Engineering Intern (Mechanical / Mechatronics)

About the Company - Renu Medtech Pvt. Ltd.

Renu Medtech aims to democratize advanced diabetes care in India and other low/middle-income countries using deep tech and affordable medical devices. With over 140 million diabetics in India, existing treatments like insulin injections are painful and risky, while better options like insulin infusion pumps and continuous glucose monitors (CGMs) remain prohibitively expensive. The company plans to disrupt this market by developing an India-made insulin pump and CGM at one-tenth the current cost. 

Job Description

• Device Prototyping & Mechanical Research
  • Prototype electro-mechanical subsystems and support component design.
  • Perform mechanism validation, tolerance checks, and assembly evaluation.
  • Assess mechanical components, MEMS elements, and micro-mechanisms.
• Mechatronics Integration
  • Work with sensors, MEMS, mechanical subsystems, and compact electronics.
  • Conduct mechanical–electronic integration testing and basic debugging
  • Support wiring, soldering, and PCB mounting for interfacing.
• Lab-Based Experimental Work
  • Perform component testing, micro-mechanism evaluation, and endurance studies.
  • Run stress/strain tests, follow protocols, and maintain documentation.
  • Assist with fixture setup, calibration, and test-rig development.
• Component & Technology Benchmarking
  • Benchmark mechanical components, MEMS, actuators, sensors, and assemblies.
  • Compare performance, cost, size, and durability for wearable use.
  • Research emerging miniaturized mechanical systems and MEMS technologies.
• Collaboration With Cross-Functional Teams
  • Work with electronics, firmware, and industrial design teams.
  • Provide mechanical inputs in design reviews and prototype iterations.
  • Participate in brainstorming and product improvement sessions.

Qualifications

• Final-year Mechanical/Manufacturing Engineering student with a Mechatronics minor (preferred).
• Hands-on experience with mechanical components, micro-mechanisms, and MEMS-based systems.
• Understanding of electronics, sensors, and basic embedded concepts. Basic familiarity with PCB circuits, soldering, wiring, and breadboard setups (only as required for integration).
• Experience in testing small mechanical assemblies and performing structured experiments.
• Familiarity with CAD tools (SolidWorks or Fusion 360) is an added advantage.
• Comfort with rigorous, repetitive, and precision-heavy lab work.
• Problem-solving attitude with the ability to troubleshoot mechanical–electronic interactions.
• High discipline in maintaining lab notes, test logs, and experimental documentation.

What You Can Expect (Learning Outcomes)

• End-to-End Exposure: Experience the full journey of building a biomedical device—from
  concept to prototype.
• Hands-On Experience: Work directly with mechanical systems, MEMS components, sensors,
  and micro-mechanisms.
• Deep Technical Learning: Develop skills in mechanical design, MEMS, actuation principles,
  testing, and lab experimentation.
• Cross-Functional Collaboration: Work alongside engineering, electronics, firmware, and
  product teams in a real startup environment.
• Career Growth: Learn from experienced biomedical engineers and contribute to impactful
  Diabetes-focused medtech innovations.
• Stipend: Stipend will be as per industry standards, and we follow a five-day work week.

Detailed JD here

How to Apply

Interested candidates can send their resume and portfolio to careers@renumedtech.com 

Please note, this is an onsite role based out of our office in Pune

Our Company is an equal-opportunity employer and does not discriminate against any employee or applicant based on age, color, disability, gender, national origin, race, religion, sexual orientation or parental status.