As a Robotics Hardware Intern at Lionsbot, you will play a critical role in co-designing and delivering high-quality solutions for our next-generation of cleaning robots. You will work on substantial hands-on projects from concept to prototyping, testing, technical documentation and production.

Key Responsibilities

• Be an integral part of the product design & development team to develop new robot subsystems and support ongoing product improvements.

• Assist in design and validation for fast turn-around proof of concepts of various autonomous cleaning robots. 

• Liaise with the Production and Procurement team for NPI (New Product Introduction) and ECN (Engineering Change Notice).

• Evaluate performance of subsystems throughout the development cycle all the way to product launch.

• Assist to handle small volume pre-production robots for beta testing.

• Provide onsite assistance to the Robot Support Team during deployments/trials.

• Provide technical documentation of mechanical and/or electrical wiring subsystems.

Skills, Qualifications and Requirements

• Currently enrolled in Bachelor’s/Diploma courses in engineering. Specialization in Mechanical, Mechatronics, Robotics, Electrical or other relevant disciplines.

• Proficient in CAD using any modelling software such as Solidworks, Fusion 360, Free CAD, etc

• Basic PCB design using Eagle will be a plus.

• Comfortable with microcontroller programming for testing POCs.

• Experience with fabrication techniques such as 3D Printing, laser cutting and CNC

• Experience with crimping and soldering is preferred.

• Interested in development of mechanical design solutions.

• Added advantage if worked in a technical student team, or a robotics project outside of the curriculum requirements.

• Good interpersonal and communication skills and able to work in a fast paced and highly collaborative team.

• Good technical and analytical skills to solve complex problems in the simplest possible way. 

• Proactive learner who is determined and steadfast and can work with minimum guidance