• Contribute to the development and maintenance of front-end features in our products.
• Work closely with designers and back-end engineers to create interactive and dynamic web interfaces.
• Implement end-to-end (E2E) testing strategies and enhance unit test coverage in TDD ways.
• Stay updated on the latest technologies and proactively share new technical insights.
• Support the Frontend Engineering Leadby evaluating and recommending optimal web technologies to boost development velocity.
• Mentor junior or intermediate frontend engineers for practical software craftsmanship and championing hands-on coding expertise.

• HTML, CSS, CSS-in-JS, Javascript, Typescript, Asynchronous programming, React.js, Next.js
• Package manager: npm, yarn
• Module Bundler: Webpack, Parcel
• Test automation tools: Jest, Cypress
• Container: docker, Kubernetes
• General: Slack, Confluence, Jira, Git

• 6+ years of professional experience in Frontend Development
• Strong proficiency in English
• Bachelor’s degree in computer science, (software) engineering or a related field or proven practical experience.
• Proven frontend-related experience and familiar with Typescript, React.js and its ecosystem.
• Familiarity with Git flow and Git version control tools, with experience in API integration
• Experience in Next.js, Vercel, responsive web design (RWD)
• Knowledge of computer graphics like canvas, webGL
• Strong sense of responsibility, stability, and independent thinking with the ability to collaborate effectively with team members
• Participation in user experience (UX/UI) interface design planning
• Strong teamwork skills to ensure project requirements and goals are met
• Strong understanding of UI/UX principles and best practices
• Continuous Learning for staying up-to-date with the latest frontend technologies, best practices, and industry trends.

• Proficiency in JavaScript-based tools more over 6+ years for debugging, Testing, Packaging managers like npm, or yarn, Module Bundlers like Webpack, Parcel
• Knowledge of docker or container service
• Knowledge of CSS Frameworks like Material UI, and related tools
• Knowledge or experience in backend development
• Good Korean communication
• Experience in sharing frontend technical knowledge or writing technical articles

• CV (resume, free format, in English)

• Document Screening →Introductory Interview → Assignment → Competency interview (Technical + Behaviour)→ Culture-fit Interview → Onboarding
  • All interviews are conducted in English.
  • After the final interview, we may proceed with reference checks if needed.

• Work type: full-time
• Work location : Lunit HQ(5F, 374, Gangnam-daero, Gangnam-gu, Seoul)
• Salary: after negotiation

• If you misrepresent your experience or education or provide false or fraudulent information in or with your application, it may be grounds for cancellation of the employment.
• Lunit is committed in providing the preferential processing to those eligible for employment protection (national merits and people with disabilities) relevant to related laws and regulations.

• The new office is one minute away by foot from Gangnam Station Exit 3 making it very convenient
• Up to 12, 000 won is covered for both lunch and dinner when working at the office
• Up to 300,000 won is covered upon joining to decorate your personal workspace
• Provide the latest computer models, such as Macs and 4K monitors, and renew them every three years
  
• Attending seminars and purchasing books are covered
  
• Regular in-house AI and medical seminars are held
  
• Korean language education is provided for Lunitians who do not speak Korean as their first language
  
• Access high-quality AI learning resources & deep learning DevOps system
  
• Up to 1.2 million won worth of benefits points can be claimed annually
  
• Korean National holiday gift: Seollal and Chuseok gift/voucher
  
• Annual medical checkups and employee accident insurance are provided
  
• Financial support for participation in employee gatherings (once a month)
  

TL;DR - Here's what I'm asking

My background / workout regimen

My first ever pre-workout -- Bulk Black

My post-workout

The reason I'm asking about evaluating your pre-workout

1. Identify Key Areas for Transformation

• Assess Business Processes: Identify which business processes would benefit most from digitization. Look for areas with high manual effort, repetitive tasks, or those that require real-time data access.
• Set Clear Objectives: Define the goals of your digital transformation efforts. Whether it’s improving customer experience, increasing operational efficiency, or driving innovation, having clear objectives will guide your low-code initiatives.

2. Choose the Right Low-Code Platform

• Evaluate Platform Features: Ensure the chosen platform supports necessary functionalities such as drag-and-drop interfaces, pre-built templates, and robust integration capabilities.
• Scalability and Security: Select a platform that can scale with your business needs and adheres to security standards to protect sensitive data.

3. Empower Citizen Developers

• Training and Support: Provide training for business users to effectively use low-code tools. Offer continuous support and resources to encourage adoption.
• Create a Collaborative Environment: Foster collaboration between IT professionals and citizen developers to combine business insights with technical expertise.

4. Start with Pilot Projects

• Quick Wins: Begin with smaller, manageable projects that can be completed quickly to demonstrate the value of low-code development.
• Iterative Development: Use an iterative approach to develop, test, and refine applications. This ensures flexibility and allows for adjustments based on feedback.

5. Integrate with Existing Systems

• APIs and Connectors: Utilize the low-code platform’s integration capabilities to connect with existing enterprise systems, databases, and third-party services.
• Data Consistency: Ensure data integrity and consistency across integrated systems to provide accurate and real-time information.

6. Focus on User Experience

• Design Thinking: Apply design thinking principles to create user-centric applications. Focus on intuitive interfaces and seamless user experiences.
• Feedback Loops: Continuously gather feedback from end-users to make iterative improvements and ensure the applications meet their needs.

7. Measure and Optimize

• Performance Metrics: Establish KPIs to measure the success of your low-code initiatives. Track metrics such as development time, user adoption, and business impact.
• Continuous Improvement: Use the insights gained from performance metrics to make data-driven decisions and optimize applications continuously.

8. Ensure Governance and Compliance

• Governance Framework: Implement a governance framework to oversee the development and deployment of low-code applications. Ensure adherence to best practices and organizational standards.
• Compliance: Ensure that all applications built on the low-code platform comply with relevant regulations and industry standards.

9. Scale and Expand

• Broaden Application Scope: Once initial projects are successful, expand the use of low-code to more complex and mission-critical applications.
• Enterprise-Wide Adoption: Promote the adoption of low-code development across the organization to drive widespread digital transformation.

10. Foster a Culture of Innovation

• Encourage Experimentation: Create an environment where experimentation and innovation are encouraged. Allow teams to explore new ideas and approaches using low-code tools.
• Recognize and Reward: Recognize and reward successful low-code projects and contributions, motivating employees to engage in digital transformation efforts.

Introduction

Understanding the Importance of Mid-Game

• Strategic Depth: Mid-game is when the strategic complexity of League of Legends fully unfolds, requiring coordinated team efforts and sharp tactical awareness.
• Opportunity for Control: Effective mid-game play can secure significant advantages in terms of map control and resource allocation.
• Pivotal Decisions: Decisions made during this phase often dictate the pace and direction of the remainder of the match.

Core Components of Effective Mid-Game Strategy

• Vision Control: Expand and adapt your vision setup to secure more map territory and safeguard key objectives.
• Objective Prioritization: Identify which objectives will provide the most value and strategize to secure them safely.
• Wave Management: Manipulate minion waves to create pressure on different parts of the map, forcing the enemy to respond and creating opportunities for your team.

Advanced Mid-Game Tactics and Rotations

• Strategic Rotations: Master the timing and execution of rotations to catch opponents off guard and secure advantageous positions for fights and objectives.
• Skirmish Optimization: Develop a keen sense of when and where to engage in skirmishes based on team strength, enemy positioning, and available resources.
• Counter-Play Awareness: Anticipate and counter enemy movements and strategies to maintain control and pressure.

Improving Team Coordination

• Communication Efficiency: Utilize clear and concise communication to coordinate movements and share critical information quickly.
• Role Adaptation: Adjust your role and responsibilities based on the evolving needs of the team and the state of the game.
• Decision-Making Speed: Enhance the team's ability to make quick, collective decisions in response to dynamic game conditions.

Leveraging Technology and Tools

• Analytical Tools: Employ analytics tools to evaluate team performance and identify strategic opportunities.
• Replay Analysis: Use replay analysis to review mid-game phases and understand decision impacts and opportunities.
• Real-Time Coaching: Consider the benefits of real-time coaching during practice sessions to refine strategies and reactions.

Conclusion

Call to Action

1. WAVE (Web Accessibility Evaluation Tool): Developed by WebAIM, WAVE provides visual feedback on web accessibility issues directly within the web browser. It highlights errors and offers suggestions for improvement.
2. Axe: Developed by Deque Systems, Axe is a robust accessibility testing tool that can be integrated into browsers and development environments. It provides detailed issue reports and recommendations for remediation.
3. Lighthouse: An open-source tool from Google, Lighthouse is integrated into Chrome DevTools and provides accessibility audits along with performance, SEO, and best practice assessments.
4. Tenon: Tenon offers comprehensive accessibility testing for websites and web applications. It provides detailed reports and supports integration with various development workflows and CI/CD pipelines.
5. Accessibility Insights: Created by Microsoft, this tool helps developers find and fix accessibility issues. It includes features like fast pass for quick checks and guided manual assessments.
6. Pa11y: An open-source accessibility testing tool, Pa11y runs automated accessibility tests on web pages and reports issues. It can be integrated into CI/CD pipelines for continuous monitoring.
7. AChecker: AChecker is an open-source web accessibility evaluation tool that identifies accessibility issues based on various guidelines. It provides detailed reports and suggestions for fixes.
8. HTML_CodeSniffer: This tool checks HTML source code for compliance with accessibility standards and guidelines. It can be integrated into development environments and automated testing workflows.
9. Siteimprove Accessibility Checker: This browser extension provides immediate feedback on web accessibility issues, highlighting errors and providing recommendations directly within the browser.
10. Silktide: Silktide offers a suite of tools for accessibility testing, including automated scans and detailed reports. It helps organizations manage and improve their web accessibility compliance.

1. Comprehensive Diagnostics

1. Skilled Technicians

1. Genuine Spare Parts

1. Efficient Turnaround Time

1. Transparent Pricing

1. Customer-Centric Approach

1. Warranty on Repairs