Full Stack Developer

This course introduces the core building blocks of web development, covering HTML5, CSS3, and modern JavaScript (ES6+). Students learn to create responsive, accessible web interfaces using semantic markup, Flexbox, Grid, and JavaScript interactivity. They also explore Git version control, GitHub collaboration, and web best practices including code validation, accessibility, and SEO fundamentals. This foundational course equips students with hands-on experience through practical labs and mini-projects, emphasizing responsive design principles, code quality, and adherence to industry standards. Learners will leave the course with a solid base for advanced front-end development work.

Students explore modern front-end development using React.js. They build single-page applications using components, JSX, props, and state, and apply advanced state management with Context API and Redux. Emphasis is placed on UI/UX principles, event handling, form management, and routing. The course includes numerous handson labs where students build modular, maintainable applications and work through common development challenges. Students gain a deep understanding of component-driven architecture and how to manage complex state changes in large applications.

This course focuses on integrating REST APIs into front-end applications using tools like Fetch and Axios. Students learn to retrieve, display, and manage external data, handle errors and loading states, and simulate back-end services. Projects involve creating dynamic interfaces driven by real-time data. Students work with real-world APIs and simulate back-end data environments, applying asynchronous JavaScript practices and performance optimization techniques. The course prepares learners to handle dynamic front-end needs in professional, data-driven applications.

Students apply design thinking to create accessible, user-friendly interfaces. Topics include usability, visual hierarchy, wireframing, and prototyping. Tools such as Figma or Adobe XD are used alongside HTML/CSS to translate designs into responsive front-end layouts. The course blends theory with application, allowing students to critique and iterate on digital mockups and implement feedback loops. Learners also study responsive typography, color systems, and UI patterns across platforms.

This course provides students with a guided opportunity to design and build a feature-rich front-end application using React and supporting technologies. Learners apply techniques in routing, form handling, state management, and API integration while adhering to best practices in UI/UX. Through structured labs and code reviews, students strengthen their ability to build modular and maintainable codebases. Agile methods are used to track progress, while Git workflows ensure version control and collaboration. Emphasis is placed on producing high-quality interfaces that are responsive, accessible, and ready for full stack integration.

Students learn server-side programming using Node.js and Express.js, building RESTful APIs and implementing routing, middleware, and file handling. Security, input validation, and logging are emphasized, with practical labs focused on scalable and secure back-end architecture. Students create middleware functions, configure REST endpoints, and apply logging and error handling best practices. The course emphasizes modular design and prepares students to support scalable services in enterprise-level environments.

This course introduces both SQL and NoSQL databases including PostgreSQL and MongoDB. Students design schemas, perform CRUD operations, and use tools like Mongoose or Knex.js. They integrate databases with Express applications and learn data normalization, transactions, and optimization techniques. Students work through case studies involving complex data relationships, foreign keys, and schema migrations. They practice integrating secure data flows and managing performance for multi-user applications.

Students implement secure authentication and authorization using sessions and JSON Web Tokens (JWT). Topics include encryption, role-based access control, and mitigation of security threats like XSS and brute-force attacks. Secure coding practices are emphasized across both client and server. Students analyze secure coding patterns and implement comprehensive login systems with session handling and JWTs. Real-world vulnerabilities are explored, with case-based learning to apply fixes using encryption and validation strategies.

This course guides students through the development of scalable and secure server-side applications using Node.js, Express.js, and integrated database systems. Learners build structured APIs with robust routing, authentication layers, and modular architecture while incorporating input validation, error handling, and logging practices. The course includes version control workflows, secure environment management, and documentation protocols to simulate real-world development conditions. Students work in individual or collaborative settings, applying Agile methodologies to manage backend services that are optimized for integration into full stack applications.

This course covers testing methodologies such as unit, integration, and end-to-end testing using Jest, Mocha, and Cypress. Students also implement Continuous Integration and Deployment (CI/CD) using GitHub Actions or similar tools to automate testing and deployment pipelines. The course bridges theory with tools such as GitHub Actions or Travis CI to implement build pipelines. Students automate testing sequences and deployment approvals, preparing them for DevOps-aligned workflows.

Students connect front-end and back-end systems to create fully functional applications. They manage token-based authentication, route protection, and asynchronous workflows. The course also covers cloud deployment using platforms like Heroku or Vercel and introduces Docker for containerized development environments. Students deploy multi-layered applications and handle production issues such as CORS, rate limiting, and logging. They also containerize projects with Docker and simulate staging and production environments.

In this final capstone, students plan, build, and deploy a complete full stack application incorporating all learned technologies. Projects must include front-end interfaces, secure APIs, database integration, CI/CD pipelines, and cloud deployment. Students present technical walkthroughs and stakeholder-ready demos. Capstone projects are presented through live demos and peer reviews, requiring technical justifications and written documentation. This final assessment serves as both a culminating experience and a portfolio showcase for employers.