Swaayatt Robots is seeking motivated and passionate individuals eager to contribute to the cutting-edge fields of autonomous driving and AI. Our vision is to lead globally in these areas, and we aim to attract those who share our drive. Joining our team means working on groundbreaking projects that push technological boundaries and shape the future of transportation. We foster a collaborative environment where innovation and continuous learning are encouraged.
If you're excited to be at the forefront of transformative technologies and ready to take on challenges, join us on this journey. At Swaayatt Robots, you'll have the opportunity to make a real impact and help revolutionize autonomous driving and AI. Be part of our visionary team and help shape the future of these industries. Apply now for a rewarding career with us!
As a senior mechanical engineer at Swaayatt Robots, you are expected to manage, conceptualize and develop innovative
products, hardware, electromechanical actuation systems, vehicles, and robotic systems. Key responsibility is to ensure
commercial-grade finishing of the manufactured or fabricated mechanical parts or systems, taking the dimensional or
geometrical constraints into account, when designing such parts for after-market vehicles, or when integrating with the OEMs.
Responsibilities:
- Manage and design mechanical or electromechanical systems for actuation of controls in commercial vehicles
- Conceptualize and design new robotic systems or vehicles, and actuators for the same
- Mechanically calibrate, or assist in calibration of, various sensors in a vehicle
- Prototype and keep on improving existing actuators for brake, throttle, clutch, and steering systems
- Design closed mounting systems for various sensors on a vehicle, and prototype/manufacture/fabricate the same
- Dynamic load testing of the mechanical systems, including those of sensor mounts and the actuators
Requirements:
- Strong knowledge of any one of the mechanical design software (Solidworks, CATIA, AutoCAD, etc.)
- Knowledge of computational fluid dynamics
- Familiarity with, or ability to learn, operating principles of various systems in commercial vehicles
- Mathematical background to perform basic mathematical computations or calculations of various forces and torque requirements
- Experience of prototyping designs using 3D printing or ability to learn the same
Experience in field work - - lathe machines, CNC, 3D printing, laser cutting
