Description
Prerequisites
- Foundational STEM Knowledge: High school–level mathematics (including algebra, geometry, and basic trigonometry) and physics concepts such as forces, motion, energy, and gravity
- Analytical Skills: Ability to approach problem-solving with confidence and interpret data or technical information effectively
- Interest in Space or Related Fields: Genuine curiosity about space science, engineering, or policy; previous STEM or industry experience is advantageous but not essential
Learning Objectives
By the end of this course, learners will be able to:
- Understand key concepts of Rocket Engineering, Propulsion and Launch Systems
- Explain the fundamentals of Astronautics and Aerospace Engineering
- Analyze Typical Space Applications, Technologies and Security Concepts
- Compare and contrast different technical approaches to support Space projects
- Apply Space Concepts to current Space programs and mission
- Understand basic orbit and system parameters that drive mission scope
- Gain fundamental knowledge of STEM and Space science
- Define and describe important space science terms and concepts
- Apply Space Concepts to current Space programs and mission
- Understand basic orbit and system parameters that drive mission scope
- Comprehend space mission Capabilities, Trade-offs and Limitations
- Explain how and why space is used to provide capabilities on Earth
Course Overview
Space Fundamentals for Professionals (MC1) course provides a comprehensive introduction to the core principles of space science, technology, and industry, tailored for professionals entering or working alongside the space sector. It covers the essential elements of space science and engineering, beginning with the history of space exploration and the scientific principles that underpin successful space missions.
You will explore key technological aspects, including rocketry, satellites, and communication networks, gaining insight into how these systems function in real-world missions. You will then delve into the operational side of space missions and be introduced to specialised areas such as space law and space medicine, which are becoming increasingly relevant as space activities expand.
The course equips you with a solid foundation of knowledge to understand and engage with the evolving landscape of the space industry.
- Format: Instructor-led and Self-paced
- Total Duration: 44 hours
- Level: Beginners
What You’ll Learn
Topic 1: History & Importance of Space
- History of Space Exploration
- Why Space Matters
- Space Missions
- International Space Station
- Key Space Agencies
Topic 2: STEM for Space
- Intro STEM for Space Professionals
- STEM Modules & Streams
- Space Science Terms and Concepts
- Math for Space/ Use Cases
- Physics for Space/ Use Cases
- Space Systems Engineering
Topic 3: Basics of Satellite Engineering
- Basics of Satellite Engineering
- Intro to Satellites
- Types & Characteristics of Satellites
- Intro to GNSS/ Sat Nav
- Intro to Satellite Network & Comms
- Describing & Using Orbits
- Orbit Design
- Orbit Manoeuvring
- Ascent and Re-entry
Topic 4: Orbital Mechanics
- Intro to Orbital Mechanics
- Understanding Orbits
- Orbits & Trajectories
- The Space Environment
Topic 5: Planetary Science
- Introduction
- Earth & Solar System
- Locations of interest
- Crewed & Robotic
- Exploration
Topic 6: Space Applications
- Earth Observation
- Remote Sensing
- Broadcast Services
- PNT
- Defence & Manufacturing
Topic 7: Space Technology
- Intro Space Systems & Tech
- Payload & Spacecraft Design
- Satellites
- Rovers, Robots, Robotics
- Power & Sensors
- Space Stations
- Space Suits
- Deep Space Technology
- Earth-Based Tech: Computing, Ground Systems, Monitoring, Tracking, Response
- Digital Twins
- Data Platforms
Topic 8: Rocket Engineering, Propulsion & Launch Systems
- Principles of Rocket Engineering
- Types of Rocket Fuels
- Propulsion Technology
- Launchers, OLVs
- Space Shuttle Anatomy
- Astronautics/ Aerospace Engineering
Topic 9: Network & Communications
- Satellite Networks
- Inter/ Intra Satellite Networks
- Payload Connectivity
- Ground Segment Connectivity
- User Terminals/ Endpoints GPS/End Stations/ Devices
- Frequency Band/ Link Modulation
- TTC
- Networks & Security
Topic 10: Space & Airborne Systems
- Orbit Communication Systems
- Tracking & Telemetry Systems
- Airborne Radars/ AESA/ Processors
- Sensors – EO/IR
- Event-based Sensors
- Military & Defence Applications
Topic 11: Space Missions & Operations
- Mission Support Framework & Planning
- Intro to Mission Project Management
- Missions Support & Operations
- Supply Chain/ Logistics
Topic 12: Space Situational Awareness
- Define SSA
- Satellite Tracking Methods
- LEO & Debris Management
- Orbital Collision Prevention
- Security & Military
Topic 13: Securing Space Systems
- Cybersecurity Framework for Space
- Securing Missions
- Key Threat Vectors
- Securing Satellite
- Communications & Data
- Hacking a Modern Satellite
Topic 14: Space Economy
- Australian & Global Space Industry
- Space Applications & Use Cases
- Space Taxonomy
- Global Space Programs
Topic 15: Space Law
- Intro to Space Law
- Space Policy & Governance
- Legal Frameworks & Alliances
- International Treaties
- Space Law Jurisdictions
Topic 16: Space Medicine
- Z-Gravity Effects on Human Body
- UV/ Radiation Risks
- Decompression
- Loss of Balance, Fatigue
- Cancer in Space
- Risk of Alzheimer’s Disease
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:
- Professionals entering or transitioning into the space sector
- Policy makers and government staff involved in national space initiatives
- Defence personnel seeking foundational knowledge in space science
- Engineers and technologists aiming to broaden their understanding of space systems
- STEM educators and communicators interested in space science outreach
- Students or graduates from engineering, physics, computer science, and related fields who want applied space fundamentals
