
Introduction of the NanoSatellite Engineering Professionals Certification lessons
Explore nano satellite structures and CubeSat standards—1U, 2U, and 3U frames with defined dimensions and mass limits—and how off-the-shelf components, solar power, GPS, and magnetometers enable atmospheric data in near-space.
Explore nano satellite component technologies, including the onboard computer, microcontrollers, FPGA, sensors, antennas, solar sails and cells, and radiation-hardened options for robust power, telemetry, and data handling.
Explore satellite ground station networks and data challenges, including secure data sharing, two-way communication, open data policies, and global traffic management to prevent collisions and enable efficient operations.
An overview of nano-satellite power and telecommunications, focusing on photovoltaic battery systems, sunlit and eclipse energy management, power regulation typologies, peak power tracking, and basic uplink–downlink concepts.
Explore launch opportunities and deployment options for nano satellites, including piggyback and cargo launches across various orbits, and navigate essential regulations and policy considerations.
NEP Chapter Tutoring Videos- Nanosatellite Engineering Professional Certificate: NEP is the world’s first and only program of curriculum developed by engineering professionals from the KSF Space Foundation that is targeted for universities, startup companies and all of the space industry worldwide to enlighten engineers, teachers and students on construction and development of your very own Nanosatellite. The program will provide essential information on the process from mission development and design all the way to launch and policy regulations.
With three major components that are:
-How to employ nanosats/ (Building a mission)
-How to develop a nanosat/ (Design and build the system)
-How to operate a nanosat/ (Operation, end of life, standards)