphasis).
AR6 also informs us about how each of the last four decades has been hotter than any decade before 1850. From 2001 - 2020, the Earth's surface was about 0.99ยฐC warmer than it was from 1850 - 1900. Between 2011 and 2020, it got even warmer, with temperatures about 1.09ยฐC higher than in the late 1800s. The increase in temperature is more pronounced over land than over the ocean. Most of this warming has happened since the early 2000s.
Furthermore, the graphs Figure SPM.1 in IPCC, 20211 show us two key things (direct quote from AR6, bolded text is by IPCC):
Panel (a) Changes in global surface temperature reconstructed from paleoclimate archives (solid grey line, years 1โ€“2000) and from direct observations (solid black line, 1850โ€“2020), both relative to 1850โ€“1900 and decadally averaged. The vertical bar on the left shows the estimated temperature (very likely range) during the warmest multi-century period in at least the last 100,000 years, which occurred around 6500 years ago during the current interglacial period (Holocene). The Last Interglacial, around 125,000 years ago, is the next most recent candidate for a period of higher temperature. These past warm periods were caused by slow (multi-millennial) orbital variations. The grey shading with white diagonal lines shows the very likely ranges for the temperature reconstructions.
Panel (b) Changes in global surface temperature over the past 170 years (black line) relative to 1850โ€“1900 and annually averaged, compared to Coupled Model Intercomparison Project Phase 6 (CMIP6) climate model simulations (see Box SPM.1) of the temperature response to both human and natural drivers (brown) and to only natural drivers (solar and volcanic activity, green). Solid coloured lines show the multi-model average, and coloured shades show the very likely range of simulations.
I am hoping that the conlusions of AR7's SPM shows us the light at the end of the and how much we as a planet have improved. The science is settled; ignoring and arguing against it is to me, foolish.
AR6, SPM: https://www.ipcc.ch/report/ar6/wg1/downloads/report/IPCC_AR6_WGI_SPM.pdf
1 Figure SPM.1 in IPCC, 2021: Summary for Policymakers. In: Climate Change 2021: The Physical Science Basis. Contribution of Working Group I to the Sixth Assessment Report of the Intergovernmental Panel on Climate Change [Masson-Delmotte, V., P. Zhai, A. Pirani, S.L. Connors, C. Pรฉan, S. Berger, N. Caud, Y. Chen, L. Goldfarb, M.I. Gomis, M. Huang, K. Leitzell, E. Lonnoy, J.B.R. Matthews, T.K. Maycock, T. Waterfield, O. Yelekรงi, R. Yu, and B. Zhou (eds.)]. Cambridge University Press, Cambridge, UK and New York, NY,USA, pp. 3โˆ’32, doi: 10.1017/9781009157896.001 .]
submitted by IXMCMXCII to ClimateBrawl [link] [comments]


2024.05.16 11:13 insdnew The Best Designing Institute in Pune: Transform Your Passion into a Profession

In the vibrant city of Pune, creativity thrives and innovation blooms. For aspiring designers, finding the right institution to nurture their talent and guide their passion is crucial. The International School of Design (INSD) Pune stands out as a beacon for those who wish to transform their passion into a rewarding profession. This comprehensive guide will explore why INSD Pune is the best designing institute in Pune, focusing on its unique offerings, outstanding faculty, state-of-the-art facilities, and the diverse opportunities it provides to its students.

Introduction to INSD Pune

The International School of Design (INSD) Pune is renowned for its exceptional education in design, making it the best designing institute in Pune. Established to foster creative minds, INSD Pune offers a wide range of courses in fashion design, interior design, textile design, and graphic design. The institute is committed to providing an environment that encourages innovation, creativity, and professional growth.

Why Choose INSD Pune?

Choosing the right design institute is a critical decision for any aspiring designer. INSD Pune distinguishes itself with its comprehensive curriculum, experienced faculty, industry connections, and vibrant campus life that together create an unparalleled learning experience. Hereโ€™s why INSD Pune is considered the best designing institute in Pune:
Comprehensive Curriculum: INSD Pune offers a curriculum that is both diverse and industry-relevant. Courses are designed to cover the latest trends and techniques in the design industry, ensuring that students are well-prepared for their professional careers.
Experienced Faculty: The faculty at INSD Pune comprises industry veterans and experienced educators who bring real-world insights into the classroom. Their guidance helps students understand the practical applications of their skills.
Industry Connections: INSD Pune has strong ties with the design industry, providing students with numerous opportunities for internships, workshops, and placements. This exposure is invaluable in helping students transition smoothly into their professional lives.
State-of-the-Art Facilities: The campus is equipped with modern facilities, including well-equipped labs, studios, and libraries, providing an ideal environment for learning and creativity.
Vibrant Campus Life: Beyond academics, INSD Pune offers a vibrant campus life with various extracurricular activities, events, and clubs that enhance the overall student experience.

Courses Offered at INSD Pune

INSD Pune offers a range of courses tailored to meet the diverse interests and career goals of its students. Hereโ€™s a closer look at the key programs:

Textile Designing

As the best institute of textile design in Pune, INSD Pune offers a comprehensive course that covers the entire spectrum of textile design. Students learn about:
ยท Fabric Designing: Techniques for designing different types of fabrics.
ยท Weaving Techniques: Understanding the processes involved in weaving.
ยท Print Design: Creating patterns and prints for textiles.
ยท Textile Technology: The latest advancements in textile manufacturing.
ยท Sustainability in Textiles: Focus on sustainable and eco-friendly textile practices.

Fashion Designing

Fashion designing is one of the most sought-after courses at INSD Pune. The program covers various aspects of fashion, from conceptualization to creation, ensuring that students acquire comprehensive knowledge and skills. Key topics include:
ยท Fashion Illustration: Learning to sketch and illustrate fashion designs.
ยท Pattern Making: Understanding the techniques of creating patterns for garments.
ยท Textile Science: Studying different fabrics and their properties.
ยท Garment Construction: Practical skills in constructing garments.
ยท Fashion Marketing and Management: Insights into the business side of fashion.

Interior Designing

The interior designing course at INSD Pune is designed to help students master the art of creating aesthetically pleasing and functional spaces. Key components of the curriculum include:
ยท Space Planning: Understanding the principles of planning and designing spaces.
ยท Color Theory: Learning how to use color effectively in interior design.
ยท Furniture Design: Designing and selecting appropriate furniture for different spaces.
ยท Lighting Design: Techniques for effective lighting in interiors.
ยท Software Skills: Training in industry-standard software like AutoCAD and 3DS Max.

Graphic Designing

The graphic designing course at INSD Pune prepares students for careers in the dynamic field of visual communication. The curriculum includes:
ยท Typography: Understanding the art of arranging type.
ยท Visual Communication: Techniques for effective visual messaging.
ยท Branding and Identity Design: Creating brand identities and logos.
ยท Digital Media Design: Designing for digital platforms, including websites and social media.
ยท Software Proficiency: Training in Adobe Creative Suite and other design software.

Faculty and Teaching Methodology

The faculty at INSD Pune is one of its greatest assets. The institute boasts a team of highly qualified and experienced educators who are passionate about teaching and mentoring students. Many of them have extensive industry experience, bringing valuable insights and practical knowledge to the classroom.

Teaching Methodology

The teaching methodology at INSD Pune is a blend of theoretical knowledge and practical application. The curriculum is designed to be hands-on, encouraging students to work on real-world projects and assignments. This approach ensures that students not only learn the concepts but also know how to apply them effectively in their careers.

Industry Exposure

INSD Pune places a strong emphasis on industry exposure. The institute regularly organizes workshops, seminars, and guest lectures by industry experts. These events provide students with an opportunity to learn from professionals and gain insights into the latest trends and developments in the design industry.

State-of-the-Art Facilities

INSD Puneโ€™s campus is designed to provide an ideal environment for creativity and learning. The facilities include:

Design Studios

The design studios at INSD Pune are equipped with the latest tools and equipment, providing students with a professional workspace to develop their projects. These studios are designed to simulate real-world work environments, helping students prepare for their future careers.

Computer Labs

The computer labs at INSD Pune are equipped with high-end computers and industry-standard software. Students have access to the latest design software, allowing them to hone their digital design skills.

Library

The library at INSD Pune is a treasure trove of knowledge, with a vast collection of books, journals, and digital resources related to design. Students can access a wide range of reference materials to support their studies and research.

Workshops and Labs

INSD Pune has specialized workshops and labs for different design disciplines. These include textile labs, garment construction workshops, and interior design studios, providing students with hands-on experience in their respective fields.

Extracurricular Activities and Student Life

At INSD Pune, learning extends beyond the classroom. The institute offers a range of extracurricular activities and clubs that enhance the overall student experience.

Design Competitions

INSD Pune encourages students to participate in design competitions, both at the national and international levels. These competitions provide students with an opportunity to showcase their talent and gain recognition in the design community.

Cultural Events

The institute regularly organizes cultural events, including fashion shows, exhibitions, and design fairs. These events provide students with a platform to present their work and interact with industry professionals.

Clubs and Societies

INSD Pune has various clubs and societies focused on different aspects of design. These include fashion clubs, interior design clubs, and graphic design clubs. These clubs provide students with an opportunity to collaborate, share ideas, and work on projects together.

Placement and Career Opportunities

One of the key reasons why INSD Pune is considered the best designing institute in Pune is its excellent placement record. The institute has a dedicated placement cell that works tirelessly to connect students with top companies in the design industry.

Internship Opportunities

INSD Puneโ€™s strong industry connections ensure that students have access to numerous internship opportunities. These internships provide valuable hands-on experience and often lead to full-time job offers.

Placement Assistance

The placement cell at INSD Pune provides comprehensive support to students in their job search. This includes resume writing workshops, interview preparation sessions, and job placement fairs. The instituteโ€™s strong industry network ensures that students have access to a wide range of job opportunities.

Conclusion

INSD Pune stands out as the best designing institute in Pune, offering a comprehensive education in various design disciplines. With its experienced faculty, state-of-the-art facilities, strong industry connections, and vibrant campus life, INSD Pune provides an ideal environment for aspiring designers to transform their passion into a successful profession.
Whether youโ€™re interested in fashion design, interior design, textile design, or graphic design, INSD Pune offers the perfect platform to launch your career. The instituteโ€™s commitment to excellence in education and its focus on practical learning ensure that students are well-prepared for the challenges of the design industry.
submitted by insdnew to u/insdnew [link] [comments]


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๐“๐Ž๐ ๐‘๐„๐€๐’๐Ž๐๐’ ๐–๐‡๐˜ ๐ˆ'๐Œ ๐“๐‡๐„ ๐Œ๐Ž๐’๐“ ๐‹๐„๐†๐ˆ๐“ ๐„๐—๐€๐Œ, ๐‡๐–, ๐Ž๐๐‹๐ˆ๐๐„ ๐‚๐‹๐€๐’๐’ ๐“๐”๐“๐Ž๐‘ ๐Ž๐ ๐‘๐„๐ƒ๐ƒ๐ˆ๐“:
๐‡๐Ž๐– ๐ˆ ๐‚๐€๐‹๐‚๐”๐‹๐€๐“๐„ ๐…๐ˆ๐๐€๐‹ ๐‘๐€๐“๐„๐’:
๐€๐๐Ž๐”๐“ ๐Œ๐˜ ๐‘๐€๐“๐„๐’ & ๐๐€๐˜๐Œ๐„๐๐“ ๐Ž๐๐“๐ˆ๐Ž๐๐’:
๐‚๐Ž๐๐‚๐‹๐”๐’๐ˆ๐Ž๐:
๐“๐€๐†๐’:
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2024.05.16 10:01 Bark0z [7 YoE] Looking for jobs in data analytics / quant / financial analysis. Need advice

[7 YoE] Looking for jobs in data analytics / quant / financial analysis. Need advice
https://preview.redd.it/6bolrdg5wq0d1.png?width=5100&format=png&auto=webp&s=226875750abdd490fe2abf032f535e268cd5b236
Hello,
I have read the wiki and made changes to my resume accordingly.
I've been on the job hunt since November last year, seeking roles in quantitative analysis, data science, software engineering, and financial analysis across the US. I'm open to relocating anywhere as I'm a citizen. I've been unemployed since August 2023.
It's been rough. Despite applying to over 100 positions (I don't keep exact count), I haven't landed a single technical interview yet. I did have one interview that got far, but the company seemed like a red flag, so I decided not to proceed.
My background is in chemical engineering, and after graduation, I ran the family manufacturing business. Since 2020, I've been working towards becoming a quant. I spent two years working remotely with a company in Boston, developing models for real estate feasibility studies. So, my experience is diverse, but I'm not having luck no matter what kind of job I apply for.
I even tried applying as a financial analyst at a manufacturing company, where I have direct 5 years of experience, but still no luck.
I've tried everything, from changing up my resume format, job positions, and projects numerous times. I've consulted with recruiters and industry professionals, and they all like my resume, but I'm still not getting results.
Networking hasn't helped either so far. I'm open to any advice or suggestions you might have.
Thank you for your help.
submitted by Bark0z to EngineeringResumes [link] [comments]


2024.05.16 09:44 fruityfairi GameDev job in Japan with no work experience as a neuro divergent person.

Hi everyone. I have got a bachelor degree in a computer science and I want to go to language school and try to find an employment with a work visa in Japanese game companies. I have a few personal game project published already that received a lot of good reviews, I guess my main possible obstacle may be high functioning neuro diversity and awkwardness/shyness. My Japanese ability is close to N2. Would you kindly give me any advice? Thank you๐Ÿฉท๐Ÿ’œ
submitted by fruityfairi to movingtojapan [link] [comments]


2024.05.16 09:42 Awkward_Resist_390 Panther Minerals (CSE:PURR) Appoints Hedderly-Smith to Advisory Staff. Leveraging +$3.5M previously spent on exploration โ€“ Historical Estimate of 1M lbs U308 @ 0.27%. Uranium Currently Trading @ $90. With the USA Banning the Trade of Russian Uranium, They Could be Poised for Major Growth:

Panther Minerals (CSE:PURR) Appoints Hedderly-Smith to Advisory Staff. Leveraging +$3.5M previously spent on exploration โ€“ Historical Estimate of 1M lbs U308 @ 0.27%. Uranium Currently Trading @ $90. With the USA Banning the Trade of Russian Uranium, They Could be Poised for Major Growth:
https://preview.redd.it/8c2g9ioxsq0d1.png?width=1122&format=png&auto=webp&s=4e18e17d40cce1e34c6b81419d2094dc8670aaad
Mr. Robert Birmingham reports
PANTHER MINERALS WELCOMES DAVID A. HEDDERLY-SMITH, PH.D., P.G., TO THE ADVISORY TEAM
Panther Minerals Inc. has appointed Dr. David A. Hedderly-Smith, PhD, PG, to the company's advisory team. Dr. Hedderly-Smith brings over 50 years of extensive geological expertise and industry experience to Panther Minerals, enhancing the company's strategic initiatives and mineral exploration endeavors.
Dr. Hedderly-Smith has extensive Alaskan geology experience, having first come to the state in 1971. In 1975, he moved to Anchorage, where, over the next 10 years, he worked both in industry and in state government, where he was the deputy director for minerals in the Alaska Department of Natural Resources from 1981 to 1984. In 1985, Dr. Hedderly-Smith started the consulting geology business that he has now operated for nearly 40 years. His consulting business has focused on mineral exploration work predominantly in Alaska and Yukon, but he has also worked in Utah, Colorado, California, Nevada, Arizona, Washington, and North Carolina and in South America, Asia and Africa. Clients have included large and small exploration companies and Alaskan native corporations. At the Boulder Creek uranium project, he was part of the group staking the first claims there in 1978.
Dr. Hedderly-Smith holds a bachelor's degree in geology from Western Washington State College (1971), a master's degree in geological sciences from the University of Washington (1975) and a doctorate in geology and geochemistry from the University of Utah (1997). He is a licensed professional geologist in Utah and a qualified person under National Instrument 43-101.
Dr. Hedderly-Smith is currently the manager and lead member of the Chulitna Mining Company LLC, the Mount Andrew Mining Company LLC, and the Tubutulik Mining Company LLC, all Alaskan LLCs (limited liability companies) involved with the exploration and development of Alaskan mineral properties.
"We are thrilled to welcome Dr. David A. Hedderly-Smith to Panther Minerals," said Rob Birmingham, chief executive officer at Panther Minerals. "As we move the Boulder uranium project forward, his wealth of experience in Alaska and with the Boulder Creek project since the 1970s will be invaluable."
submitted by Awkward_Resist_390 to investing_discussion [link] [comments]


2024.05.16 09:06 pg860 DS Students Thursday: Top 10 Highest-Paying AI/Data Science Junior Positions / Internships from Last Week

๐Ÿšจ DS Students Thursday: Top 10 Highest-Paying AI/Data Science Junior Positions / Internships from Last Week ๐Ÿšจ
Found by: https://jobs-in-data.com/job-hunter
๐Ÿ‘‰ Position: Junior Trader - Analyst Company: galaxydigitalservices Location: New York, NY Salary Range: $110,000 - $140,000 ๐Ÿ”— https://boards.greenhouse.io/galaxydigitalservices/jobs/5177807004
๐Ÿ‘‰ Position: Policy Analyst, Junior Company: Booz Allen Hamilton Holding Location: Falls Church, VA Salary Range: $51,600 - $106,000 ๐Ÿ”— https://bah.wd1.myworkdayjobs.com/en-US/BAH_Jobs/job/Falls-Church-VA/Policy-Analyst--Junior_R0197163
๐Ÿ‘‰ Position: Junior Administrative Analyst โ€“ Infrastructure โ€“ San Francisco Public Utilities Commission 1820 โ€“ 142556 Company: cityandcountyofsanfrancisco1 Location: 525 Golden Gate Ave, San Francisco, CA 94102, USA Salary Range: $75,608 - $91,936 ๐Ÿ”— https://jobs.smartrecruiters.com/cityandcountyofsanfrancisco1/3743990004265906-junior-administrative-analyst-infrastructure-san-francisco-public-utilities-commission-1820-142556-
๐Ÿ‘‰ Position: Junior Data LabeleAnnotator Company: Caci International Location: US VA Springfield Salary Range: $43,900 - $87,800 ๐Ÿ”— https://caci.wd1.myworkdayjobs.com/en-US/External/job/US-VA-Springfield/Junior-Data-Labeler-Annotator_296293-1
๐Ÿ‘‰ Position: Global Compliance & Reporting Analyst 2024 New College Graduate Company: globalfoundries Location: USA - New York - Malta Salary Range: $46,100 - $82,300 ๐Ÿ”— https://globalfoundries.wd1.myworkdayjobs.com/en-US/external/job/USA---New-York---Malta/Global-Compliance---Reporting-Analyst-new-college-graduate_JR-2401273
๐Ÿ‘‰ Position: Post Graduate Year-Round Intern - Market Research Analyst and Agreement Support Company: nrel Location: Golden, CO Salary Range: $49,100 - $78,600 ๐Ÿ”— https://nrel.wd5.myworkdayjobs.com/en-US/nrel/job/Golden-CO/Post-Graduate--Year-Round--Intern---Market-Research-Analyst-and-Agreement-Support_R12651
๐Ÿ‘‰ Position: Data Project Intern- Xome Company: nationstar Location: Home - Kansas Salary Range: $28,000 - $33,000 ๐Ÿ”— https://nationstar.wd5.myworkdayjobs.com/en-US/mrcoopejob/Home---Kansas/Data-Project-Intern--Xome_022146
๐Ÿ‘‰ Position: Junior Statistical Analyst Company: ubc Location: UBC Off-Campus Hospital Sites Salary Range: $6,069 - $8,724 ๐Ÿ”— https://ubc.wd10.myworkdayjobs.com/en-US/ubcstaffjobs/job/UBC-Off-Campus-Hospital-Sites/Junior-Statistical-Analyst_JR17131
๐Ÿ‘‰ Position: Machine Learning Intern - Energy Forecasting - Summer 2024 Company: antora Location: San Jose, CA Salary Range: None nan - None nan ๐Ÿ”— https://boards.greenhouse.io/antora/jobs/5175615004
๐Ÿ‘‰ Position: Business Development AI - Graduate Company: Hewlett Packard Enterprise Location: Alleroed, Capital, Denmark Salary Range: None nan - None nan ๐Ÿ”— https://hpe.wd5.myworkdayjobs.com/en-US/Jobsathpe/job/Alleroed-Capital-Denmark/Business-Development-AI---Graduate_1172666
Good luck! ๐Ÿ’ช #Students #Jobs #Hiring
submitted by pg860 to jobsindata [link] [comments]


2024.05.16 08:59 Total-Mastodon-6888 The Global Talent Visa Pathway for Indian Tech Professionals

For skilled Indian tech professionals seeking to propel their careers on a global stage, the UKโ€™s Global Talent Visa presents an exciting opportunity
. At Adric Immigration Consultants in Bangalore, we understand the aspirations of Indian IT talent and are dedicated to guiding you through the intricacies of this visa pathway.
This blog post delves into the details of the Global Talent Visa, empowering you to assess your eligibility and explore the potential this program holds for your future:
The Global Talent Visa: A Gateway to UK Tech Innovation
The Global Talent Visa, launched in 2020, aims to attract exceptional talent in science, digital technology, and arts & culture to contribute to the UKโ€™s thriving innovation ecosystem.
Key Advantages:
Benefits for Indian Tech Professionals:
The UK tech sector is a global leader, offering exciting career prospects for skilled Indian professionals. The Global Talent Visa allows you to:
Eligibility: Are You a Global Tech Talent?
The Global Talent Visa has specific eligibility criteria. To qualify, you must meet at least one of the following requirements:
Understanding Your Options:
At Adric Immigration Consultants, we can assess your profile and recommend the most suitable route for your Global Talent Visa application, whether through endorsement, exceptional promise, or a job offer from a leading tech company.
Beyond Eligibility: Key Considerations for Indian Applicants
Understanding the Endorsement Process: The endorsement process can vary depending on the chosen endorsing body. Researching their specific requirements and preparing a strong endorsement application is crucial.
Demonstrating Exceptional Promise: For those applying under the โ€œexceptional promiseโ€ category, evidence portfolios showcasing achievements must be well-structured and compelling.
Job Offer Considerations: If you have a job offer, ensure the company meets the requirements outlined by the UK government for sponsoring Global Talent Visa applicants.
Navigating the Application Process: The application process can involve gathering various documents and adhering to specific deadlines. Our team at Adric Immigration Consultants can guide you through each step.
Why Choose Adric Immigration Consultants as Your Partner?
At Adric Immigration Consultants, we have a proven track record of success in guiding Indian tech professionals through the Global Talent Visa process. Our team offers several key benefits:
Contact us today for a free consultation and let Adric Immigration Consultants be your trusted partner on the path to achieving your UK tech career aspirations. Together, we can turn your dream of working in the UKโ€™s vibrant tech scene into a reality.
submitted by Total-Mastodon-6888 to u/Total-Mastodon-6888 [link] [comments]


2024.05.16 08:58 dimitriospsaroudakis The Intersection of Mathematics and Real-World Applications: Perspectives from Dr. Dimitrios Psaroudakis GMC

Mathematics has often been perceived as an abstract and theoretical discipline, one that deals with numbers, equations, and theorems far removed from the practical concerns of everyday life. However, this perception overlooks the profound impact that mathematics has on various real-world applications. Dr. Dimitrios Psaroudakis, an Associate Professor at the Department of Mathematics at Aristotle University of Thessaloniki, Greece, provides a unique perspective on how mathematics intersects with and enhances real-world applications. With his extensive research and academic contributions, Dr. Dimitrios Psaroudakis GMC illustrates how mathematical concepts are integral to solving complex problems in diverse fields.

The Role of Mathematics in Understanding the Natural World

Mathematics is often described as the language of the universe. It provides a framework through which we can describe, analyze, and predict natural phenomena. Dr. Dimitrios Psaroudakis GMC work at Aristotle University emphasizes the importance of mathematical models in understanding the natural world.

Mathematical Models in Physics and Engineering

In physics, mathematical models are crucial for describing the behavior of physical systems. For example, Newton's laws of motion, expressed through differential equations, allow us to predict the movement of objects under various forces. Similarly, Maxwell's equations describe the behavior of electric and magnetic fields. These equations are not just abstract constructs; they have practical applications in engineering, such as in the design of electrical circuits and communication systems.
Dr Dimitrios Psaroudakis GMC highlights how advanced mathematical techniques, such as partial differential equations and numerical methods, are used to solve complex problems in engineering. These techniques enable engineers to design more efficient structures, optimize manufacturing processes, and develop new materials with specific properties. By providing a rigorous framework for analyzing physical systems, mathematics becomes an indispensable tool in engineering innovation.

Mathematical Biology and Medicine

Mathematics also plays a critical role in the life sciences. Dr Dimitrios Psaroudakis GMC points out that mathematical biology uses models to understand biological processes and systems. For instance, differential equations are used to model the spread of infectious diseases, allowing public health officials to predict and control outbreaks. These models can incorporate various factors, such as transmission rates and recovery rates, to simulate different scenarios and evaluate the effectiveness of intervention strategies.
In medicine, mathematical models are used to analyze the dynamics of biological systems at various scales, from cellular processes to the functioning of entire organs. Dr. Dimitrios Psaroudakis research may include the development of models to understand the progression of diseases, optimize treatment protocols, and improve medical imaging techniques. These applications demonstrate how mathematics can lead to better healthcare outcomes by providing insights that are not easily obtainable through experimental methods alone.

Mathematics in Technology and Innovation

The rapid advancement of technology in recent decades has been driven by mathematical discoveries and innovations. Dr Dimitrios Psaroudakis GMC emphasizes the importance of mathematics in the development of new technologies, from computer algorithms to artificial intelligence.

Algorithms and Computational Mathematics

At the heart of modern technology lies the algorithm โ€“ a set of instructions designed to perform a specific task. Algorithms are the backbone of computer science, enabling everything from basic computations to complex data analysis. Dr. Dimitrios Psaroudakis highlights how mathematical concepts, such as graph theory and combinatorics, are essential for designing efficient algorithms.
For instance, search engines like Google use sophisticated algorithms to index and retrieve information from the vast expanse of the internet. These algorithms rely on mathematical techniques such as linear algebra and probability theory to rank web pages based on their relevance to search queries. Similarly, cryptographic algorithms, which ensure the security of online communications and transactions, are based on number theory and abstract algebra.

Artificial Intelligence and Machine Learning

Artificial intelligence (AI) and machine learning (ML) are transforming various industries, from healthcare to finance. Dr. Dimitrios Psaroudakis GMC insights into the mathematical foundations of AI highlight the role of statistics, optimization, and linear algebra in developing intelligent systems. Machine learning algorithms, for example, use statistical methods to identify patterns in data and make predictions based on those patterns.
In the realm of AI, deep learning โ€“ a subset of machine learning โ€“ involves the use of neural networks to model complex relationships in data. These neural networks are trained using optimization techniques that minimize the error between the predicted and actual outputs. Dr Dimitrios Psaroudakis GMC may explore how these mathematical principles are applied to develop AI systems capable of recognizing speech, translating languages, and even driving autonomous vehicles.

Economics and Finance: Quantitative Approaches

The fields of economics and finance have long relied on mathematical models to understand market behavior and inform decision-making. Dr Dimitrios Psaroudakis GMC work illustrates how quantitative approaches can provide valuable insights into economic phenomena and financial systems.

Economic Modeling and Forecasting

Economic models use mathematical equations to represent the relationships between different economic variables, such as supply and demand, inflation, and unemployment. These models help economists understand how changes in one part of the economy can affect the whole system. For example, the Keynesian model, which uses differential equations to describe the dynamics of aggregate demand and supply, is used to analyze the effects of fiscal and monetary policy.
Dr. Dimitrios Psaroudakis GMC emphasizes the importance of statistical methods in economic forecasting. Time series analysis, for instance, is used to analyze historical economic data and make predictions about future trends. These forecasts are crucial for policymakers and businesses as they make decisions about investments, production, and consumption.

Financial Mathematics and Risk Management

In finance, mathematical models are used to value financial derivatives, manage risk, and optimize investment portfolios. The Black-Scholes model, a partial differential equation used to price options, is one of the most famous examples of financial mathematics. This model allows traders to determine the fair price of an option based on factors such as the underlying asset's price, volatility, and time to expiration.
Dr. Dimitrios Psaroudakis GMC expertise in mathematics can shed light on the development of more sophisticated models for managing financial risk. For example, stochastic calculus and Monte Carlo simulations are used to model the random behavior of asset prices and evaluate the risk of complex financial instruments. These mathematical techniques enable financial institutions to assess and mitigate risks, ensuring stability in the financial system.

Mathematics in Environmental Science and Sustainability

The pressing global challenges of environmental degradation and climate change require innovative solutions, many of which are rooted in mathematics. Dr Dimitrios Psaroudakis explores how mathematical models can be used to understand environmental systems and develop strategies for sustainability.

Climate Modeling and Predictive Analysis

Climate models are essential tools for understanding the Earth's climate system and predicting future climate changes. These models use differential equations to represent the interactions between the atmosphere, oceans, land surface, and ice. Dr. Dimitrios Psaroudakis GMC highlights how mathematics is used to simulate the complex processes that drive climate change, such as greenhouse gas emissions and ocean circulation.
Predictive analysis, which involves the use of statistical and computational methods to forecast future events, is also critical in climate science. For instance, statistical downscaling techniques are used to refine the predictions of global climate models to regional scales, providing more accurate information for local decision-making. These mathematical tools enable scientists to assess the potential impacts of climate change and inform policies for mitigation and adaptation.

Environmental Monitoring and Resource Management

Mathematics is also used in environmental monitoring and resource management. For example, mathematical models are used to analyze data from satellite observations, providing insights into deforestation, land use changes, and water quality. These models help scientists track environmental changes and assess the effectiveness of conservation efforts.
Dr. Dimitrios Psaroudakis GMC may also explore how optimization techniques are used in resource management. For instance, linear programming is used to allocate limited resources, such as water and energy, in a way that maximizes efficiency and minimizes environmental impact. By applying mathematical principles to resource management, we can develop sustainable practices that balance economic development with environmental preservation.

Education and the Future of Mathematics

The intersection of mathematics and real-world applications underscores the importance of mathematics education. Dr. Dimitrios Psaroudakis work at Aristotle University reflects a commitment to preparing the next generation of mathematicians, scientists, and engineers to tackle the complex challenges of the future.

Innovative Teaching Methods

Dr. Dimitrios Psaroudakis GMC employs innovative teaching methods to engage students and enhance their understanding of mathematical concepts. These methods may include interactive lectures, collaborative projects, and the use of technology in the classroom. By creating a dynamic and supportive learning environment, Dr. Dimitrios Psaroudakis helps students develop the critical thinking and problem-solving skills needed to apply mathematics in various fields.

Research and Collaboration

Research is a fundamental aspect of mathematics education. Dr. Psaroudakis encourages students to engage in research projects that explore the applications of mathematics in real-world problems. These projects provide hands-on experience and foster a deeper understanding of mathematical theories and their practical implications.
Collaboration is also essential in mathematics education. Dr. Dimitrios Psaroudakis collaborates with colleagues from different disciplines to explore interdisciplinary applications of mathematics. These collaborations can lead to new insights and innovations, enriching the academic experience for both faculty and students.

Preparing for Future Challenges

The future of mathematics is closely tied to the evolving needs of society. As new challenges arise, from technological advancements to environmental crises, the demand for mathematical expertise will continue to grow. Dr. Dimitrios Psaroudakis GMC emphasizes the importance of staying abreast of current developments and continuously updating the curriculum to reflect the latest advancements in mathematics and its applications.
By preparing students to address future challenges, Dr. Psaroudakis contributes to the development of a mathematically literate society capable of leveraging mathematical tools to solve complex problems.
The intersection of mathematics and real-world applications is vast and multifaceted, encompassing diverse fields such as physics, biology, technology, economics, environmental science, and education. Dr. Dimitrios Psaroudakis of Aristotle University of Thessaloniki exemplifies how mathematical principles can be applied to address real-world challenges and drive innovation.
Through his research, teaching, and collaboration, Dr. Dimitrios Psaroudakis GMC demonstrates the integral role of mathematics in understanding and improving
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2024.05.16 08:55 KarryW_kw Struggling with supervisor

I am 2nd year phd. I love science. I like doind science stuff: experiment, data analysis, solving a scientific problem. I like my Uni and my group. I like my projects.
But
My supervisor is impossible. She is very chaotic, controversial to herself. She often takes other guys' lab and personal stuff without agreement. Does unsafe things "while technicians don't see". She is very gossipy, and today I realized that she is also gaslighting.
I tried to google it in form "how to deal with difficult supervisor", but none of it works. I don't want to leave. Honestly, I thought about it and I decided that my phd is more important. But iI feel really burning out because of my supervisor.
So, did anyone have a similar experience? What could you advise? I just want to understand how to solve it in the most pleasant and productive way
submitted by KarryW_kw to PhD [link] [comments]


2024.05.16 08:55 Total-Mastodon-6888 The Global Talent Visa Pathway for Indian Tech Professionals

For skilled Indian tech professionals seeking to propel their careers on a global stage, the UKโ€™s Global Talent Visa presents an exciting opportunity
. At Adric Immigration Consultants in Bangalore, we understand the aspirations of Indian IT talent and are dedicated to guiding you through the intricacies of this visa pathway.
This blog post delves into the details of the Global Talent Visa, empowering you to assess your eligibility and explore the potential this program holds for your future:
The Global Talent Visa: A Gateway to UK Tech Innovation
The Global Talent Visa, launched in 2020, aims to attract exceptional talent in science, digital technology, and arts & culture to contribute to the UKโ€™s thriving innovation ecosystem.
Key Advantages:
Benefits for Indian Tech Professionals:
The UK tech sector is a global leader, offering exciting career prospects for skilled Indian professionals. The Global Talent Visa allows you to:
Eligibility: Are You a Global Tech Talent?
The Global Talent Visa has specific eligibility criteria. To qualify, you must meet at least one of the following requirements:
Understanding Your Options:
At Adric Immigration Consultants, we can assess your profile and recommend the most suitable route for your Global Talent Visa application, whether through endorsement, exceptional promise, or a job offer from a leading tech company.
Beyond Eligibility: Key Considerations for Indian Applicants
Understanding the Endorsement Process: The endorsement process can vary depending on the chosen endorsing body. Researching their specific requirements and preparing a strong endorsement application is crucial.
Demonstrating Exceptional Promise: For those applying under the โ€œexceptional promiseโ€ category, evidence portfolios showcasing achievements must be well-structured and compelling.
Job Offer Considerations: If you have a job offer, ensure the company meets the requirements outlined by the UK government for sponsoring Global Talent Visa applicants.
Navigating the Application Process: The application process can involve gathering various documents and adhering to specific deadlines. Our team at Adric Immigration Consultants can guide you through each step.
Why Choose Adric Immigration Consultants as Your Partner?
At Adric Immigration Consultants, we have a proven track record of success in guiding Indian tech professionals through the Global Talent Visa process. Our team offers several key benefits:
Contact us today for a free consultation and let Adric Immigration Consultants be your trusted partner on the path to achieving your UK tech career aspirations. Together, we can turn your dream of working in the UKโ€™s vibrant tech scene into a reality.
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2024.05.16 08:48 Awkward_Resist_390 Panther Minerals (CSE:PURR) Appoints Hedderly-Smith to Advisory Staff. Leveraging +$3.5M previously spent on exploration โ€“ Historical Estimate of 1M lbs U308 @ 0.27%. Uranium Currently Trading @ $90. With the USA Banning the Trade of Russian Uranium, They Could be Poised for Major Growth:

Panther Minerals (CSE:PURR) Appoints Hedderly-Smith to Advisory Staff. Leveraging +$3.5M previously spent on exploration โ€“ Historical Estimate of 1M lbs U308 @ 0.27%. Uranium Currently Trading @ $90. With the USA Banning the Trade of Russian Uranium, They Could be Poised for Major Growth:
https://preview.redd.it/7ijexzv9iq0d1.png?width=1122&format=png&auto=webp&s=d72f0f55c2530313ea7113d2a9981f8fecc219a9
Mr. Robert Birmingham reports
PANTHER MINERALS WELCOMES DAVID A. HEDDERLY-SMITH, PH.D., P.G., TO THE ADVISORY TEAM
Panther Minerals Inc. has appointed Dr. David A. Hedderly-Smith, PhD, PG, to the company's advisory team. Dr. Hedderly-Smith brings over 50 years of extensive geological expertise and industry experience to Panther Minerals, enhancing the company's strategic initiatives and mineral exploration endeavors.
Dr. Hedderly-Smith has extensive Alaskan geology experience, having first come to the state in 1971. In 1975, he moved to Anchorage, where, over the next 10 years, he worked both in industry and in state government, where he was the deputy director for minerals in the Alaska Department of Natural Resources from 1981 to 1984. In 1985, Dr. Hedderly-Smith started the consulting geology business that he has now operated for nearly 40 years. His consulting business has focused on mineral exploration work predominantly in Alaska and Yukon, but he has also worked in Utah, Colorado, California, Nevada, Arizona, Washington, and North Carolina and in South America, Asia and Africa. Clients have included large and small exploration companies and Alaskan native corporations. At the Boulder Creek uranium project, he was part of the group staking the first claims there in 1978.
Dr. Hedderly-Smith holds a bachelor's degree in geology from Western Washington State College (1971), a master's degree in geological sciences from the University of Washington (1975) and a doctorate in geology and geochemistry from the University of Utah (1997). He is a licensed professional geologist in Utah and a qualified person under National Instrument 43-101.
Dr. Hedderly-Smith is currently the manager and lead member of the Chulitna Mining Company LLC, the Mount Andrew Mining Company LLC, and the Tubutulik Mining Company LLC, all Alaskan LLCs (limited liability companies) involved with the exploration and development of Alaskan mineral properties.
"We are thrilled to welcome Dr. David A. Hedderly-Smith to Panther Minerals," said Rob Birmingham, chief executive officer at Panther Minerals. "As we move the Boulder uranium project forward, his wealth of experience in Alaska and with the Boulder Creek project since the 1970s will be invaluable."
submitted by Awkward_Resist_390 to pennystocks [link] [comments]


2024.05.16 08:46 ButtonBackground7184 Crafting Tomorrow's Infrastructure: The Intersection of Metal Fabrication, Pipe Bending, and Plastic Molding

Crafting Tomorrow's Infrastructure: The Intersection of Metal Fabrication, Pipe Bending, and Plastic Molding
In a world where infrastructure is the backbone of progress, the art and science of metal fabrication, pipe bending, and plastic molding stand as pillars of innovation. These industries, though distinct, intersect in fascinating ways, shaping the skylines, transport networks, and utilities that underpin modern life.
Metal Fabrication: Forging Strength and Precision
Metal fabrication is the process of creating metal structures through cutting, bending, and assembling raw materials such as steel, aluminum, and iron. It's the backbone of industries like construction, automotive, aerospace, and manufacturing. From skyscrapers to intricate machinery, metal fabrication ensures structures are not just sturdy but also precise, meeting the demands of today's complex designs and engineering standards.
One of the key techniques in metal fabrication is welding, which joins metal parts together using high heat. Advanced welding technologies such as robotic welding have revolutionized efficiency and accuracy in large-scale projects, reducing human error and speeding up production times.
Pipe Bending: Forming Fluid Pathways
Pipe bending is a specialized skill that shapes pipes and tubes into curves or angles, crucial for creating fluid pathways in industries like plumbing, HVAC (heating, ventilation, and air conditioning), and automotive. The ability to bend pipes with precision ensures efficient flow, minimizes space requirements, and enables the creation of complex systems
https://preview.redd.it/e05sd3c0jq0d1.jpg?width=1280&format=pjpg&auto=webp&s=b9f682873f6b39afee475e809e5852ec08602aa8
Modern pipe bending techniques include hydraulic and mandrel bending, where hydraulic machines or mandrels (internal supports) help maintain the pipe's shape during bending, preventing deformities and ensuring uniformity. This precision is vital for industries where even slight deviations can lead to operational inefficiencies or safety hazards.
Plastic Molding: Engineering Versatility and Durability
Plastic molding is the process of shaping plastic materials into various forms using molds and heat. It's a cornerstone of product manufacturing across sectors like consumer goods, electronics, medical devices, and packaging. Plastic molding offers versatility in design, durability, and cost-effectiveness, making it a preferred choice for many applications.
Injection molding, the most common plastic molding method, involves injecting molten plastic into a mold cavity, where it cools and solidifies into the desired shape. This process allows for intricate designs, tight tolerances, and mass production capabilities, driving innovation in product development and customization.
The Intersection: Innovating for a Sustainable Future
While metal fabrication, pipe bending, and plastic molding each have unique applications, they often intersect in projects requiring multifaceted solutions. For example, in infrastructure development, metal fabricated structures may require precision-bent pipes for fluid transport, and plastic components for insulation or protection.
Moreover, sustainability is a growing focus across these industries. Metal fabrication is adopting eco-friendly practices like using recycled materials and optimizing energy consumption. Pipe bending techniques are evolving to reduce material waste and energy usage, while plastic molding explores biodegradable and recyclable plastics to mitigate environmental impact.
As technology advances, the convergence of these industries promises even greater efficiency, durability, and sustainability in infrastructure and product development. Collaborations between metal fabricators, pipe benders, and plastic molders are driving innovation, pushing the boundaries of what's possible in construction, manufacturing, and beyond.
The synergy between metal fabrication, pipe bending, and plastic molding is not just a testament to human ingenuity but a roadmap to crafting a more resilient, interconnected, and sustainable world.
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2024.05.16 08:44 HallMobile1755 Student Exchange Programs at Chennaiโ€™s International Schools: A Gateway to the World

Student Exchange Programs at Chennaiโ€™s International Schools: A Gateway to the World
https://preview.redd.it/tcdax2wriq0d1.jpg?width=1600&format=pjpg&auto=webp&s=8b579cb220275a84f3e29c1cfaa0a3a3a05e5e30
Chennai, a vibrant and bustling city in southern India, is renowned for its rich cultural heritage, burgeoning IT industry, and exceptional educational institutions. Among these institutions, Chennaiโ€™s international schools stand out for their commitment to providing a holistic education that prepares students for a globalized world. One of the most impactful initiatives these schools offer is student exchange programs. These programs not only enhance academic learning but also foster cultural understanding, personal growth, and global citizenship. This article explores the various facets of student exchange programs at Chennaiโ€™s international schools, highlighting their benefits, the process involved, and the transformative experiences they offer to students.
Discover top IGCSE schools in Chennai offering globally recognized education. Find renowned institutions known for their academic excellence, holistic development, and exceptional facilities. Choose the best fit for your child's future success.
The Concept of Student Exchange Programs
Student exchange programs are designed to offer students the opportunity to study abroad at a partner institution for a specific period, typically ranging from a few weeks to a full academic year. These programs are a vital component of the educational framework in international schools, aiming to provide students with a broader perspective on the world. They facilitate the exchange of ideas, cultures, and educational practices between students from different countries, fostering a sense of global interconnectedness and mutual respect.
The Landscape of International Schools in Chennai
Chennai is home to several prestigious international schools that offer curricula such as the International Baccalaureate (IB), the Cambridge International Examinations (CIE), and the American curriculum. Schools like the American International School Chennai (AISC), The British International School Chennai (TBISC), and the Chennai branch of the International School of Geneva (Ecolint Chennai) are notable for their commitment to academic excellence and global education. These schools have established partnerships with institutions worldwide, facilitating robust student exchange programs.
Benefits of Student Exchange Programs
  1. Academic Enrichment
Student exchange programs provide academic benefits by exposing students to different educational systems and teaching methodologies. This exposure helps them gain a more comprehensive understanding of various subjects and enhances their critical thinking and problem-solving skills. For instance, a student from Chennai studying in a European school may gain insights into advanced scientific research techniques or innovative approaches to social sciences.
  1. Cultural Awareness and Sensitivity
Living and studying in a foreign country immerses students in a new culture, language, and way of life. This cultural immersion fosters empathy, tolerance, and a deeper appreciation for diversity. Students learn to navigate cultural differences, which is an invaluable skill in todayโ€™s globalized world. For example, a student from Chennai participating in an exchange program in Japan would learn about Japanese customs, traditions, and social norms, thereby broadening their cultural horizons.
  1. Personal Growth and Independence
Being away from home in a foreign environment encourages students to develop independence, resilience, and adaptability. They learn to manage their time, finances, and daily activities, which builds their confidence and self-reliance. This personal growth is crucial for their transition to higher education and professional life.
  1. Language Proficiency
Language immersion is a significant advantage of student exchange programs. Students often have the opportunity to learn a new language or improve their proficiency in a second language. This skill not only enhances their cognitive abilities but also boosts their employability in the global job market.
  1. Networking and Global Connections
Exchange programs enable students to build a network of friends and contacts from around the world. These connections can be beneficial for future academic collaborations, career opportunities, and personal relationships. Such a global network is a valuable asset in an increasingly interconnected world.
The Exchange Program Process
  1. Selection and Preparation
The process typically begins with the selection of students based on their academic performance, language skills, and personal attributes. Schools often look for students who demonstrate curiosity, adaptability, and a willingness to embrace new experiences. Once selected, students undergo an orientation program that includes cultural training, language preparation, and practical advice on living abroad.
  1. Partner Institutions and Host Families
International schools in Chennai have established partnerships with schools across the globe. These partnerships ensure that students are placed in reputable institutions that provide a supportive and enriching environment. Host families play a crucial role in the exchange experience, offering students a safe and welcoming home away from home. The host family experience is instrumental in helping students acclimate to the new culture and environment.
  1. Academic and Extracurricular Engagement
During the exchange program, students attend regular classes and participate in extracurricular activities at the host institution. This engagement allows them to experience the educational system and social life of the host country fully. They are encouraged to participate in sports, clubs, and community service, which enhances their overall experience.
  1. Assessment and Certification
At the end of the exchange period, students are often required to complete assessments that reflect their learning and experiences. These assessments may include projects, presentations, or written reports. Successful completion of the program is typically recognized with a certificate that adds value to their academic portfolio.
Case Studies: Transformative Experiences
  1. A Journey to France
Ananya, a student from The British International School Chennai, participated in a six-month exchange program in France. Living with a host family in Paris, she attended a local high school and immersed herself in French culture. Ananya not only became fluent in French but also developed a profound appreciation for European art and history. Her experience inspired her to pursue a career in international relations, with a focus on cultural diplomacy.
  1. Exploring the USA
Ravi, a student at the American International School Chennai, spent a year in the United States through an exchange program. He lived with a host family in California and attended a public high school. Ravi was actively involved in the schoolโ€™s robotics club and participated in several national competitions. His exposure to advanced technology and innovation in the US education system motivated him to study engineering at a top American university.
  1. Learning in Japan
Meera, from the Chennai branch of the International School of Geneva, joined an exchange program in Japan. Staying with a host family in Tokyo, she attended a Japanese high school and explored various aspects of Japanese culture, including traditional arts, cuisine, and festivals. Meeraโ€™s experience in Japan significantly improved her Japanese language skills and deepened her interest in Asian studies.
Top 10 International Schools in Chennai:
  1. Anand Singapore International School (ASIS)
  2. American International School
  3. Lalaji Memorial Omega International School
  4. Aachi Global International School
  5. Gateway International School
  6. Grace International School
  7. St. Francis International School
  8. M Ct M. Chidambaram Chettyar
  9. The Lordโ€™s International School
  10. Sri Sankara Global Academy
Conclusion
Student exchange programs at Chennaiโ€™s international schools are more than just academic ventures; they are life-changing experiences that equip students with the skills, knowledge, and perspectives needed to thrive in a globalized world. By fostering academic excellence, cultural awareness, personal growth, and global connections, these programs play a pivotal role in shaping the next generation of global citizens. As the world becomes increasingly interconnected, the importance of such programs cannot be overstated. They are, indeed, a gateway to the world, opening doors to endless possibilities and enriching the lives of students in profound ways.
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2024.05.16 08:44 Professional-Roll283 Anyone in data science/ML have any tips?

Hey guys,
Iโ€™m a sophomore who just switched from Economics at NYU to major in Data Science. Itโ€™s a relatively new major at my school and I switched because Iโ€™m more interested in ML and math than the investment banking/finance pipeline.
My goal by the end of college is to get an offer for a role incorporating data science and hopefully also get an internship for summer after junior year. If I donโ€™t get one for summer junior year Iโ€™m going to do medical-related ML research instead with my professor. What kind of roles should I look to apply to as an undergrad?
Now I know, the job titles are kind of vague in this field, so could someone in the industry explain the difference between Data Scientists vs data engineers vs BI analysts?
As for projects and current internships, I have none. As for the technical knowledge, I already have my basic CS skills down with Python, Java, JavaScript. Iโ€™m planning on teaching myself R, SQL, and Tableau over the summer as well. Any other tools/languages I need to know?
submitted by Professional-Roll283 to cscareerquestions [link] [comments]


2024.05.16 08:38 VolarRecords Thomas Townsend Brown and Nikolai Tesla -- UFOs and Electrogravity Propulsion and How to Build a Flying Saucer

Thomas Townsend Brown and Nikolai Tesla -- UFOs and Electrogravity Propulsion and How to Build a Flying Saucer
Just tried posting this on UFOs and aliens and it was taken down because of Reddit's filters.
Last night I posted about Thomas Townsend Brown's research into building UFOs that goes back to the late 1920s right about the same time that Tesla was patenting his own research about UFOs.
https://www.reddit.com/UFOs/comments/1csdviz/comment/l49mtn9/?context=3
I only know about T. Townsend Brown thanks to this Jesse Michels recent doc that a number of you have seen. I watched it twice when it came out and it blew my mind. I'm not a physicist by any means and can't explain shit to anyone. Just trying to pull together some threads.
https://www.youtube.com/watch?v=RTEWLSTyUic&pp=ygUkamVzc2UgbWljaGVscyB0aGUgbWFuIHdobyBidWlsZCB1Zm9z
Jesse Michels actually learned about T. Townsend Brown from his doc on Grusch documenting his time around his hearing last July.
https://www.youtube.com/watch?v=kRO5jOa06Qw&t=3s
A number of you in the field of mathematics and physics with a huge interest in UFOs chimed in today, and I can't even keep up. It's all pretty brain-breaking stuff. I'm super armchair about all of this but have always been very interested. So in response to a couple of comments, I took the very simple measure of looking into Brown's Wikipedia. Yes, I'm very aware of the whole Guerilla Skeptics thing. I even happened to pass by their office here in LA after going to the sole US press conference on the Nazca Mummies here in Beverly Hills on March 11th.
https://www.youtube.com/watch?v=pbz7Ce4Q5dE&t=2s
Here's the u/thegoodtroubleshow episode about the Guerilla Skeptics.
https://www.youtube.com/watch?v=i5ACu-pUSHg&t=13s
Anyway, hope this stuff doesn't get scrubbed, but here's Brown's Wikipedia page as it stands now. Seems like a lot of you have already done years of research on him, so I doubt much can truly be hidden.
https://en.wikipedia.org/wiki/Thomas_Townsend_Brown
Brown filed a number of patents:
Patents
  • GB300311 โ€” A method of and an apparatus or machine for producing force or motion (accepted 1928-11-15)
  • US 1,974,483 โ€” Electrostatic motor (1934-09-25)
  • US 2,949,550 โ€” Electrokinetic apparatus (1960-08-16)
  • US 3,018,394 โ€” Electrokinetic transducer (1962-01-23)
  • US 3,022,430 โ€” Electrokinetic generator (1962-02-20)
  • US 3,187,206 โ€” Electromagnetic apparatus (1965-06-01)
  • US 3,196,296 โ€” Electric generator (1965-07-20)
Here's a website dedicated to him:
http://ttbrown.com/. Maintained by Paul Schatzkin, author of "Defying Gravity: The Parallel Universe of T. Townsend Brown"
One of the references mentioned on his Wiki page is this, perhaps a book titled "Lost Journals." Here's Chapter Six.
https://www.bibliotecapleyades.net/tesla/lostjournals/lostjournals06.htm
Chapter Six
UFOs and Electrogravity Propulsion
~Did Tesla Discover the Secrets of Antigravity~?
Nikola Tesla has been credited for the creation of much of the technology that we take for granted today. Without the genius of Tesla we would not have radio, television, AC electricity, Tesla coil, fluorescent lighting, neon lighting, radio control devices, robotics, x-rays, radar, microwaves and dozens of other amazing inventions.
Because of this, it is no surprise that Tesla also delved into the world of flight and possibly, antigravity. In fact, his last patent in 1928 (#1,655,114), was for a flying machine that resembled both a helicopter and an airplane. Before he died, Tesla reportedly devised plans for the engine of a spaceship. He called it the anti-electromagnetic field drive or Space Drive.
Here's this article mentioned in that publication by Tesla.
Man's Greatest Achievement by Nikola Tesla
New York American โ€” July 6, 1930
from Rastko'sNetwork Website
Here's more from that link:
~How to Build a Flying Saucer~
Tesla had discovered that the electrostatic emission from the surface of a conductor will always concentrate where the surface curves or even presents an edge. The sharper the curve or edge, the greater the concentration of electron emission. Tesla also observed that an electrostatic charge will flow over the surface of a conductor rather than penetrate it. This is called the Faraday or Skin Effect, discovered by ~Michael Faraday~ many years ago.
This also explains the principles of the Faraday Cage which is used in high voltage research labs to protect humans and electrosensitive equipment from harm. According to eyewitness reports of interiors of UFOs, there is a circular column or channel through the center of the vehicle.
This reportedly serves as a superstructure for the rest of the saucer shaped vehicle, and also carries a high voltage, high frequency coil. It is believed to be a resonant transformer which gives the electrostatic and electromagnetic charge to the craft and establishes polarity.
This coil is relative to what is known as a Tesla coil. The Tesla Coil of course, was invented by Tesla in 1891. This column or channel is approximately two feet in diameter and is hollow. On some vehicles this hollow area has a turbine generator in it.
When the vacuum is created on one hemisphere of the craft, the atmospheric pressure is allowed to rush through the tube to drive a sort of turbine electrical generator. Some reports say the extraterrestrials use this system as stationary power plants for electrical energy on their planets as well.
The eyes of the craft are arranged by electro-optic lenses placed at quadrants or wherever they wish to see from. The screen-like monitors are placed on a console where the navigator can observe all areas around and about the vehicle at the same time. This includes the magnification lenses which are used without changing positions.
There are also windows about elbow level and about one foot through or thick. This distance would have to be in view of the four or more walls or plates of the capacitor hulls making up the major portion of the craft. The windows have an iris type of shutter so that when it is closed, it allows electrostatic charge to flow evenly.
~Dr T. Townsend Brown and Electrogravitics~
The idea of using high voltage electricity as a means of propulsion is not new. Tesla laid the groundwork in the late 19th century which was then continued by such notables as Thomas Townsend Brown, who discovered in 1923 what was later called the Biefeld -Brown Effect.
Thomas Townsend Brown, was a physics student of Dr. Paul Alfred Biefeld at the California Institute for Advanced Studies. Brown noticed that when he had two plates carrying high voltages of direct current separated by a dielectric, the negative electrode moved by itself in the direction of the positive plate. In other words, Townsend Brown discovered that it is possible to create an artificial gravity field by charging an electrical capacitor to a high-voltage.
He built a special capacitor which utilized a heavy, high charge-accumulating (high K-factor) dielectric material between its plates and found that when charges with between 70,000 to 300,000 volts, it would move in the direction of its positive pole. When oriented with its positive side up, it would proceed to lose about one percent of it's weight.
He attributed this motion to an electrostatically-induced gravity field acting between the capacitor's oppositely charged plates. By 1958, he had succeeded in developing a 15 inch diameter model saucer that could lift over 110% of its weight. Brown's experiments had launched a new field of investigation which came to be known as Electrogravitics, the technology of controlling gravity through the use of high-voltage electric charge.
As early as 1952, an Air Force major general witnessed a demonstration in which Brown flew a pair of 18 inch disc airfoils suspended from opposite ends of a rota-table arm. When electrified with 50,000 volts, they circuited at a speed of 12 miles per hour.
About a year later, he flew a set of 3 foot diameter saucers for some Air Force officials and representatives from a number of major aircraft companies. When energized with 150,000 volts, the discs sped around the 50 foot diameter course so fast that the subject was immediately classified.
Interavia magazine later reported that the discs could attain speeds of several hundred miles per hour when charged with several hundred thousand volts. Brown's discs were charged with a high positive voltage, on a wire, running along their leading edge and a high negative voltage, on a wire, running along their trailing edge.
As the wires ionized the air around them, a dense cloud of positive ions would form ahead of the craft and corresponding cloud of negative ions would form behind the craft. Brown's research indicated that, like the charged plates of his capacitors, these ion clouds induced a gravitational force directed in the minus to plus direction.
As the disc moved forward in the response to its self generated gravity field, it would carry with it its positive and negative ion clouds and their associated electrogravity gradient. Consequently, the discs would ride their advancing gravity wave much like surfers ride an ocean wave.
Dr. Mason Rose, one of Townsend's colleagues, described the discs principle of operation as follows:
https://preview.redd.it/m9z2722phq0d1.png?width=1134&format=png&auto=webp&s=75754301a0a8de25ba771c800da8e7ba1f76d6ec

Although skeptics at first thought that the discs were propelled by more mundane effects such as the pressure of negative ions striking the positive electrode. Brown later carried out vacuum chamber tests which proved that a force was present even in the absence of such ion thrust.
He did not offer a theory to explain this unconventional electrogravitic phenomenon; except to say that it was predicted neither by general relativity nor by modern theories of electromagnetism. However, recent advances in theoretical physics provide a rather straightforward explanation of the principle.
According to the novel physics of subquantum kinetics, gravity potential can adopt two polarities, instead of one. Not only can a gravity field exist in the form of a matter-attracting gravity potential well, as standard physics teaches, but it can also exist in the form of a matter repelling gravity potential hill.
Moreover, it predicts that these gravity polarities should be directly matched with electrical polarity; positively charged particles such as protons generating gravity wells and negatively charged particles such as electrons generating gravity hills.
Thus contrary to conventional theory, the electron produces a matter-repelling gravity field. Electrical neutral matter remains gravitationally attractive because of the proton's G-well marginally dominates the electron's G-hill. Consequently, subquantum kinetics predicts that the negative ion cloud behind Brown's disc should form a matter repelling gravity hill while the positive ion cloud ahead of the disc should form a matter attracting gravity well.
As increasing voltage is applied to the disc, the gravity potential hill and well become increasing prominent and the gravity potential gradient between them increasing steep. In Rose's terminology, the craft would find itself on the incline of a gravitational hill. Since gravity force is known to increase in accordance with the steepness of such a gravity potential slope, increased voltage would induce an increasingly strong gravity force on the disc and would act in the direction of the positive ion cloud. The disc would behave as if it was being tugged by a very strong gravitational field emanating from an invisible planet sized mass positioned beyond its positive pole.
Early in 1952 Brown had put together a proposal, code named Project Winterhaven, which suggested that the military developed an antigravity combat saucer with Mach-3 capability. The 1956 intelligence study entitledElectrogravitics Systems - An Explanation of Electrostatic Motion, Dynamic Counterbary and Barycentric Control, prepared by the private aviation intelligence firm, Aviation Studies International Ltd., indicates that as early as November 1954 the Air Force had begun plans to fund research that would accomplish Project Winterhaven's objectives.
The study, originally classified Confidential, mentions the name of more than ten major aircraft companies which were actively involved in the electrogravitics research in an attempt to duplicate or extend Brown's seminal work. Additional information is to be found in another aviation intelligence report entitled: The Gravitics Situation.
Unfortunately, due to the militaries TOP SECRET classification, Townsend Brown's work has not appeared in any physics or science publications that can be accessed.
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2024.05.16 08:37 Professional-Roll283 Just switched to Data Science from Econ as a sophomore, any tips?

Hey guys,
Iโ€™m a sophomore who just switched from Economics at NYU to major in Data Science. Itโ€™s a relatively new major at my school and I switched because Iโ€™m more interested in ML and math than the investment banking/finance pipeline.
My goal by the end of college is to get an offer for a role incorporating data science and hopefully also get an internship for summer after junior year. If I donโ€™t get one for summer junior year Iโ€™m going to do research instead with my professors instead. What kind of roles should I look to apply to as an undergrad?
Now I know, the job titles are kind of vague in this field, so could someone in the industry explain the difference between Data Scientists vs data engineers vs BI analysts?
As for projects and current internships, I have none. As for the technical knowledge, I already have my basic CS skills down with Python, Java, JavaScript. Iโ€™m planning on teaching myself R, SQL, and Tableau over the summer as well. Any other tools/languages I need to know?
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2024.05.16 08:13 Oops-cat Stanford University announced new results of AI holographic imaging, which makes AI a broader future

Stanford University announced new results of AI holographic imaging, which makes AI a broader future
A team from Stanford University has developed a new AI-assisted holographic imaging technology, which is thinner, lighter and of higher quality than existing solutions, expected to open a new chapter for augmented reality (AR) glasses.
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Development of new AI-assisted holographic imaging
The current prototype has a narrow field of vision, only 11.7 degrees in the lab environment, far less than Magic Leap 2 or even Microsoft HoloLens.
In addition, the prototype fully shows unlimited potential, which can realize the holographic component stack in the frame of standard glasses, and produce realistic full-color mobile 3D images with different depths through AI training projection.
The prototype, like other AR glasses, uses waveguides to guide light through the glasses and into the wearerโ€™s eyes. But the team developed a unique โ€œnanophotonic metasurface waveguideโ€, which no longer required cumbersome collimatation optics, and trained AI algorithms to โ€œlearn a physical waveguide modelโ€ to improve image quality.
In todayโ€™s digital age, the transition from 2D imaging to 3D imaging is a technological leap that has brought tremendous changes to daily life and professional fields. Hologram is not the latest technology. It dates back to the 1960s.
Holographic imaging of the โ€œmagicโ€
As the name suggests, holographic imaging technology uses the principle of interference and diffraction to record and reproduce the real image of an object, which requires more than 100 times more information than ordinary camera processing, and puts forward high requirements for shooting, processing and transmission platform. Therefore, the earliest holographic technology is only used to process static photos.
For example, in science fiction movies, people are thousands of miles away, but the holographic projection makes it stand in front of people in front of real people, talk and move. Or in the holographic imaging class, students can see vivid professors and even famous teachers from all over the world without wearing 3D glasses, as if to interact with students face to face across time and space. And this is the application of โ€œholographic imaging technologyโ€, the magical changes brought to peopleโ€™s lives.
Industry experts analyzed that such a sci-fi scenario, with the development of virtual reality (VR) and augmented reality (AR) technology and the commercial use of 5G, holographic imaging technology will be combined with various technologies to bring users a more realistic virtual experience. At the same time, holographic imaging technology also provides new ways for many businesses to publicize it, and may be widely used in the fields of architecture, design, health and military.
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WiMi 3D Holographic imaging enables thousands of industries
, No doubt, the development of holographic imaging industry speed up, and bring huge economic benefits, understood, as a holographic AR first WiMi Hologram Cloud(NASDAQ: WIMI), long-term commitment to 3D, 5G, AR / VR, holographic projection technology, such as and will strengthen and actively promote 5G holographic imaging business application and practice, focus on live, travel, exhibition, games, screen, different office scene function and experience, guide the holographic imaging to the mass market.
It is worth mentioning that in the forefront of holographic imaging, the ultra-low delay transmission of high-definition images.
With the development of its own technology base and the vigorous deployment of 5G, WiMi has fully mastered 5G, cloud computing and artificial intelligence to solve the limitations of computing power and information transmission rate and quality. Its large-scale application penetration will provide users with applications integrated into the virtual world anytime and anywhere, and innovate and improve usersโ€™ new experience.
From the perspective of technology development, holographic imaging technology will become a new visual experience mode that consumers will pay attention to in the future. As a leading enterprise in the holographic display industry, WiMi is optimistic about its future development prospects and market potential in the long term. In the future, it will continue to promote technological innovation advantages and demonstration role, open growth space, accelerate the mass production and scale of products, and gather win-win efforts with various cooperative enterprises to empower thousands of industries.

To sum up
The holographic imaging industry has great potential and is an area of attention and investment. In the near future, holographic imaging, an emerging technology, will be fully combined with artificial intelligence, mixed reality and other technologies, and will be fully applied in industry, business, medicine, education and other fields, bringing more innovative and diversified applications to the business field. The economic and social benefits generated by this will be inestimable, and will certainly have a subversive impact on the history of human technological development. So, look forward to the holographic imaging technology to bring more possibilities to the public life.
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