Basic Space Systems Engineering Training by Tonex
This introductory course on Space Systems Engineering provides a foundational understanding of the principles and practices involved in the engineering of space systems. It is designed to offer a broad overview of the key concepts, methodologies, and tools used in the design, development, and operation of space missions and systems.
The course covers various aspects of space systems engineering, including systems design, integration, testing, and management. Participants will learn about the unique challenges of the space environment and how they impact the engineering process. The course is structured to provide a balance between theoretical knowledge and practical insights, preparing participants for further study or entry-level roles in the space industry.
Learning Objectives:
Upon completion of the course, participants will be able to:
- Understand the Fundamentals of Space Systems Engineering: Gain a solid grounding in the basic concepts and principles of space systems engineering.
- Comprehend the Space Environment: Learn about the unique characteristics and challenges of the space environment and their implications for space systems.
- Design and Development Process: Understand the processes involved in the design, development, and testing of space systems.
- Project and Systems Integration: Acquire knowledge on how to integrate various subsystems into a coherent and functional space system.
- Quality Assurance and Testing: Learn about the importance of quality assurance, reliability, and testing in the space systems engineering process.
- Risk Management and Problem Solving: Develop skills in identifying, analyzing, and managing risks associated with space systems engineering.
- Teamwork and Communication: Enhance teamwork and communication skills, essential for the collaborative environment of space systems engineering.
Intended Audience:
- Engineering Academics: Particularly those in aerospace, mechanical, electrical, and computer engineering programs.
- Early-Career Engineers: Professionals newly entering the space industry or transitioning from other engineering fields.
- Technical Professionals: Individuals in technical roles considering a shift to space systems projects.
- Space Enthusiasts: Hobbyists or educators seeking a structured understanding of space systems engineering.
Course Outline:
Module 1: Introduction to Space Systems Engineering
- Introduction to the Course and Space Systems
- Historical Milestones in Space Exploration
- Overview of Current Space Missions and Programs
- Fundamentals of Systems Engineering in Space
- Key Challenges in Space Systems Engineering
Module 2: The Space Environment
- Characteristics of the Space Environment
- Effects of Vacuum and Microgravity
- Radiation and Thermal Extremes
- Orbital Mechanics Basics
- Case Studies: Space Environment Challenges
Module 3: Systems Engineering Process
- Introduction to the Systems Engineering Process
- Requirements Analysis and Specification
- Conceptual Design and Trade-Off Analysis
- System Architecture and Design
- Functional Analysis and Allocation
Module 4: Spacecraft Subsystems
- Overview of Spacecraft Subsystems
- Propulsion Systems
- Power Systems
- Thermal Control Systems
- Structural and Mechanical Systems
Module 5: Communication and Data Handling
- Basics of Spacecraft Communication
- Antennas and Communication Links
- Data Handling Systems
- Onboard Computing and Software
- Ground Segment and Telemetry
Module 6: Attitude Determination and Control
- Fundamentals of Attitude Control
- Gyroscopes and Reaction Wheels
- Star Trackers and Sun Sensors
- Attitude Control Algorithms
- Simulation of Attitude Control
Module 7: Space Mission Design
- Introduction to Space Mission Design
- Types of Space Missions and Objectives
- Orbit Selection and Analysis
- Trajectory Planning
- Mission Life Cycle and Phases
Module 8: Quality Assurance and Reliability
- Importance of Quality Assurance in Space
- Reliability Engineering Principles
- Testing Methods and Simulation
- Failure Modes and Analysis
- Case Studies: Quality and Reliability in Space Missions
Module 9: Risk Management
- Principles of Risk Management
- Identifying and Assessing Risks
- Risk Mitigation Strategies
- Contingency Planning
- Risk Communication and Documentation
Module 10: Project Management in Space Systems
- Basics of Project Management in Space
- Resource Management and Budgeting
- Team Dynamics and Leadership
- Communication and Stakeholder Engagement
- Project Lifecycle and Milestones
Module 11: Current Trends and Future Technologies
- Innovations in Spacecraft Design
- New Propulsion Methods
- Miniaturization and CubeSats
- Artificial Intelligence in Space
- Future Challenges and Opportunities in Space Exploration
Module 12: Capstone Project
- Project Development and Implementation
- Project Review and Feedback
- Final Presentations and Course Wrap-Up