Divesh Adole

Designed and developed scalable, high-performance frontend architectures using React.js and Next.js, improving application responsiveness by 30%. Owned and evolved state management architecture using Redux Toolkit, Context API, and React Query, optimising async data flows and reducing redundant API calls by 40%. implemented SSR and ISR strategies in Next.js to optimise content delivery and reduce TTFB.

React Developer at Yudiz Solutions Limited (2023-02 – Present)

• Designed and developed scalable, high-performance frontend architectures using React.js and Next.js, improving application responsiveness by 30%.
• Owned and evolved state management architecture using Redux Toolkit, Context API, and React Query, optimising async data flows and reducing redundant API calls by 40%.
• implemented SSR and ISR strategies in Next.js to optimise content delivery and reduce TTFB.
• Leveraged AI-assisted tools (GitHub Copilot) for code suggestions, unit test generation, debugging workflows, and documentation — improving delivery speed and code quality.
• Drove testing standards across the team by authoring unit and integration test suites (Jest, React Testing Library), improving code readability, reliability, and reducing production defects.
• Enforced secure coding and risk-control standards by applying OWASP front-end security practices (XSS prevention, secure token storage), mitigating vulnerabilities and protecting sensitive data.
• Contributed to and improved CI/CD pipeline processes (Jenkins, Docker) covering frontend builds, staging deployments, and release validation, strengthening delivery governance.
• Collaborated with product owners, designers, and backend engineers to translate business requirements into responsive, accessible UI solutions, participating actively in design discussions and Agile ceremonies.

Frontend/React Developer at Be1Games (2021-08 – 2023-07)

• Devised system architecture and orchestrated a Next.js-based gaming platform supporting 50+ modular 2D browser games, reducing integration time for new games by 40% through a reusable and scalable architecture.
• Ensured seamless game lifecycle management (load, state sync, teardown), improving system stability and reducing runtime errors by 30%.
• Conceptualized and authored interactive 2D games using Phaser 3 and Matter.js, implementing physics-based mechanics and optimising rendering performance to achieve 60 FPS gameplay across mid-range devices, reducing frame drops by 35%.
• Optimized bundle size and rendering pipeline, improving LCP and CLS scores across mid-range devices.

Master of Computer Applications in MCA – P R Pote College of Engineering & Management