About the internship
Selected intern's day-to-day responsibilities include:
1. Carry out detailed mechanical design work including simulation and design verification testing, documentation as required
2. Design and develop subsystems using cad software's
3. Update designs based on simulation and test results
4. Undertake rigorous testing to improve the product for its performance, efficiency, safety, and convenience
5. Create and maintain engineering documentation relating to product specification, design, development, prototyping, testing, verification, and validation
6. Actively participate in manufacturing and assembling process
6. assist in assembly and field testing
7. Coordinate and work closely with vendors for manufacturing, sourcing components and material according to the project requirements
8. Independently manage manufacturing with vendors of the materials depending on the product requirement (viz., CNC/VMC cutting, Laserjet cutting, Waterjet cutting, etc.)
Skill(s) required
Autodesk Fusion 360
Engineering Drawing
Rapid Prototyping
SolidWorks
Earn certifications in these skills
Who can apply
Only those candidates can apply who:
1. are available for full time (in-office) internship
2. can start the internship between 16th Oct'24 and 20th Nov'24
3. are available for duration of 3 months
4. are from or open to relocate to Pune and neighboring cities
5. have relevant skills and interests
Other requirements
Performing candidates can expect extension/job offer based on the domain and role
Perks
Certificate
Informal dress code
Additional information
Note: We recommend watching a few youtube videos and read-up a few articles on the internet relating to robotics before applying.
Number of openings
3
About Kanan Park Technologies LLP
Kanan Park Technologies is an early-stage agritech venture focused on developing robotic solutions for the farming industry. We are currently working on products like AMR's and robotic mechanisms which involve R&D in fields like mechatronics, embedded systems, control and power systems and robotic end effectors.