Sarvesh Siddhanjan

B.Tech in Electrical and Computer Engineering with expertise in Java, C++, and web development technologies. Demonstrated ability to collaborate effectively within teams and deliver impactful projects. Strong problem-solving skills drive innovative solutions in dynamic environments.

• JAVA FUNDAMENTALS COURSE
• CSS COMPLETE COURSE
• MY SQL BOOTCAMP
• FULL STACK WEB DEVELOPMENT COURSE
• THE COMPLETE JAVA SCRIPT COURSE

• Description: Developed a mini e-commerce platform that allows users to browse products, add them to a cart, and filter/search items.
• Technologies: React.js, JavaScript (ES6+), HTML, CSS, Node.js, Express.js, MongoDB
• Responsibilities:
  Built responsive UI with React, handling states and props for dynamic product rendering.
  Implemented filter & search features for efficient product navigation.
  Designed cart logic to handle add/remove/update functionality.
  Integrated backend with Node.js & Express for API requests and connected to MongoDB for storing cart data.
• Outcome: Created a user-friendly shopping interface; demonstrated end-to-end integration of frontend and backend.

• Description: Built a blogging platform where users can view, post, and manage blogs. Included admin-side controls for content moderation.
• Technologies: Node.js, Express.js, React.js (optional), MongoDB/PostgreSQL, HTML, CSS, JavaScript
• Responsibilities:
  Developed RESTful APIs to handle blog creation, reading, updating, and deletion (CRUD).
  Connected frontend with backend APIs using fetch/axios.
  Integrated user authentication & authorization for secure login and role-based access (admin vs. user).
  Managed database operations for storing blog content and user data in MongoDB/PostgreSQL.
• Outcome: Delivered a scalable platform capable of handling multiple users; improved understanding of authentication, CRUD operations, and API design.

• Description: Designed and developed a prototype remote-controlled (RC) boat capable of monitoring water pollution levels using sensors.
• Technologies: Arduino/Microcontrollers, Sensors (pH, Turbidity, Temperature), Embedded C/C++, Wireless Data Transmission
• Responsibilities:
  Integrated sensors with a microcontroller to measure water quality parameters.
  Implemented wireless communication for real-time data transfer to a monitoring station.
  Designed and assembled the boat structure to support electronics and ensure stability in water.
  Processed and displayed collected data for analysis of pollution levels.
• Outcome: Demonstrated an IoT-based environmental monitoring solution, showcasing hardware and software integration.