Overview
The introduction to Spacecraft Design (SCD) programme teaches spacecraft systems design methodology through hybrid blended theory and practical formats. All participants stand to gain the following:
✔ Hands-on experience in spacecraft system design and integration
✔ Practical skills in orbital mechanics, power systems, and attitude control
✔ Exposure to real-world space engineering tools and software
✔ Collaboration and problem-solving experience in a mission-based setting
✔ A competitive edge for aerospace careers and advanced studies
Class seats are limited - be sure to secure your spot early with us here.
(Use exclusive code "SCDxSGI" as part of the SG:Innovate community to save 60% off the course price and pay only SGD800* (R.T.P. 2154) for the full 5-day SCD programme).
The introduction to Spacecraft Design (SCD) programme is a course run by Space Faculty in partnership with US Air Force Academy's (USAFA) Professor Jordan Firth to bring forth spacecraft systems design and its methodology to Singapore's shores.
Embark on an immersive, hands-on journey into spacecraft systems design with our intensive week-long course. Designed for aspiring aerospace professionals and enthusiasts, this program will introduce participants to the fundamentals of space vehicle design, covering key engineering principles and practical applications.
Throughout the course, participants will engage in integrated labs, working in teams to develop, analyze, and integrate subsystems into a functioning Arduino-based spacecraft analogue. Each day will focus on a critical aspect of spacecraft engineering, culminating in a final integration exercise where teams will plan and execute a simulated space mission.
🗓️ Dates: 16th June to 20th June 2025
🕘 Time: 9AM – 5PM daily
📍 Venue: Singapore, Exact location to be released soon
👔 Attire: Smart Casual
🍽️ Daily Tea Breaks Included
You should join if you are:
✅ An Engineer / STEM professional
✅ A University student or a graduate (17+ recommended)
✅ A Space enthusiast or educator
✅ Anyone looking to explore a future in aerospace
By the end of this immersive programme, you’ll gain a strong foundation in spacecraft subsystem design, hands-on experience building and testing a microcontroller-based spacecraft analogue, and practical skills in data analysis, system integration, and mission simulation. You’ll also explore real-world challenges of space environments - like radiation, solar energy, and vacuum conditions - while working in teams to plan and execute a space mission. All this, guided by expert instruction from professor Dr. Jordan Firth of the United States Air Force Academy.
Class seats are limited - be sure to secure your spot early with us here.
(Use exclusive code "SCDxSGI" as part of the SG:Innovate community to save 60% off the course price and pay only SGD800* (R.T.P. 2154) for the full 5 day SCD programme).
Schedule
End Date: 20 Jun 2025, Friday
Every weekday from 16th to 20th June 2025 from 9.00am to 5.00pm.
Location: To be confirmed, TBCSpeakers
Speaker's Profile:
Jordan Firth, Assistant Professor, Lieutenant Colonel, United States Air Force Academy, US Space Force
Jordan Firth teaches Astronautical Engineering at the U.S. Air Force Academy, including introductory and intermediate courses in orbital dynamics and spacecraft systems, as well as undergraduate dynamics. He has led student teams developing in-house avionics for the Air Force Academy’s FalconSAT program, including reaction wheels and lithium-ion batteries. Jordan’s PhD research included design and zero-gravity of light test of an unpowered mechanism to control the deployment speed of rollable composite spacecraft booms.
Speaker's Profile:
Jamee Boyer, Captain, Research Fellow, USAFA, Purdue University
Capt Jamee Boyer is a USAF Developmental Engineer with diverse engineering experience, currently pursuing a Master of Science in Aeronautical and Astronautical Engineering at Purdue University. Capt Boyer began his career as a C-130 Crew Chief (2A5X1) before transitioning to Aircraft Maintenance Officer (21A3) and then Developmental Engineer (62E3H). He specialized in fighter and remotely piloted aircraft and then continued his 62E career by testing munitions and nuclear systems prior to accepting the Purdue Military Research Institute Fellowship.
