We are building the next generation of Robotics. Build the future with us.
At our core
We like to build things.
We evangelize great ideas.
We are grounded.
We like to build things.
We evangelize great ideas.
We are grounded.
At Perceptyne, we greatly value these dichotomies
Having experience while not losing a first principles approach.
Having a large vision while not losing attention to detail
Working on disruptive tech while hitting the market ASAP
Team Voices
Robotics Research Engineer
Rohan Asokan
Working at Perceptyne has been an incredibly rewarding experience. The problem being a niche tech + hardware, I've developed skills across the spectrum. The support from colleagues make it a truly exceptional place to work. I'm grateful for the opportunities I've had here and look forward to continuing to contribute to the company's success.
Mechanical Engineer
Sai Dinesh
Working at Perceptyne is simply amazing! Even though my previous experience was from the Automotive sector, they welcomed me with open arms. They value strong engineering skills and a passion for learning and implementing new solutions. The best part about working here is the opportunity to learn and grow. Glad to be part of this indigenous company that's making its mark in the world of automation solutions.
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Mechatronics Engineer
Sri Harsha
Perceptyne robots is a place where culture feels like a family. Everyone in the organization believes in the first principles approach to solving problems. The management is always open to ideas and creativity, which empowers all the employees not only to explore and innovate but also to push their limits and be the best versions of themselves.
Mechanical Engineer
Sarathi Karra
Joined Perceptyne a year ago. Got an excellent opportunity to design and manufacture all by myself. Here we ideate, design, manufacture and validate our ideas really fast, which gives immense satisfaction and drives us to improve/modify ideas to make a better product. If you are a first principles thinker and creative and want to innovate something really great, then come and join our talented team at Perceptyne.
Open Positions
Join our team and make an impact
Robotics Research Engineer-L3,L4
Work Description:
As a robotics research engineer (AI/ML), you will be involved in building the intelligence of the robot, end-to-end.
You will focus on leveraging machine learning to marry multi-sensor perception, model prediction and robotic actuation. You will come up with innovative methods / pipelines, bootstrap them in simulation and deploy them to control real robot behavior. You will come-up with novel ways to engineer, capture data and train models using various sources including real-world behaviors, active planning, feedback based control, demonstration based learning, simulation and transfer learning, and real-world adaptation.
As a robotics research engineer (AI/ML), you will be involved in building the intelligence of the robot, end-to-end.
You will focus on leveraging machine learning to marry multi-sensor perception, model prediction and robotic actuation. You will come up with innovative methods / pipelines, bootstrap them in simulation and deploy them to control real robot behavior. You will come-up with novel ways to engineer, capture data and train models using various sources including real-world behaviors, active planning, feedback based control, demonstration based learning, simulation and transfer learning, and real-world adaptation.
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Embedded Systems Engineer - L3,L4
Work Description:
As an embedded systems engineer (L3, L4), you are expected to execute all aspects of electronics development on our robot. Your everyday activities would include: system/sub-system level decisions, schema simulations, component selection, schematic capture, PCB design, control algorithm development, firmware programming, testing and production scale-up.
As an embedded systems engineer (L3, L4), you are expected to execute all aspects of electronics development on our robot. Your everyday activities would include: system/sub-system level decisions, schema simulations, component selection, schematic capture, PCB design, control algorithm development, firmware programming, testing and production scale-up.
Explore Further