Intern – Software Development and Testing

The Siemens interview process typically begins with a timed online aptitude test covering quantitative, logical reasoning and verbal ability. Successful candidates move to a technical interview where they are evaluated on programming (Python/MATLAB), data structures, control concepts, and problem‑solving approach. The final HR round assesses cultural fit, communication skills, and motivation. Preparation should focus on core engineering fundamentals, coding practice, and clear articulation of project experiences.

Siemens Energy fosters a collaborative and inclusive work environment where innovation is encouraged and employees are empowered to take ownership of their projects. The company offers structured learning programs, global exposure, and a healthy work‑life balance, making it an attractive place for fresh talent to grow.

Currently pursuing a B.Tech (3rd or 4th year) or M.Tech (1st year) in Control & Automation, Mechanical, Electrical, Electronics or a related engineering discipline. Minimum 60% aggregate (or CGPA 6.0/10) in the qualifying degree. No active backlogs at the time of joining. Candidates should have strong academic records and demonstrable interest in programming and control systems.

Round 1: Online Aptitude Test → Round 2: Technical Interview (programming, control concepts, tool design) → Round 3: HR Interview (fit, motivation, communication)

Siemens Gamesa Renewable Energy, now part of the Omterra family, is a global leader in wind turbine manufacturing and renewable power solutions. With a heritage that spans more than a century of engineering excellence, Siemens Energy combines cutting‑edge technology, deep industry expertise, and a commitment to sustainability to deliver reliable, affordable energy worldwide. The company’s wind business operates in more than 90 countries, designing, installing and servicing turbines that generate clean electricity for millions of homes. Its culture is built around innovation, diversity and a shared purpose of accelerating the energy transition. The internship role sits within the Loads and Controls Engineering Department of the Technology Business Unit. As an Intern – Software Development and Testing, you will work closely with senior engineers to develop, test, and document software tools that support controller validation, automated reporting, and data analysis for next‑generation wind turbines. The position offers hands‑on exposure to real‑world engineering challenges, collaborative problem‑solving, and the chance to contribute to products that have a direct impact on global carbon reduction goals. Key Responsibilities: 1. Design and implement MATLAB and Python functions for automated reporting and controller validation workflows. 2. Test and validate new and existing software tools to ensure reliability and performance. 3. Debug, optimise, and enhance tool functionality based on user feedback and project requirements. 4. Develop and maintain CI/CD pipelines using GitLab, Jenkins, and Artifactory for seamless software delivery. 5. Create and update technical documentation, user guides, and development notes in LaTeX. 6. Generate data‑analysis reports and technical presentations for engineering reviews. 7. Assist in preparing controller certification documents and compliance artefacts. 8. Collaborate with cross‑functional teams using agile tools such as Jira. 9. Participate in code reviews and adopt best practices for version control and testing. 10. Continuously learn and propose improvements to existing development processes. Tech Stack: MATLAB, Python, LaTeX, Git, GitLab/Jenkins, Artifactory, Jira, OOP concepts, software testing frameworks. Growth Path: Successful interns may be considered for full‑time roles in software development, control systems, or testing within Siemens Gamesa’s technology division, with opportunities to work on larger turbine projects, lead tool development, or move into system architecture roles. Why Join: You will be part of a world‑class engineering team tackling climate‑critical problems, gain exposure to industry‑leading tools, and develop a portfolio of projects that showcase your ability to deliver reliable software in a high‑impact domain. The internship also provides mentorship, a collaborative environment, and a clear pathway to a rewarding career in renewable energy technology.