• Intended Level of Study

    6 years of higher education

  • Training Structure

    Polytech Montpellier

Overview

The University Diploma (DU) in Space Systems Development complements the existing program offerings with a six-year post-baccalaureate degree program aimed at engineers or Master’s degree holders who have already graduated from programs in fields such as electronics, computer science, materials science, or mechanical engineering (non-exhaustive list) and who wish to acquire the additional skills needed to meet the needs outlined above—particularly in the areas of systems, quality, and project management specific to the space sector.

 

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Objectives

The goal of the program is to enable students with a five-year post-secondary degree to train for careers in the space industry through a curriculum that covers the entire V-cycle, from mission analysis through assembly, integration, and testing. This scope sets the program apart from other typical master’s-level (BAC+6) programs, which generally focus primarily on roles in technical expertise and systems engineering. It aligns perfectly with the approach shared by POLYTECH and the IUT, which emphasize a balanced blend of knowledge and practical skills—a combination highly valued by employers in the industry.

 

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Organization

Program

Select a program

DE Space Systems Development

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  • Semester 1 of the DSS

    30 credits
    • Common Core Standards

      4 credits
      • English for the Space Industry

        1.6 credits
      • Space Law and Intellectual Property

        0.6 credits
      • Introduction to Space Systems

        0.6 credits
      • New Space, New Uses Challenge

        0.4 credits
      • Mathematical Tools for Spatial Sciences

        0.8 credits
    • Mission Analysis and Concurrent Engineering

      5.3 credits
      • Introduction to Operations

        0.7 credits
      • Orbitography, Space Mechanics, Tracking, and Ground Track

        1 credit
      • Payloads and Applications

        1 credit
      • Mission Analysis

        1.3 credits
      • Concurrent Engineering Tools

        1.3 credits
    • Archi Satellite System

      6 credits
      • Onboard Energy and Power System

        1 credit
      • Structures and Mechanisms

        1 credit
      • On-Board Data Handling

        1 credit
      • Thermal Control System

        1 credit
      • SCAO/Propulsion

        1 credit
      • Radio Communications and Ground Segment

        1 credit
    • Product Assurance / Quality

      4 credits
      • Interface, Launchers, Regulatory Requirements

        0.8 credits
      • Quality Management

        0.6 credits
      • Operational Safety

        0.4 credits
      • Space Project Management

        0.8 credits
      • Environmental Constraints

        1 credit
      • Metrology

        0.4 credits
    • Assembly, Integration, and Testing

      4 credits
      • Assembly and Integration

        0.6 credits
      • Functional and System Testing

        0.4 credits
      • Test Benches

        0.6 credits
      • Working in a Cleanroom (ASPEC Training)

        0.8 credits
      • Environmental Testing

        1 credit
      • AIT of an INISAT

        0.6 credits
    • Group Project

      6.7 credits
      • Project

        6.7 credits
  • Semester 2 of the DSS Program

    30 credits
    • Internship

      30 credits
      • Internship

        30 credits

Admission

Capacity

5 to 24 students

 

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