Ellipsol is a new-age climate tech startup working on a patented solution that is designed to increase the generation of solar panels for developers. Ellipsol has been backed by industry leaders in the field of solar. The company has recently closed the seed round and is looking to build the core team for the development of the product and taking it to the market. The current position gives an opportunity to skilled engineers and developers to be part of the foundational team of Ellipsol.
Selected intern's day-to-day responsibilities include:
1. Develop CAD models of various subsystems of Ellipsol Solar Technology.
2. Assist the R&D division of the company in the field of computational fluid dynamics
3. Support pre-processing and post-processing for the simulation
4.Ability to work hands on and assist in problem solving on the field where our new version is being deployed
Who can apply:
1. Basic knowledge of industrial CAD software such as solidworks.
2. Skilled in parametric modeling in any CAD software
3. Skilled in creating CAD models from Excel sheet data
4. Should know how to simulate various structural and Fluid flow analyses on a given mechanical structures.
BONUS SKILLS:
1. Ability to comprehend complex mathematical equations
2. Ability to work on and solve unprecedented engineering problems
3. Knowledge about material application engineering
4. Excellent time management
5. Ability to communicate your point effectively to relevant stakeholders
6. Experience in managing a 4+ people technical team
Only those candidates can apply who:
1. are available for the part time job/internship
2. can start the part time job/internship between 19th Jul'24 and 23rd Aug'24
3. are available for duration of 2 months
4. have relevant skills and interests
* Women wanting to start/restart their career can also apply.
Ellipsol is a solar energy-focused company, building solutions to significantly improve the efficiency of existing and new solar power plants, our patented product is a solar cell technology agnostic solution that doubles the energy yield of a plant, by maximizing its capacity utilization.
