Description
Prerequisites
- Mathematics & Physics Foundations: Proficiency in algebra, trigonometry, and basic calculus; understanding of physics concepts including mechanics, electromagnetism, and wave propagation
- Basic Space Science Knowledge: Familiarity with orbital concepts (LEO, GEO, MEO), satellite types, and launch basics
- Engineering & Technical Literacy: Ability to interpret technical diagrams, block schematics, and system layouts; understanding of SI units and conversions relevant to aerospace and telecommunications
- Telecommunications Fundamentals: Awareness of basic RF concepts, frequency spectrum, and signal transmission principles; no advanced telecom background required, but a basic grounding is beneficial
- Analytical & Computing Skills: Competence in analysing technical data, using spreadsheets or simple modelling tools, and documenting engineering processes
Learning Objectives
By the end of this course, learners will be able to:
- Demonstrate a comprehensive understanding of satellite engineering principles, including history, types, components and subsystems
- Assess the commercial potential of satellite technologies and applications
- Apply satellite engineering knowledge to design, develop and test satellite systems
- Analyse and evaluate different satellite orbits, navigation systems, and communication technologies
- Understand the principles of satellite power systems, data management, and ground-based infrastructure
- Critically evaluate the latest advancements in satellite engineering and their impact on the industry
Course Overview
The Fundamentals of Satellite Engineering and Communications (MC3) course provides a comprehensive introduction to satellite systems, from their history and classifications to their design, launch, and operation. You will explore the key components of satellites, including payloads, power systems, and data management, while gaining an understanding of orbit configuration, navigation, and communication systems.
The course also examines link budgets, ground segment integration, and emerging technologies such as CubeSats, along with the growing commercialisation of space-based solutions. By the end, you will have a clear understanding of how satellite systems are designed, managed, and applied across a range of practical and industry contexts.
- Format: Instructor-led and Self-paced
- Total Duration: 35 hours
- Level: Beginners
What You’ll Learn
Topic 1: Fundamentals of Satellite Systems
- Introduction
- Types & Characteristics of Satellites
- Principles of Satellite Systems
- An Overview of Subsystems
Topic 2: Satellite Systems Engineering
- System Elements Satellite Architectures
- System Development
- Methodology
- Satellite Orbit Configurations
- Frequency Spectrum Allocations
- Basics of Microwave Link Engineering
- Overview of Decibel
- Propagation on the Earth- Space Link
- Microwave Transmitters and Receivers
Topic 3: Satellite Network Technology
- Satellite Network Features
- Point-to-point or Multipoint Networks
- Very Small Aperture Terminal Networks
- Earth Stations & Network Technology
- Earth Station Configuration
- Intermediate Frequency and Baseband Equipment
- Tail Links & Terrestrial Interface
Topic 4: Introduction to Spacecraft & Antennae
- What are Spacecrafts?
- Spacecraft Communications
- Exploring Spacecraft Antennae
- Repeaters: Analogue Bent-Pipe, Digital Processing
- Introduction to Spacecraft
- Exploration Antennae
- Horn & Reflector Antennae
- Antenna Patterns
- Direct Radiating Array Antennae
Topic 5: Basics of Launch Vehicles & Services
- Launch Vehicles, Technology & Systems
- Risk Management in Launch & Operation
Topic 6: Satellite Operations & Organisations
- Satellite Operations
- Satellite Organisations
- Satellite Control System
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:
- Aspiring satellite engineers and space professionals seeking foundational knowledge in satellite systems and communications
- STEM graduates and university students in engineering, physics, telecommunications, or computer science
- Industry professionals transitioning into the space or satellite communications sector
- Telecommunications and network specialists interested in applying their expertise to satellite-based systems
- Government and defence personnel involved in satellite programs, policy, or infrastructure development
- Space start-up founders or commercial operators aiming to understand the technical fundamentals of satellite design and deployment
- Educators and technical trainers looking to expand their knowledge of applied satellite engineering
- Enthusiasts and lifelong learners with a technical background who want to explore satellite technologies and trends
