Intern – Systems Engineering

Candidates typically face a timed online aptitude test followed by a technical interview that dives deep into FEA methodology, MATLAB/Simulink projects and Python scripting. The HR round evaluates communication skills, teamwork attitude and willingness for field assignments. Preparing with real‑world case studies and clear articulation of past projects greatly improves success chances.

Nextpower promotes a research‑driven environment where engineers are encouraged to experiment and iterate quickly. The company offers a balanced work‑life schedule, flexible timings for interns, and regular knowledge‑sharing sessions that foster continuous learning.

Master’s Degree or Ph.D. in Structural, Mechanical, or Applied Physics Engineering; minimum 60% academic record; no active backlogs; batch year 2024‑2026; strong fundamentals in mechanics, dynamics and material science; proficiency in SolidWorks, ANSYS, MATLAB/Simulink and Python; willingness to travel for 3‑6 months of field testing.

Round 1: Online aptitude & technical screening → Round 2: Technical interview focusing on FEA, MATLAB/Python and mechanical concepts → Round 3: HR interview assessing communication, motivation and field‑work readiness

Nextpower is a fast‑growing renewable‑energy technology firm that designs and manufactures utility‑scale solar tracker solutions for power plants across India and abroad. With a strong focus on research and development, the company blends mechanical engineering, applied physics and advanced simulation to create high‑efficiency tracking systems that maximise solar capture. The organization prides itself on a collaborative culture where engineers, scientists and product teams work side‑by‑side to push the boundaries of clean‑energy technology. The Systems Engineering Internship offers postgraduate students a rare chance to dive deep into real‑world R&D projects. Interns will be embedded within the tracker‑design team and will contribute to the entire product lifecycle – from conceptual load calculations to field‑testing of prototype units. This role is ideal for candidates who enjoy hands‑on mechanical analysis, love building simulation models, and are eager to see their designs validated on actual solar farms. **Key Responsibilities** 1. Perform mechanical and structural analysis of tracker components using ANSYS FEA. 2. Conduct load calculations (static, dynamic, wind) and develop boundary‑condition models. 3. Build and validate simulation models in MATLAB/Simulink for system‑level behavior. 4. Automate repetitive engineering calculations with Python scripts. 5. Create detailed 3‑D models and assemblies in SolidWorks. 6. Assist in design optimisation studies to reduce weight while maintaining strength. 7. Participate in failure‑mode analysis, documenting root‑cause findings. 8. Support field‑testing activities for 3‑6 months, including data collection and on‑site troubleshooting. 9. Prepare technical reports and presentations for cross‑functional teams. 10. Collaborate with electrical, manufacturing and testing engineers to ensure holistic system integration. **Tech Stack**: SolidWorks, ANSYS (FEA), MATLAB, Simulink, Python, OpenSees (advantage), MS Office for documentation. **Growth Path**: Successful interns may be offered a full‑time Systems Engineer role, with opportunities to lead larger R&D projects, specialize in advanced simulation, or transition into product management within the renewable‑energy domain. **Why Join Nextpower?** The internship provides exposure to cutting‑edge solar‑tracker technology, mentorship from senior engineers, and the chance to work on projects that directly impact India’s clean‑energy transition. The blend of office‑based design work and hands‑on field experience makes it a uniquely comprehensive learning opportunity.