Description
Prerequisites
- High-School Level STEM Proficiency: Competence in basic algebra, geometry, and introductory calculus; understanding of high-school level physics, chemistry, and general science concepts
- Foundational Computer Literacy: Ability to operate a computer for research and basic technical tasks, including use of office software, internet research, and simple graphing or simulation tools
- Analytical & Problem-Solving Skills: Capability to interpret charts, data tables, and simple equations, and to approach technical problems methodically
- Interest in Space Applications: Curiosity about space science, engineering, and technology, with a willingness to explore topics across multiple STEM disciplines
Learning Objectives
By the end of this course, learners will be able to:
- Apply physics and mathematics to understand the Universe’s history, properties, and orbital mechanics.
- Recognize different electromagnetic spectrum bands and their applications in astronomical imaging.
- Identify Solar System features, extraterrestrial habitability indicators, and space hazards with mitigation strategies.
- Understand the physical principles of rocket launches and the conditions spacecraft encounter in space.
- Become familiar with modern rocket technologies, satellite components, and spacecraft design considerations.
- Compare different orbit types and evaluate their advantages and disadvantages.
- Learn about major milestones and recent advancements in space exploration technology.
- Explore how computers and specialized software are used in space science and missions.
- Understand communication processes between Earth and spacecraft.
- Identify innovations making space more accessible and advancing exploration capabilities.
Course Overview
The STEM for Space Professionals and Careers (MC5) course provides a foundational understanding of science, technology, engineering, and mathematics principles essential for current and emerging roles in the global space industry. It introduces the core STEM disciplines in the context of space science and engineering, offering both a broad overview and detailed insight into how these subjects are applied in real-world space programs.
You will develop the knowledge to understand how different STEM areas connect within the space sector, helping you place your current expertise in context or identify new areas for specialisation. This course is designed to strengthen your technical foundation and prepare you to engage with the diverse opportunities of the international space industry.
- Format: Instructor-led and Self-paced
- Total Duration: 45 hours
- Level: Beginners
What You’ll Learn
Topic 1: Our Place in the Universe
- Cosmology/ Physics of the Universe
- Elements of the Universe
- Physics of Celestial Bodies
- Differential Geometry
Topic 2: Our Place in the Solar System
- Orbital Mechanics
- Extraterrestrial Elements
- Astrogeology of Mars and the Moon
- Mining in Space
- Conics
Topic 3: Astrobiology- are we alone?
- Search for Extraterrestrial Life
- Biosignatures
- Statistics and Probabilities
Topic 4: Observing the Universe
- Introduction to Imaging
- History of Telescopes
- Remote Sensing
- The Electromagnetic Spectrum
- Redshift
- Filtering and Editing
- Trigonometry
Topic 5: Space Exploration
- History of Life from Earth in Space
- Current Experiments
- History of Spaceflight
- Future of Human Spaceflight
- Space Suits
- Command Modules
- Dangers of Spaceflight
- Calculus
Topic 6: Rocketry & Propulsion
- Chemistry of Rocket Propulsion
- History of Rocketry
- Rocketry Today
- Rocketry Principles
- Case Study: SpaceX
- Calculus
- Algebra
Topic 7: Space Hardware
- Physics of Spaceflight
- Physics of Spacecraft
- Earth Orbit Conditions
- Space Conditions
- Rovers & Geology
- Modern & Future Spacecraft
Topic 8: Computing
- Introduction to Computing
- Computing in Spacecraft Design
- Computers in Spaceflight
Topic 9: Satellites
- Key Components
- Operation
- Uses
- Future Satellites
Topic 10: Space Communication
- User End Points
- Frequency and Modulation
- Tracking Telemetry & Command
- Communication Technology
Topic 11: Robotics & Automation
- Introduction to Robotics
- Introduction to Automation
- Robotics in Past Space Missions
- The Future of Space Automation
Topic 12: Improving Access to Space
- Commercialisation of Space Travel
- Reducing Costs of Space Travel
- Space Elevator
Course Delivery
- Hybrid delivery model – part instructor-led, part online delivery
- Competency-based assessment
- Mapped to active space programs and missions
- Accredited courses delivered by space industry professionals
Who Is This Course For
This course is designed for:
- Students and recent graduates in science, technology, engineering, or mathematics disciplines considering a future in the space industry
- Aspiring space professionals seeking a strong foundation in the STEM principles that support space science and engineering
- Career changers and early-career professionals aiming to pivot into space-related roles with an understanding of core technical concepts
- Educators and curriculum designers in STEM fields who want to incorporate space applications into their teaching
- Space enthusiasts interested in how physics, engineering, and computing apply to real-world space missions
- Technical support staff and operators in space-related organisations looking to contextualise their work through STEM fundamentals
- Young professionals and interns in space agencies or aerospace firms needing a broad overview of the technologies and principles behind space systems
