Nanosatellite Workshop - Mission Analysis and Design
NSA #11
Online and Live
Workshop
22
Jul 2021
-
Nanosatellite Workshop - Mission Analysis and Design
Mission Analysis & Design
GMT +1 - Lisbon, Portugal
Spaceway recognizes two things: Software Engineers are experiencing a huge demand and the space sector is booming. For that reason we developed a tailored online course to help you reach high levels of knowledge, get the answers to the market needs and succeed.
What Software Engineering is all about?
Software engineering is the process of designing, creating, testing, and maintaining software. It involves the application of engineering principles to the development of software, and includes the use of methodologies, tools, and best practices to ensure the quality and reliability of the software. The goal of software engineering is to create software that is efficient, effective, and easy to maintain, and that meets the needs of its users.
What's the role of a Software Engineering in the space industry?
In the space industry, software engineers play a crucial role in the design, development, and maintenance of the software systems that control and operate spacecraft, as well as the ground systems that support them. This includes software for flight control systems, guidance and navigation systems, telemetry and communications systems, and data processing systems.Software engineers in the space industry may also be involved in the development of software for mission planning, simulations, and data analysis. They may also be responsible for ensuring that the software is designed and implemented in accordance with relevant standards and regulations, such as those related to safety and reliability.Additionally, software engineers in the space industry need to work closely with other team members, such as hardware engineers, systems engineers, and scientists, to ensure that the software systems are integrated and working properly with other systems and subsystems.In summary, software engineers in the space industry play a vital role in the design, development, and maintenance of the software systems that control and operate spacecraft, and support them on the ground to accomplish the mission goals.
Why enroll in this course?
This course is extremely beneficial for those interested in learning about the unique challenges and opportunities that arise when designing and building software and data systems for use in space. Additionally, it provides an opportunity to gain hands-on experience with relevant tools and technologies used in the market, get live contact with a Senior Software Engineer ready to help you and guide you throughout the journey and benefit from a final Diploma that can be used to either get a job in this field or move forward in your career.
This is a no-brainer opportunity considering it's cheap price compared to the offered value.
Change the course of your professional life. Enroll now.
Total investment
€
€
Class limitation:
30
Course hours:
Minimum registrations:
10
What you'll get
The Workshop will function as follows:
- Introduction to Mission Analysis & Design, 45 min
The students will receive insight into the primary inputs to the design of a Space Mission, as well as the specific aspects regarding Mission Analysis, with special emphasis on the processes and the Concept of Operations.
- Introduction to Systems Engineering, 45 min
The students will learn about the most common Subsystems (such as TTC, Payload, OBC, EPS, ADCS) of Small Satellites. Students will be in contact with the Standards, Interfaces, Buses, and Protocols that are most common in Small Satellite missions.
- Hands-on! Nanosat Mission, 2h
The students will need to design and analyze a mission concept provided by the lecturer and identify requirements, constraints, as well as propose design solutions for their own Mission Concept identifying payload and subsystems to accomplish their Mission Objectives. Students will be put in a competitive environment, meaning that they will work collaboratively in teams to solve a challenge and compete for the best mission concept. They will need to be innovative, simple, and agile. Also, the students may be introduced to the KitSat platform and get their hands-on a CubeSat educational satellite.
Summary
The Workshop will function as follows:
- Introduction to Mission Analysis & Design, 45 min
The students will receive insight into the primary inputs to the design of a Space Mission, as well as the specific aspects regarding Mission Analysis, with special emphasis on the processes and the Concept of Operations.
- Introduction to Systems Engineering, 45 min
The students will learn about the most common Subsystems (such as TTC, Payload, OBC, EPS, ADCS) of Small Satellites. Students will be in contact with the Standards, Interfaces, Buses, and Protocols that are most common in Small Satellite missions.
- Hands-on! Nanosat Mission, 2h
The students will need to design and analyze a mission concept provided by the lecturer and identify requirements, constraints, as well as propose design solutions for their own Mission Concept identifying payload and subsystems to accomplish their Mission Objectives. Students will be put in a competitive environment, meaning that they will work collaboratively in teams to solve a challenge and compete for the best mission concept. They will need to be innovative, simple, and agile. Also, the students may be introduced to the KitSat platform and get their hands-on a CubeSat educational satellite.
Schedule (GMT +1)
7/22/2021 11:00
13:00
Introduction to Systems Engineering
The students will need to design and analyze a mission concept provided by the lecturer and identify requirements, constraints, as well as propose design solutions for their own Mission Concept identifying payload and subsystems to accomplish their Mission Objectives. Students will be put in a competitive environment, meaning that they will work collaboratively in teams to solve a challenge and compete for the best mission concept. They will need to be innovative, simple, and agile. Also, the students may be introduced to the KitSat platform and get their hands-on a CubeSat educational satellite.
7/22/2021 9:45
10:30
Introduction to Systems Engineering
The students will learn about the most common Subsystems (such as TTC, Payload, OBC, EPS, ADCS) of Small Satellites. Students will be in contact with the Standards, Interfaces, Buses, and Protocols that are most common in Small Satellite missions.
7/22/2021 9:00
9:45
Introduction to Mission Analysis & Design
The students will receive insight into the primary inputs to the design of a Space Mission, as well as the specific aspects regarding Mission Analysis, with special emphasis on the processes and the Concept of Operations.