Opportunity brief
KaleidEO, a subsidiary of SatSure, is an upstream leader in Earth Observation, building a full-stack company from India. As an analytics-first payload innovator, we specialize in building next-generation, high-resolution, multispectral payloads with edge computing and wide coverage capabilities. Rooted in SatSure's legacy of building applications across sectors like Utilities, Agriculture, Aviation, BFSI, and Climate Action, KaleidEO also provides end-to-end EO solutions—from payload development and launch to mission operations and data analytics.
We are looking for a Mechanical Engineering Intern to support the design, configuration analysis and documentation of structures and ground support systems. This role is ideal for a student or recent graduate who is curious about precision mechanical design and analysis of space systems and wants hands-on exposure to real engineering workflows used in satellite payload development. You will work closely with mechanical and systems engineers and gain experience across design, analysis, documentation, and reviews.
Responsibilities
- Assist in mechanical design and detailing of satellite payload structures, optical mounts, enclosures, electronic packages, and Mechanical Ground Support Equipment (MGSE).
- Support CAD modeling and drawings for parts and assemblies.
- Assist in the documentation of configurations and analysis results.
- Help with optical support structure and testing concepts.
- Assist in documentation:- Design notes
- Analysis summaries
- Test and review support material (PDR/DDR level)
- Collaborate with cross-functional teams (optics, electronics, systems).
Qualifications
- Currently pursuing or recently completed a Bachelor's or Master's degree in Mechanical Engineering / Aerospace Engineering.
- Strong fundamentals in:- Engineering mechanics
- Strength of materials
- Basic structural analysis
Preferred Skills
- Exposure to CAD and FEA tools (NX Simcenter or HyperMesh).
- Interest in or coursework related to:- Space systems
- Opto-mechanical design
- Precision structures
- Basic understanding of:- Modal behavior
- Vibration environments
- Thermal effects on structures
- Familiarity with Python or MATLAB for basic analysis or post-processing.
- Prior academic or hobby projects related to satellites, robotics, optics, or mechanisms.
- Basic understanding of Finite Element Method (FEM) concepts.
- Comfortable with engineering drawings and dimensions.
- Willingness to learn, ask questions, and iterate.
What's in it for you:
- Hands-on experience with real satellite hardware design workflows.
- Exposure to opto-mechanical engineering challenges (alignment, stiffness vs flexibility, thermal effects).
- Understanding of space qualification environments (launch loads, vibration, thermal).
- Mentorship from experienced engineers.
- Opportunity to contribute meaningfully to an active engineering program.
Who Should Apply
- This role is well-suited for someone who:
- Enjoys problem-solving and structured engineering thinking
- Is curious about how optical performance and mechanical design interact
- Wants exposure to space hardware development, even if they're still learning the tools
Selection Process
Resume shortlisting Technical interview
Additional Details
Duration: 3-6 months