Robotics - Internship

About the internship:Selected intern's day-to-day responsibilities include:

1. Design mechanical components and assemblies using Siemens NX and AutoCAD

2. Design electronic circuits and PCBs using Altium Designer and EAGLE

3. Develop embedded firmware and hardware interfaces

4. Interface sensors, motors, encoders, and actuators

5. Develop robotics control software

6. Integrate mechanical, electrical, and software subsystems

7. Build and test robotic prototypes

8. Perform hardware bring-up and debugging

9. Develop communication interfaces between controllers and peripheral systems

10. Work with robotic arms, AGVs, AMRs, and industrial automation systems

11. Participate in prototype assembly, testing, and field trials

12. Document designs, schematics, drawings, firmware, and test resultsWho can apply:Only those candidates can apply who:are available for full time (in-office) internshipcan start the internship between 30th Sep'26 and 4th Nov'26are available for duration of 4 monthshave relevant skills and interests* Women wanting to start/restart their career can also apply.are Mechanical Engineering studentsStipend:INR₹ 10,000 /monthDeadline:[hidden]:59:59Other perks:Certificate, Letter of recommendation, Flexible work hours, Informal dress code, Free snacks & beveragesSkills required:AutoCAD, Python, Robotics, Raspberry Pi, Embedded Systems, Arduino, C Programming, C++ Programming, Internet of Things (IoT) and EAGLEOther Requirements:1. Arduino, AutoCAD, C++ programming, C programming, EAGLE, embedded systems, Internet of Things (IoT), Python, Raspberry Pi, and robotics2. Comfortable moving across disciplines (mechanical design, electronics, embedded systems, and software) and taking ownership of a problem from first concept to a working prototype3. Builds, not just studies: Willing to design, fabricate, assemble, wire, program, test, and troubleshoot real hardware4. Works across disciplines: Comfortable solving mechanical, electrical, and software problems interchangeably5. Can turn an idea into hardware: Able to go from concept to CAD model to circuit to PCB to firmware to software to integrated prototype6. Reads engineering documentation: Comfortable with datasheets, schematics, PCB layouts, mechanical drawings, specifications, and technical manuals7. Debugs relentlessly: Wants to find out why something doesn't work, not just replace the component or work around the problem8. Takes ownership: Investigates, designs a solution, builds it, and demonstrates that it works, even when given an open-ended problem rather than a defined taskAbout Company:From chips and yarn to fabrics and finished prints, we serve B2B requirements across a wide spectrum of industries. Empowered by 50 years of textile experience and decades of leadership in polyester yarn, we operate a comprehensive and technologically advanced textile ecosystem. Our specialised plants are equipped with state-of-art, German and Japanese engineering. ISO and OEKO-TEX certifications ensure compliance with global standards, while our eco-friendly practices are reinforced across the entire chain of in-house polymerisation to Fully Drawn Yarn (FDY), Partially Oriented Yarn (POY), Texturised Yarn, and Mother Yarn. Strategically located in Surat, Gujarat, with strong connectivity through road, rail, air, and sea routes, we are well-positioned to deliver cost-effective and dependable supply solutions to domestic and international markets.

Responsibilities

Selected intern's day-to-day responsibilities include:

1. Design mechanical components and assemblies using Siemens NX and AutoCAD

2. Design electronic circuits and PCBs using Altium Designer and EAGLE

3. Develop embedded firmware and hardware interfaces

4. Interface sensors, motors, encoders, and actuators

5. Develop robotics control software

6. Integrate mechanical, electrical, and software subsystems

7. Build and test robotic prototypes

8. Perform hardware bring-up and debugging

9. Develop communication interfaces between controllers and peripheral systems

10. Work with robotic arms, AGVs, AMRs, and industrial automation systems

11. Participate in prototype assembly, testing, and field trials

12. Document designs, schematics, drawings, firmware, and test results