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Spacecraft Systems Course Seat

Home ProductsSpacecraft Systems Course Seat

£44.00

The objective of this course is to define two concepts. The first concept: Master spacecraft fundamentals: Understand the essential components and systems of spacecraft, laying the groundwork for advanced exploration. The second concept: Dive into advanced systems: Explore the intricacies of spacecraft attitude and orbital control, payload systems, and communication, power, and thermal systems.

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Description

Course Overview:
The objective of this course is to define two concepts. The first concept: Master spacecraft fundamentals: Understand the essential components and systems of spacecraft, laying the groundwork for advanced exploration. The second concept: Dive into advanced systems: Explore the intricacies of spacecraft attitude and orbital control, payload systems, and communication, power, and thermal systems.

Course Objective:
• Gain expertise in spacecraft attitude and orbital control, including rigid body dynamics, attitude determination, and control systems
• Explore various payload systems, such as scientific instruments, remote sensing technologies, communication equipment, and navigation systems
• Learn about communication, power, and thermal systems, covering telemetry, power generation and management, thermal regulation, and protection mechanisms
• Acquire practical knowledge through hands-on projects and real-world applications, preparing for a career in spacecraft engineering and space exploration

Course Content:
Lecture 1: Spacecraft Fundamentals – Dive into the basics of spacecrafts and their systems.
Lecture 2: Attitude and Orbital Control – This lecture covers the principles and techniques for determining and controlling the orientation and trajectory of spacecraft, including the use of sensors, actuators, and control algorithms.
Lecture 3: Payload Systems – This lecture explores the different types of spacecraft payloads, such as scientific instruments, remote sensing devices, communication systems, and navigation equipment, along with their design, integration, and data management.
Lecture 4: Communication, Power & Thermal Systems – This lecture discusses the critical systems required for spacecraft operations, including communication links, power generation and storage, and thermal control to ensure the spacecraft’s functionality and longevity in space.
Lecture 5: Q/A Lecture – To answer any questions you may have and assist you with any inquiries regarding the course topic.

Course Details:
• Course Schedule:
Lecture No.1: 11th of November – 4:00 Pm Uk Time
Lecture No.2: 22nd of November – 4:00 Pm Uk Time
Lecture No.3: 29th of November – 4:00 Pm Uk Time
Lecture No.4: 6th of December – 4:00 Pm Uk Time
Lecture Q/A: TBD

• Recorded Sessions & Course materials:
We will have recorded sessions for those who can’t attend the live lectures at the time and hold a live Q&A at the end to answer any questions you might have.

A course handbook will be shared at the end of the course containing all the taught topics with resources.

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