Hi, I have looked through the wiki and the templates to update my resume. The main areas I think that might need improving are, adding more quantifiable results for my bullet points and showing the expected graduation date. June is the convocation date. I am also worried about my experience as each role was within my university and not a company, so hopefully the experience is useful. For the past month I have been job searching locally (Alberta) for entry level MecE Roles related to HVAC and CAD/Design work (pretty low, ~20 applications), but no interviews so far. I am open to relocating to other parts of Canada to maybe get into the aerospace or robotic industry. Thanks!
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Hermeticism means religious and spiritual movement that took place after the Greek victory of Egypt lead by Alexander the Great in 332 BCE. Hermeticism is a term that frequents historical, occult and scholarly texts of all sorts.
In a nutshell, the Hermetic movement was a culturally mixed rejoinder to the syncretism of spiritual practices of the day, particularly the ancient Greco-Roman as well as the Egyptian religious systems. Cosmologies, philosophies and magickal practices from the mentioned systems and other blended and mingled, finally forming a unique drift of thought and practice. Actually, Hermeticism is not a “religion” by general definition but is better known as a spiritual and philosophical movement.
It is improbable to study the development of mysticism and magic in the Western world without some knowledge of Hermeticism. That is exactly why Pagans, Witches, magicians and occultists can hugely benefit from understanding a bit of the history. Ultimately, it is part of our own holy lineage!
The hermetic element includes astrology, alchemy, astronomy, spellcraft, natural magick, mystical philosophy, planetary magick, elemental magick as well as the metaphysical correspondences of incenses, herbs, gemstones, animals, days of the week, and body parts. Many occult and religious movements came up and kept growing, from Hermetic soil and practically all magickal ways have been affected to some extent by Hermeticism.
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The Hermetic Threads
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• The Cosmic Egg

There are various curious odd crossovers and relationships between Greco-Roman culture, the traditional Jewish Kabbalah and the ancient Egyptian culture. For beginners, the symbolism of the Cosmic Egg exists in Greek mythology just like the Orphic Egg. The Greek myth is that the entire universe was birthed just from a silver egg. The egg is always portrayed with a serpent well coiled around it. Due to Egypt’s enormous impact on the Western world, it is quite probable that the Greeks borrowed this symbolism from the Egyptian story of creation.
In case the yolk of the Cosmic Egg is completely Positive (evident) Presence, its white or albumen, is similar to the Areas of negative being in the Kabbalistic sense.
The Tarot
Most occultists hold that the tarot has made its route to Europe from India as they came from Egypt. The studious consent is that the tarot was founded in Italy early 15th Century by the secretary to Filippo Maria Visconti (Marziano da Tortona). Nevertheless, a likely early Egyptian model for the cards, or at least some of their thoughts, has been proposed.
The Caduceus
Both Hermes and the Hermes Trismegistus are described as having the caduceus wand. Basically, the caduceus is a symbol that was used in ancient Greco-Roman advancement. It is described as a wand bearing a Ketheric light, wings at its top, as well as two snakes, are well curled around the rod. This snake imagery is comparable to the Vedic idea of the kundalini, which is a force of the human energy system expressed as serpents rising around the spine right from the base chakra and to the crown chakra. It is known that the esoteric education of kundalini is most widespread in Shakta Tantric schools of Hinduism.
Seven Principles of Hermeticism.
The seven principles of Hermeticism as known in new Hermetic thought are of critical concern to the spiritual practitioner due to their weight on the mind, body and spirit relationship.
Readers used to the contemporary witchcraft and other magickal practices are likely to appreciate esoteric crossovers in their own philosophical structure. The principles discussed, are quite fit for magickal lives and anyone adopting an emotionally inspired spiritual system.
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1. The Principle of Mentalism
All things in actuality and physical being originate from the mental plane. Usually, the mind of humans is a representation of the supreme mind and is the root of all psychic and rational power. The only important thing, in actuality, is the mind- from which everything in existence derives.
With time, try actively changing your state of mind to understand how much your personal experience improves. This existential practice needs a lot of perseverance and a lot of practice; however, it can surely help us appreciate the power of thought.
2. The Principle of Correspondence
The principle states that as above, so below; as below, so above. This implies that existence is sustained through similar forces, being the source of spiritual mystery. The principles of one thing match with the principles of a different thing meaning that reality works just like a mirror.
How should you put this into practice?
Get to YouTube and try to watch some videos regarding the cosmos. Have a great time examining the universe, leaving to instill that natural sense of surprise we usually feel like kids. Later, study videos regarding quantum and atoms mechanics. Take into account how the Great above compares with the Great Below. With this, the incredible accomplishments might amaze you!
3. The Principle of Vibration
In reality, nothing is physically constant. Everything is vibrating or is a pattern of energy. Since nothing is fixed or static, the only constant changes. Everything is a sign of the Great Mind and the vibration is the basis that anything can live as its “own” separate thing (a river, a book, a thought, etc.) rather than remaining one.
To actualize this, get an old chipped cup, vase or plate that is no longer used. With the use of paint or a permanent marker, take the object and outline some of the magickal figures listed here. When you are set, go somewhere that you can release the object, enabling it to shatter. Once it is shattered, do some divination by checking the pieces to find out whether they form any symbol that is psychologically significant to you individually. In addition, think of the reality of transformation as the only constant in existence.
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4. The Principle of Polarity
In this context, it is known that reality is duality. Just like the principle yin and yang (Taoist principle), this states that everything has its corresponding opposite though is a section of the same unity. Due to the fact that all of existence is polarized, both antithesis and thesis (one thing and its absolute opposite) are concurrently true and untrue— this is a global paradox that levels thoughts of absolutes in any sphere of life.
To put this into practice, you should study with a local college or school concerning public debates you may be capable of attending. Contrarily, check some debates online that you may personally feel an unbiased emotional response. Regardless of the type of debate, try to understand each party’s conflicting viewpoints. Is it likely that each party can be both wrong and right concurrently?
5. The Principle of Rhythm
Some occurrences like action and reaction, the ascent and descent of the tide of the sea as well as the life cycle of birth and the ultimate death account for the principle of rhythm. It insists that nothing ever lives as one of its polarities though it is always varying. Understanding this, an individual can consciously decide not to fall to one ultimate or another in any field of life.
To put this into practice, you need to test the elements. The responsive souls incarnated in a humans frame, we are just at the grace of the elements surrounding us. We need to always be balanced to keep a footing in life. Think of what it would seem or feel to run your finger fast through a candle flame for the sake of finding a threshold for some amount of pain. Also, imagine the methods we human beings harness electricity and fire to improve our lives, and how we need to keep a balance before it turns out as a force that can catch us. Be creative by rehearsing with your thresholds encompassing the components water, air, and earth—simply be careful!
6. The Principle of Cause and Effect
The principle states that nothing happens by chance; everything takes place because of something else. You can either decide to act as a social chess piece for others’ desires, whims, conditionings and norms or one can decide to both take power over and individualize their own thoughts, bodies, emotions, actions and experiences.
Here, you need to strategically rest in a sacred place and imagine about various seasons in your life where you may have “committed” some energy and could still be connected by an astral string that cuts through space and time. With the use of any suitable magickal tools, sever any hurtful energetic cordages from your body. Imagine them reverting to their individual space-time with a prominent blast of light and supply your body with this universal light as you deal with each connection. Go easy on yourself and remember that healing is a lifetime path.
7. The Principle of Gender
In reality, everything is a combination of feminine and masculine. The two forces occur separately or as an absolute. Everyone or everything is a blend of feminine and masculine energies instead of being one or the other, and its exhibition on the natural plane is individual’s biological sex- which can always be male, female or something in between.
Put this into practice by researching about typical gender expressions. Examine how various cultures throughout time have recognized non-cis-gendered groups, in both old and recent times. You can even choose to experiment with some cross-dressing to find out how it influences you spiritually and psychologically.
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Magic Spells by Izabael DaJinn The World’s Premiere Spell-casting Genie
***Successful Spells Cast since 2007 **\*
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originally posted at: https://izabaeldajinn.com/2019/08/magickal-influences-and-principles-of-hermeticism

The Stirling Engine, a marvel of 1816, harnessed the principles of thermodynamics to convert heat energy into mechanical work. Traditionally, it utilized a burner to heat a cylinder chamber, causing expansion of the air inside and driving a piston. This cycle was complemented by a cooling phase, where cooler air helped reset the piston, enabling continuous motion. Over the years, this fundamental design has evolved into various sophisticated forms. Among the most intriguing modern adaptations is the magnetic Stirling Engine, which substitutes the thermal dynamics with magnetic forces, thereby offering the promise of a 'free energy' generator.
Stirling Engine magnetic version - Free energy

From Heat to Magnetism: A Paradigm Shift

The magnetic Stirling Engine represents a significant departure from its thermally-driven predecessors. Instead of relying on a temperature gradient to drive the piston, this version utilizes the attraction and repulsion forces between magnets. In essence, the magnetic field creates the push and pull dynamics required to move the piston, mimicking the heating and cooling cycles of the traditional Stirling Engine.
Experts suggest that while the magnetic engine will cease operation once the magnets lose their magnetism, high-quality permanent magnets can sustain their magnetic properties for many years, providing a long-lasting source of energy. This intriguing possibility opens up the debate on whether such an engine could be considered a form of 'free energy', operating without the continuous input of fuel or heat.

The Mechanics of the Magnetic Stirling Engine

To delve deeper into the mechanics, consider a hands-on tutorial that demonstrates the construction of this magnetic engine. The tutorial outlines the creation of a piston-cylinder setup where magnetic forces replace thermal processes. Critical to this setup is the precise alignment of the magnetic phases, typically set 90 degrees apart, to ensure that the push and pull forces alternate seamlessly.
Instructional video: Practical Guide: Free Energy Stirling Generator - Magnetic field version
The video tutorial covers the necessary equipment and tools, including small generators or brushless DC motors, LED lights for demonstration, actuators, and medical-grade cylinders and pistons. These components come together to illustrate how magnetic forces can be harnessed to produce mechanical motion, providing a practical guide to building a magnetic Stirling Engine.

Evaluating the Potential of Free Energy

The concept of free energy, often surrounded by skepticism, finds a potential ally in the magnetic Stirling Engine. If such an engine can operate indefinitely or for an extended period without fuel, it aligns with the ideals of free energy—an inexhaustible, low-cost energy source. However, the term 'free energy' must be critically examined. The initial construction and the quality of magnets are crucial factors that influence the engine's efficiency and longevity.
Moreover, while the magnetic Stirling Engine shows promise, it is essential to consider the physical limits and eventual degradation of magnetic materials. Despite these concerns, the prospect of a low-maintenance, long-lasting engine driven by magnetism is a compelling development in the quest for sustainable energy solutions.
The evolution of the Stirling Engine from a heat-based mechanism to a magnetic-driven system exemplifies the innovative strides in energy generation technologies. By leveraging magnetic forces, the magnetic Stirling Engine offers a fascinating approach to achieving continuous motion without the constant input of heat or fuel. While it may not be the elusive 'perpetual motion machine', its potential to provide a reliable and long-lasting energy source warrants further exploration and development.
For those interested in the broader spectrum of free energy generators, the article "Stirling Engine and Free Energy Generators" on the KINETIC POWER SYSTEM Blog provides a comprehensive overview, highlighting the diverse and creative approaches to harnessing energy sustainably. As technology advances, the magnetic Stirling Engine could play a significant role in the future of energy innovation.
Generating electricity using ancient technology (more than 100 years old) has been suppressed by technology monopolies:

• Mechanical configurations and circuit diagrams are like a solution to the IQ puzzle of classical physics. It involves thinking beyond the dogma of science and the primitivism of Newtonian billiard ball physics.
• Electricity is generated from devices as small as rabbits, which then charge multiple batteries and feed into an inverter to produce AC current (60Hz; 220V/110V). Electricity is continuously generated throughout the day and week (24/7) and up to years. This device, with a diagram as small as a rabbit, serves as a solution to an IQ puzzle when considering classical mechanical physics and Overunity electronic circuits.
• If you understand the nature of the problem from that solution, then you can create a large generator for an entire business! Therefore, the design must be modest; otherwise, it will create a conflict of interest with energy corporations: 👉 Unlimited Power Generator

AutoCAD, the versatile design and drafting software developed by Autodesk, has become an essential tool for students and professionals in various fields including engineering, architecture, and graphic design. Mastering AutoCAD can open doors to numerous career opportunities and allow for the creation of intricate and precise designs. This guide aims to provide students with essential tips and strategies for effectively learning and using AutoCAD, as well as discussing the role of online resources and assistance.

Understanding the Basics of AutoCAD

Before diving into the complexities of AutoCAD, it is crucial to understand its basic functions. AutoCAD is used to create 2D and 3D designs, offering tools for drawing, editing, and annotating technical drawings. Students should start with the fundamental commands and tools such as:

• Line and Polyline Tools: These are essential for creating basic shapes and structures.
• Trim and Extend: These commands help in modifying existing lines to fit a desired design.
• Offset: This tool is useful for creating parallel lines and shapes at a specified distance.
• Layers and Layouts: Understanding how to use layers helps in organizing different elements of a drawing, while layouts assist in managing different views and print settings.

Mastery of these basic tools forms the foundation upon which more complex skills can be built.

Developing Proficiency in 2D Drafting

2D drafting is often the first step in learning AutoCAD. It involves creating flat representations of objects, which can then be used as the basis for more detailed designs. To develop proficiency in 2D drafting, students should focus on:

• Practicing with Simple Projects: Start with basic projects such as floor plans, mechanical parts, or simple geometrical designs.
• Utilizing Grids and Snap Functions: These features help in aligning objects precisely, ensuring accuracy in your designs.
• Annotating Drawings: Learn to add dimensions, text, and other annotations to make your drawings more informative and professional.

Regular practice and repetition are key to becoming comfortable with these tools and commands.

Exploring 3D Modeling

Once students are comfortable with 2D drafting, they can move on to 3D modeling. AutoCAD offers powerful 3D capabilities that allow for the creation of detailed and complex models. Key aspects to focus on include:

• Understanding 3D Coordinate Systems: Familiarize yourself with the different coordinate systems used in 3D modeling, such as World Coordinate System (WCS) and User Coordinate System (UCS).
• Using Solid, Surface, and Mesh Modeling: Each of these modeling techniques has its own strengths and applications. Solid modeling is great for creating robust and precise objects, surface modeling is used for complex curved surfaces, and mesh modeling is ideal for more organic shapes.
• Rendering and Visualization: Learn how to apply materials, lighting, and camera settings to create realistic renderings of your models.

Experimenting with different tools and techniques will help you understand the capabilities and limitations of 3D modeling in AutoCAD.

Efficient Workflow and Best Practices

Efficiency is critical when working with AutoCAD, especially on larger and more complex projects. Adopting best practices can significantly improve your productivity and the quality of your work. Consider the following tips:

• Customization: Customize your workspace, toolbars, and shortcuts to fit your workflow. This can save time and reduce the need to navigate through multiple menus.
• Template Files: Create and use template files for common projects. Templates can include standard layers, dimension styles, and title blocks, ensuring consistency across different drawings.
• Regular Saving and Backup: AutoCAD can be demanding on your computer’s resources, making it prone to crashes. Regularly saving your work and keeping backups can prevent data loss.
• Documentation and Notes: Keep detailed notes and documentation for each project. This can include a change log, references to standards, and any assumptions or calculations made

during the design process. Good documentation can help in troubleshooting issues and maintaining consistency throughout the project.

Leveraging Online Resources and Communities

The internet is a treasure trove of resources for learning and mastering AutoCAD. From official tutorials provided by Autodesk to community-driven forums, there are numerous avenues to seek help and improve your skills. Here are some valuable resources:

• Autodesk Knowledge Network: The official support and learning portal for Autodesk products, offering tutorials, documentation, and forums.
• YouTube Channels: Many professionals and educators share detailed tutorials and tips on YouTube. Channels like "AutoCAD Tips and Tricks" provide practical advice and project-based learning.
• Forums and Discussion Boards: Platforms such as the Autodesk Community, Reddit’s AutoCAD, and CADTutor offer spaces to ask questions, share projects, and get feedback from other users.
• Online Courses and MOOCs: Websites like Coursera, Udemy, and LinkedIn Learning offer structured courses that cover various aspects of AutoCAD, from beginner to advanced levels.

Engaging with these resources can provide additional perspectives and solutions to problems you might encounter while working with AutoCAD.

Seeking Help with AutoCAD Assignments

Despite the availability of numerous resources, there may be times when students need personalized assistance with their AutoCAD assignments. This is where assignment help websites come into play. These platforms offer expert guidance and support, helping students to understand complex concepts and complete their projects on time. While it is important to use these services ethically and not as a shortcut to avoid learning, they can be incredibly beneficial for overcoming specific challenges and enhancing your understanding of the software.

Real-World Applications and Projects

Applying AutoCAD skills to real-world projects is one of the best ways to solidify your knowledge and demonstrate your capabilities. Here are a few project ideas that can help you practice and showcase your skills:

• Architectural Plans: Design a floor plan for a residential or commercial building. Include details such as electrical layouts, plumbing, and HVAC systems.
• Mechanical Parts: Create detailed drawings of mechanical components, complete with dimensions, tolerances, and material specifications.
• Landscaping Designs: Develop a site plan for a park or garden, incorporating elements such as walkways, water features, and vegetation.
• Interior Design: Design the interior of a room or office, including furniture, lighting, and decoration.

Working on these projects not only enhances your skills but also provides tangible examples of your work that you can include in your portfolio.

The Importance of Certification

While proficiency in AutoCAD can be self-taught, obtaining certification can provide formal recognition of your skills and knowledge. Autodesk offers several certification levels, including:

• AutoCAD Certified User: This certification demonstrates foundational skills and is ideal for students and beginners.
• AutoCAD Certified Professional: A more advanced certification that indicates a higher level of expertise and experience.
• Specialized Certifications: Autodesk also offers certifications for specific applications of AutoCAD, such as in architecture or mechanical design.

Certification can enhance your resume and improve your job prospects by providing potential employers with evidence of your capabilities.

Conclusion

Mastering AutoCAD is a journey that involves continuous learning, practice, and exploration. By understanding the basics, developing proficiency in both 2D drafting and 3D modeling, and adopting efficient workflows, students can harness the full potential of this powerful software. Leveraging online resources and seeking personalized help when needed can further enhance your learning experience. Real-world projects provide practical applications of your skills, while certification can formally recognize your expertise.
Whether you are an aspiring architect, engineer, or designer, AutoCAD offers the tools and capabilities to bring your ideas to life. Embrace the learning process, stay curious, and continually challenge yourself to improve. With dedication and persistence, you can master AutoCAD and open the door to a world of design possibilities.
AutoCAD, the versatile design and drafting software developed by Autodesk, has become an essential tool for students and professionals in various fields including engineering, architecture, and graphic design. Mastering AutoCAD can open doors to numerous career opportunities and allow for the creation of intricate and precise designs. Seeking Help with AutoCAD assignments can be a crucial step in overcoming initial hurdles and building a solid foundation. This guide aims to provide students with essential tips and strategies for effectively learning and using AutoCAD, as well as discussing the role of online resources and assistance.

Understanding the Basics of AutoCAD

Before diving into the complexities of AutoCAD, it is crucial to understand its basic functions. AutoCAD is used to create 2D and 3D designs, offering tools for drawing, editing, and annotating technical drawings. Students should start with the fundamental commands and tools such as:

• Line and Polyline Tools: These are essential for creating basic shapes and structures.
• Trim and Extend: These commands help in modifying existing lines to fit a desired design.
• Offset: This tool is useful for creating parallel lines and shapes at a specified distance.
• Layers and Layouts: Understanding how to use layers helps in organizing different elements of a drawing, while layouts assist in managing different views and print settings.

Mastery of these basic tools forms the foundation upon which more complex skills can be built.

Developing Proficiency in 2D Drafting

2D drafting is often the first step in learning AutoCAD. It involves creating flat representations of objects, which can then be used as the basis for more detailed designs. To develop proficiency in 2D drafting, students should focus on:

• Practicing with Simple Projects: Start with basic projects such as floor plans, mechanical parts, or simple geometrical designs.
• Utilizing Grids and Snap Functions: These features help in aligning objects precisely, ensuring accuracy in your designs.
• Annotating Drawings: Learn to add dimensions, text, and other annotations to make your drawings more informative and professional.

Regular practice and repetition are key to becoming comfortable with these tools and commands.

Exploring 3D Modeling

Once students are comfortable with 2D drafting, they can move on to 3D modeling. AutoCAD offers powerful 3D capabilities that allow for the creation of detailed and complex models. Key aspects to focus on include:

• Understanding 3D Coordinate Systems: Familiarize yourself with the different coordinate systems used in 3D modeling, such as World Coordinate System (WCS) and User Coordinate System (UCS).
• Using Solid, Surface, and Mesh Modeling: Each of these modeling techniques has its own strengths and applications. Solid modeling is great for creating robust and precise objects, surface modeling is used for complex curved surfaces, and mesh modeling is ideal for more organic shapes.
• Rendering and Visualization: Learn how to apply materials, lighting, and camera settings to create realistic renderings of your models.

Experimenting with different tools and techniques will help you understand the capabilities and limitations of 3D modeling in AutoCAD.

Efficient Workflow and Best Practices

Efficiency is critical when working with AutoCAD, especially on larger and more complex projects. Adopting best practices can significantly improve your productivity and the quality of your work. Consider the following tips:

• Customization: Customize your workspace, toolbars, and shortcuts to fit your workflow. This can save time and reduce the need to navigate through multiple menus.
• Template Files: Create and use template files for common projects. Templates can include standard layers, dimension styles, and title blocks, ensuring consistency across different drawings.
• Regular Saving and Backup: AutoCAD can be demanding on your computer’s resources, making it prone to crashes. Regularly saving your work and keeping backups can prevent data loss.
• Documentation and Notes: Keep detailed notes and documentation for each project. This can include a change log, references to standards, and any assumptions or calculations made during the design process. Good documentation can help in troubleshooting issues and maintaining consistency throughout the project.

Leveraging Online Resources and Communities

The internet is a treasure trove of resources for learning and mastering AutoCAD. From official tutorials provided by Autodesk to community-driven forums, there are numerous avenues to seek help and improve your skills. Here are some valuable resources:

• Autodesk Knowledge Network: The official support and learning portal for Autodesk products, offering tutorials, documentation, and forums.
• YouTube Channels: Many professionals and educators share detailed tutorials and tips on YouTube. Channels like "AutoCAD Tips and Tricks" provide practical advice and project-based learning.
• Forums and Discussion Boards: Platforms such as the Autodesk Community, Reddit’s AutoCAD, and CADTutor offer spaces to ask questions, share projects, and get feedback from other users.
• Online Courses and MOOCs: Websites like Coursera, Udemy, and LinkedIn Learning offer structured courses that cover various aspects of AutoCAD, from beginner to advanced levels.

Engaging with these resources can provide additional perspectives and solutions to problems you might encounter while working with AutoCAD.

Seeking Help with AutoCAD Assignments

Despite the availability of numerous resources, there may be times when students need personalized assistance with their AutoCAD assignments. This is where assignment help websites come into play. These platforms offer expert guidance and support, helping students to understand complex concepts and complete their projects on time. While it is important to use these services ethically and not as a shortcut to avoid learning, they can be incredibly beneficial for overcoming specific challenges and enhancing your understanding of the software.

Real-World Applications and Projects

Applying AutoCAD skills to real-world projects is one of the best ways to solidify your knowledge and demonstrate your capabilities. Here are a few project ideas that can help you practice and showcase your skills:

• Architectural Plans: Design a floor plan for a residential or commercial building. Include details such as electrical layouts, plumbing, and HVAC systems.
• Mechanical Parts: Create detailed drawings of mechanical components, complete with dimensions, tolerances, and material specifications.
• Landscaping Designs: Develop a site plan for a park or garden, incorporating elements such as walkways, water features, and vegetation.
• Interior Design: Design the interior of a room or office, including furniture, lighting, and decoration.

Working on these projects not only enhances your skills but also provides tangible examples of your work that you can include in your portfolio.

The Importance of Certification

While proficiency in AutoCAD can be self-taught, obtaining certification can provide formal recognition of your skills and knowledge. Autodesk offers several certification levels, including:

• AutoCAD Certified User: This certification demonstrates foundational skills and is ideal for students and beginners.
• AutoCAD Certified Professional: A more advanced certification that indicates a higher level of expertise and experience.
• Specialized Certifications: Autodesk also offers certifications for specific applications of AutoCAD, such as in architecture or mechanical design.

Certification can enhance your resume and improve your job prospects by providing potential employers with evidence of your capabilities.

Conclusion

Mastering AutoCAD is a journey that involves continuous learning, practice, and exploration. By understanding the basics, developing proficiency in both 2D drafting and 3D modeling, and adopting efficient workflows, students can harness the full potential of this powerful software. Leveraging online resources and seeking personalized help when needed can further enhance your learning experience. Real-world projects provide practical applications of your skills, while certification can formally recognize your expertise.
Whether you are an aspiring architect, engineer, or designer, AutoCAD offers the tools and capabilities to bring your ideas to life. Embrace the learning process, stay curious, and continually challenge yourself to improve. With dedication and persistence, you can master AutoCAD and open the door to a world of design possibilities.
https://preview.redd.it/vh3lswravp1d1.jpg?width=1080&format=pjpg&auto=webp&s=868a566e284c9cd924ed35101c2f384a27f8ab52

FFIE Army,
We have to keep holding. Stop selling every time it hits $2 or $3. See the chart. It is from NASADQ. It is reliable proof to confirm hedgies are heavy shorting FFIE.
They shorted 60M+ in April. About a year ago they were shorting .5B per month. You want to be holding when the squeeze hits. You’ll know. It won’t be just $2 or $3.
Next report is out 5/27/24 unless someone here pays for daily data. True retail trader here.
I’ll post the next report as soon as it’s out.
Upvote to spread confidence!
/s/ Merlyn

FFIE #FFIE Army #Short Squeeze