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Tejas Patel

Master in Design, UNSW (Dean's List)
Bachelor in Design, Nirma University

Innovative Industrial Designer with a Master's degree in Design from UNSW and 3+ years of experience in product development. Skilled in leveraging design thinking and advanced manufacturing techniques to create user-centric products. Proven ability to collaborate across multi-disciplinary teams and drive projects from concept to production.

Experience

October 2020

Innovora Design Studio

June - July 2020

Sun Robotics Technologies

June - July 2021

Sun Robotics Technologies

Jan - May 2022

SysIdea Robotics Lab

April 2023 - Dec 2024

Evolution POS Displays

June 2019

Ashima Group

  • Employing cutting-edge manufacturing processes including 3D printing, CNC cutting, heat bending, and thermoforming to bring designs to life.

  • Introducing innovative cutting techniques that significantly reduced production time while enhancing product quality, showcasing my commitment to process improvement.

  • Designed and developed a new design for a continuously rotating series elastic actuator for ISRO, showcasing my expertise in mechanical design and innovation.

  • Designed a mechanical system for a 2DOF robotic manipulator inspired by human anatomy.

  • Developed a versatile robot chassis to promote STEM education in Indian universities, showcasing my ability to design practical solutions that inspire innovation and creativity.

  • Utilized SOLIDWORKS, Rhino 3D, and Adobe Creative Cloud to create detailed renderings of the robot chassis

  • Won a competition held by Inovora India Design Studio called "Second Life of Packaging" under Covid-19 category, showcasing my ability to innovate and solve real-world problems through design.

  • Utilized Rhino 3D, AutoCAD, and Adobe Creative Suite to develop a sustainable and innovative solution for repurposing packaging materials, reducing waste and promoting environmental sustainability.

  • Collaborated with SunRobotics Technologies to design and manufacture a First Person View (FPV) quadcopter using generative design techniques, resulting in a drone capable of carrying a payload of up to 4 kg.

  • Utilized Rhino 3D, AutoCAD, and Adobe Creative Suite to create detailed renderings of the quadcopter and its components, ensuring a precise and accurate final product.

  • Worked as interns for 4 Weeks, Developed and proposed a solution for upcycling fabric waste generated in mill.

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