Mayank Patel

Fresher with M.Tech in Aerospace Engineering, specializing in orbital mechanics, aerodynamics and aircraft design. Bachelor's in Mechatronics Engineering with background in Automation, Electric Vehicles, PLCs, Industry 4.0, Digital Manufacturing, Hydraulics, Pneumatics, and Manufacturing Processes. Engaged in vital research and college projects. Committed to continual learning and contributing effectively in the aerospace industry.

• International Conference Presentation, Research and Developments in Aeronautical Engineering (RDAE), March 2024
• Drone Assembly E-Workshop, Ulavan Agritech Services (OPC), August 2021
• Astrophotography Workshop, ARC Educators, May 2021
• Application Oriented Python Learning, New Horizon Institute of Technology and Management, Internship Program, July 2020
• Remote Sensing and Digital Image Analysis, ISRO-IIRS, August 2020
• Basic Astronomy Training, Space Development and Research Organization Labs, June 2020

Auto-Stellar, Authored a research paper entitled "Auto-Stellar" based on one of the projects executed in IRJET (International Research Journal of Engineering and Technology) Vol:10 Issue: 04, April 2023 (e-ISSN: 2395-0056, P-ISSN: 2395-0072)

• Astronomy
• FPV Flying
• Astrophotography
• Tinkering
• Keyboard Playing
• Swimming

Auto-Stellar

• Description : An open-source and stand-alone system (GOTO) Arduino Due-based telescope control system with a database containing the best 250 stellar objects. The system allows for precise and automated navigation of the telescope to any object in its database, enhancing the stargazing experience.
• Role : Lead the development of the control system, programmed the Arduino Due for seamless operation, and integrated the extensive stellar object database. This involved meticulous coding and hardware integration to ensure smooth and accurate movement of the telescope.
• Duration : 11 months

FPV Racing/Freestyle Drone

• Description : Involved the creation of a high-performance drone with a 215mm wheelbase and a weight of 500g, capable of reaching speeds up to 146KM/h. Designed for multiple applications, including surveillance, racing, aerial photography, and mapping, the drone combines agility with stability, providing an exceptional flying experience.
• Role : led the design and construction of the drone, focusing on optimizing its aerodynamics and stability. This included selecting and assembling components, programming the flight controller, and testing the drone to ensure peak performance across its various applications.
• Duration : 9 months

Ultrasonic Levitator

• Description : The Ultrasonic Levitator is a cutting-edge device that uses ultrasonic sound waves to levitate small objects in mid-air. This project explores the principles of acoustic levitation, allowing for the manipulation of objects without physical contact, with applications in scientific research and industrial processes.
• Role : Developed the levitation system, including the design of the ultrasonic transducers and the control circuitry. My responsibilities also included conducting experiments to optimize the levitation stability and documenting the findings to enhance future developments.
• Duration : 9 months

Fold-O-Solar

• Description : Fold-O-Solar is a portable and efficient solar power solution designed as a folding solar panel mobile charging power bank. It features a variable voltage output port, making it versatile for charging different devices on the go. This project aims to provide a sustainable and convenient energy source for outdoor enthusiasts and travelers.
• Role : Responsible for the design and engineering of the folding mechanism, ensuring compactness and durability. Additionally, I worked on the power management system to deliver consistent and adjustable voltage output, making it suitable for various electronic devices.
• Duration : 12 months

Formula Bharat F1 Car

• Description : This project involved the design and development of a Formula Bharat F1 Car and a BAJA ATV. The focus was on creating a responsive, precise and safe car according to the guidelines of the competition that could withstand the rigorous demands of racing and off-road driving.
• Role : As the lead designer, I engineered the steering mechanism, focusing on precision, control, and durability. My role encompassed the entire design process from conceptualization to testing, ensuring that the final product met the performance standards required for competitive motorsports.
• Duration : 24 months