● Collaborate with a team to design and build an autonomous robot that efficiently navigates and solves complex mazes using real-time sensor data and advanced pathfinding algorithms.● Lead integration of motor control systems, ultrasonic and infrared sensors, and microcontroller programming to ensure smooth navigation and precise obstacle detection.● Drive the hardware circuit design, including PCB layout and testing of electronic components, to enhance the robot’s performance and reliability.● Conduct iterative testing and debugging sessions with team members to fine-tune the robot’s functionality, preparing for the IEEE competition.

● Partner with the powertrain team to design and integrate the electrical powertrain systems for the race car, focusing on high-voltage battery packs and power distribution systems.● Participate in the design, testing, and assembly of high-voltage components, ensuring the car meets performance and safety standards for competition.● Analyze and optimize energy management strategies to enhance the efficiency and endurance of the race car during competitive events.● Work closely with other sub-teams to ensure seamless integration of electrical and mechanical systems, improving overall functionality and reliability.

● Led the development of a rover system that communicated with a web interface via a server using MQTT, facilitating efficient data exchange for real-time control.● Designed and implemented core functionalities including movement control, sensor integration, and camera systems, using MicroPython for seamless hardware interaction.● Developed a user-friendly website interface with hidden commands triggered by user interactions, enhancing control capabilities and user engagement.● Managed communication between the rover and web interface through WebSockets, ensuring instantaneous data transfer and responsiveness.● Applied circuit design principles to integrate sensors and motors, ensuring efficient hardware performance.● Collaborated with a cross-functional team to deliver a functional prototype, emphasizing leadership and effective coordination throughout the project lifecycle.

● Worked with a multidisciplinary team of engineers and dental professionals to troubleshoot and refine 3D printing processes, ensuring efficiency and precision in dental model production.● Applied CAD software and 3D printing technologies to design and create patient-specific dental models, emphasizing hardware engineering skills like material selection, design optimization, and prototyping.● Developed strong problem-solving abilities by addressing technical challenges in the production process, and refining prototypes to improve structural integrity and accuracy.● Coordinated with team members to streamline workflows and manage timelines, enhancing the quality and durability of dental prosthetics while ensuring adherence to clinical requirements.