Full Stack Engineer

Full Stack Engineer - React.js & Python FastAPI

Work Mode : Hybrid

Location : Hyderabad - Only Local Candidates

Experience : 8 - 10 Years

Job Type : C2H - 6 Months (Contract)

Budget : 2 - 2.2 LPM

About the Role :

We are seeking a highly skilled Full Stack Engineer with strong expertise in React.js (Frontend) and Python FastAPI (Backend) to build scalable, high-performance enterprise applications. The ideal candidate will have strong experience in API integration, Redis caching, AWS/Azure cloud environments, and performance optimization across frontend and backend layers. Experience with Next.js will be an advantage.

Key Responsibilities :

- Design, develop, and maintain scalable applications across frontend and backend using React and Python.

- Implement microservices-based architecture and asynchronous processing where required.

- Build reusable components, services, and APIs using clean architecture principles.

- Ensure seamless frontend-backend integration and efficient data flow.

- Develop rich, responsive, high-performance, and intuitive UI components using React.js.

- Design and develop RESTful APIs using FastAPI.

- Implement caching strategies using Redis, API caching, browser caching, and CDN-based caching.

- Basic working knowledge of AWS services including ECS, EKS, and S3.

Tech Stack & Qualifications :

- Strong expertise in React.js (Mandatory) and Python / FastAPI.

- Hands-on experience with modern JavaScript/TypeScript, Redux / Context API, and Axios/Fetch.

- Experience with microservices architecture, API design, and authentication (JWT/OAuth2).

- Solid experience with SQL databases (PostgreSQL, MySQL, or SQL Server) and Redis.

- Experience with AWS cloud services, Docker, and CI/CD pipelines.

- Knowledge of Next.js, SSR, SSG, and ISR is preferred.

- Strong analytical, problem-solving, and communication skills.

- Knowledge of testing frameworks such as PyTest, Jest, and React Testing Library is a plus.

Skills

React.js, FastAPI, Python, Redis, Full Stack, Redux