Mechanical Engineering Intern - Spacecraft

Galaxeye Space; Bengaluru; On-site; INR 167,000 - 279,000; Part time

Benefits offered by this job

Not specified

Job summary

Galaxeye Space is seeking a Mechanical Engineering Intern to support spacecraft design and analysis. You will work on structures, thermal engineering, and structural dynamics for spacecraft and payloads, performing calculations and learning simulation tools tailored to space systems.

You should have a solid grounding in mechanical engineering fundamentals and be eager to learn spacecraft-specific design practices and tools, including CAD and FEA, with hands-on experience in design simulations.

Qualifications

• Good grasp of core Mechanical Engineering subjects such as Mechanics, Strength of Materials, Machine Design, Heat Transfer, Thermodynamics, Structural Analysis, Mechanical Vibrations, Basic Dynamics, Material Science.

Responsibilities

• Support mechanical design and analysis of spacecraft structures and payloads.
• Perform basic structural calculations for stress, deflection, loads and factors of safety.
• Assist with finite-element modelling and structural simulations.
• Assist with thermal analysis of spacecraft components and assemblies.
• Work with conduction, radiation, thermal expansion, temperature gradients and thermo-structural analysis.
• Assist in structural dynamics activities such as modal analysis, natural frequency estimation, vibration analysis and launch load assessment.

Skills

Strong engineering fundamentals

Hands-on problem solving

Education

B.E./B.Tech in Mechanical/Aerospace/Aeronautical

Tools

Simcenter 3D

ANSYS

SolidWorks

NX

MATLAB

Python

Excel-based calculations

Job description

Job Summary

We are looking for a Mechanical Engineering Intern with strong engineering fundamentals and an interest in spacecraft design and analysis.

The intern will support mechanical engineering activities related to structures, thermal engineering, and structural dynamics for spacecraft and payload systems.

The role is suitable for someone who understands the basics well, can perform engineering calculations, and is willing to learn simulation tools and spacecraft-specific design practices.

Responsibilities

• Support mechanical design and analysis of spacecraft structures and payloads.
• Perform basic structural calculations for:
  • Stress
  • Deflection
  • Loads
  • Factors of safety
• Support finite-element modelling and structural simulations.
• Assist with thermal analysis of spacecraft components and assemblies.
• Understand and work with:
  • Conduction
  • Radiation
  • Thermal expansion
  • Temperature gradients
  • Support thermo-structural and thermo-elastic analysis.
• Assist with structural dynamics activities such as:
  • Modal analysis
  • Natural frequency estimation
  • Vibration analysis
  • Launch load assessment
• Work with materials commonly used in spacecraft, including:
  • Aluminium
  • Titanium
  • CFRP
  • Honeycomb sandwich structures
  • Support evaluation of joints, interfaces, bolts, adhesives, and mounting concepts.
• Perform hand calculations to verify simulation results.
• Assist in CAD preparation and simplification for analysis.
• Review simulation results and identify whether the results are physically reasonable.
• Prepare simple engineering reports and documentation.

Requirements

Good understanding of core Mechanical Engineering subjects:

• Engineering Mechanics
• Strength of Materials
• Machine Design
• Heat Transfer
• Thermodynamics
• Structural Analysis
• Mechanical Vibrations
• Basic Dynamics
• Material Science

Basic understanding of:

• Finite Element Analysis
• Thermal Analysis
• Structural Dynamics
• CAD modelling

Preferred Skills

• Simcenter 3D
• ANSYS
• SolidWorks
• NX
• MATLAB
• Python
• Excel-based engineering calculations

What We Are Looking For

• Has strong mechanical engineering fundamentals.
• Can understand the physics behind a problem instead of only using software.
• Can perform basic hand calculations before relying on simulation.
• Is comfortable working across structures, thermal, and dynamics.
• Is willing to learn spacecraft engineering and simulation tools.
• Can work with incomplete or early-stage CAD and progressively improve the analysis.
• Can interpret results and explain what they mean from an engineering point of view.
• Is curious, practical, and willing to solve different kinds of mechanical engineering problems.

Educational Background

B.E. / B.Tech students or recent graduates in:

• Mechanical Engineering
• Aerospace Engineering
• Aeronautical Engineering

Students with academic projects involving FEA, structural analysis, thermal analysis, vibrations, composites, or spacecraft systems will be preferred.

Location: Banglorenorth, Karnataka, India