Reuben Jacob Mathews

Always ready to learn and adapt, with strong foundation in engineering principles and problem-solving skills. Brings knowledge of mechanical systems and computer-aided design, combined with hands-on project experience. Capable of driving innovation and efficiency in fast-paced technical environment.

• Captained NMIT’s Football and Hockey Team NMIT, Bangalore October 2023- December 2024
• Represented India in an International Youth Conference YMCA, Dubai November 2024

• Introduction to Electric Vehicle Technology January 2025
• Smart AI in Product Management December 2024
• Sustainable Agricultural Land Management January 2024
• Microsoft Excel August 2024

Design and Development of Interlocking Transformable Wheel for Multi Modal Mobile Robots (Major Project)

The significance of this project lies in developing a cost-effective, versatile mobile robot capable of adapting its wheel structure to efficiently navigate and overcome obstacles.

• Designed and tested conceptual models of a segmented omni-wheeled hybrid robot with a focus on transformable wheel mechanisms.
• Improved locking systems, gear mechanisms, and wheel performance through multiple design iterations.
• Utilized CAD modeling, mechanical simulations, and hands-on prototyping to validate designs.
• Gained practical insights into hybrid mobility systems and obstacle-climbing capabilities, enhancing mobile robotics design and performance.

Mini Air cooler (Mini Project)

The significance of air coolers lies in the fact that they are a cost-effective and energy-efficient alternative to air conditioning.

• Developed an air-cooling system using the Peltier effect to reduce surrounding air temperature.
• Designed a cost-effective and energy-efficient alternative to conventional air conditioning systems.
• Integrated key components including a 12V DC fan, Peltier module, heat sink, and temperature sensor for effective cooling performance.

Designing a Refrigerator Door monitoring system (Mini Project)

The solution involves using a microcontroller and a magnetic sensor, such as a reed switch and a Hall effect sensor.

• Developed an innovative system to monitor fridge door status (open/closed) aimed at minimizing food spoilage and reducing unnecessary energy consumption.
• Applied multiple sensing approaches (magnetic reed, Hall effect, contact, and optical sensors) to improve detection accuracy and reliability.
• Contributed to smarter home appliance design and promoted sustainable energy usage through efficient monitoring solutions.