Pico-Satellite Training Kit HEPTA-Sat: Hands-on Practices for Space - - PowerPoint PPT Presentation

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Pico-Satellite Training Kit HEPTA-Sat: Hands-on Practices for Space - - PowerPoint PPT Presentation

Jan 16, 2023 269 likes •474 views

College of Science and Technology Pico-Satellite Training Kit HEPTA-Sat: Hands-on Practices for Space Engineering Masahiko Yamazaki(Nihon University) Pre-Symposium Hands-on Workshop at Stellenbosch University(Dec. 9-10) College of Science and

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Pico-Satellite Training Kit HEPTA-Sat: Hands-on Practices for Space Engineering

Masahiko Yamazaki(Nihon University)

College of Science and Technology

Pre-Symposium Hands-on Workshop at Stellenbosch University(Dec. 9-10)

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College of Science and Technology

Pre-Symposium Hands-on Workshop at Stellenbosch University(Dec. 9-10)

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Operation Manual

Sensor Board C&DH Board EPS & Comm. Board

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GPS 9-axis Flight Switch Antenna Thermal Sensor Memory MPU Release Switch

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1U CubeSat Training Kit

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 Satellite is possible to learn variety of elemental technologies  Mechanical engineering, electronic engineering and communication engineering and it’s system integration. (Multi-disciplinary)  To learn the space systems engineering, CubeSat development project based learning is a very effective training way. 6

1) Vibration and Shock 5) Thermal 4) High vacuum 3) Radiation 2) Mechanical, Electronic, Communication Eng.

Why CubeSat Training Kit?

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 Satellite is possible to learn variety of elemental technologies  Mechanical engineering, electronic engineering and communication engineering and it’s system integration. (Multi-disciplinary)  To learn the space systems engineering, CubeSat development project based learning is a very effective training way.  It is sometimes hard to gain knowledge or experience of the whole development process because the roles are divided into team members.

Why CubeSat Training Kit?

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 Composed of 6 function and 6 primary sub-systems.

Function Subsystem

HEPTA-Sat Kit

 You can learn how each subsystem functions and how to integrate subsystems into a satellite through experiencing the process of assembly, integration including programing & system implementation and test.

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Pin socket  Electrically connected through pin- sockets. Every board has same electrical interface. Spacer  Physically connected and fixed with spacer. Electrical Interface

HEPTA-Sat Kit

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 Effective and low-cost tool over a short amount of time by oneself or by team.  Almost all major equipment is removable and can be integrated repeatedly.  The textbook allows beginners to study the software, hardware, and ultra- small satellites efficiently and systematically on their own.  Users can design, manufacture and integrate their own circuit board to run an original mission. (User board)

HEPTA-Sat Kit

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Concept

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Training: “Understanding basic satellite system architecture & Experiencing the pico-satellite development process” Goal of Training: “Experiencing the development process of ultra-small satellites in a short time and acquiring the basic knowledge of space engineering”

HEPTA-Sat Training Program

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2MB_Flash_Memory (OBC) Micro SD (Memory) Serial (UART) I2C Camera SPI Accelerometer Gyroscope Magnetometer Transceiver GPS Transceiver Wireless communication PC USB Ground station GPS Satellites A/D converter EPS(Electrical Power Supply) Solar array Programming I/O Battery voltage check Mini- USB Pwm USER Port UART Switch Solar/DC Charger Flight Pin (F-SW-2) Battery Charge Management Controller Switch ON/OFF Flight Pin (F-SW-1) 3.3V converter 5.0V converter Release Detection Switch (R-SW) cs 5V 500mA Vout (3.3V) I/O Operational amplifier Thermal sensor Analog switch I/O

HEPTA-Sat Training Program

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HEPTA-Sat Training Program

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HEPTA-Sat Training Program

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HEPTA-Sat Training Program

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HEPTA-Sat Training Program

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Recent Activities

 A hands-on class of about one day to a week was held for domestic and

  • verseas Engineer, Researcher, University and High school students.
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 A hands-on class of about one day to a week was held for domestic and

  • verseas Engineer, Researcher, University and High school students.

 It held in Japan in September, Nepal in October, Bulgaria in November and South Africa in December 2017.

Recent Activities

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 A hands-on class of about one day to a week was held for domestic and

  • verseas Engineer, Researcher, University and High school students.

 It held in Japan in September, Nepal in October, Bulgaria in November and South Africa in December 2017.

Recent Activities

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Conclusion

Advanced satellite 1U CubeSat

 Benefits of a hands-on education based on small satellite are…  Experience the whole system construction. Create ideas out of nothing and integrate and accomplish the system to work correctly.  Learn time and cost management, how to deal with risks, and how to work in a team.  Be given feedback from the real world, not a desk study but a real experience through developing an actual spacecraft.  These learning experiences can create opportunities for in-depth study of the mission plan, specialized theory, design, development and experiment, also for students who wish to learn fields other than space.