MultiPlanet University

Apply by April 15th for Scholarship to 2 Day Workshop, Satellite Eng 🛰️ Course

Every Dream of Sending something into Space❓

🚀 Join us as we launch several Satellite Missions FY26-27 with our Team and Build Your Own Cubesat in this 2-Day Workshop (SBE 527), May 16-18th

🙏🏽Register and Save with only a $35 Registration Fee (Limited Time Offer) and Tuition Discount Voucher (Cubesat2026) Thanks to our Sponsor/Partners.

🚀Apply by April for Scholarship with 🔗 BIO

https://www.mp-university.net/sbe527

We had an excellent ASCENDx 2026 discussing with NASA, JSC, and CLDs leading space industry.

Inspiring to meet such well accomplished leaders at NASA JSC, VAST, Axiom, Starlab, Sierra Space, IM, Texas Space Commission(TSC), and more.

As we support upcoming missions, we Look forward to discussing more with Colleagues at JSC EHP, FOD, EA, MCC, centres. And Special thank you to everyone at AIAA !

Join us at the Aerospace Networking Social at AIAA ASCENDx 🚀🛰️Houston Thursday, Feb 26th at
Chelsea Wine Bar, Houston TX.

We look forward to participating at AIAA ASCENDx 2026 alongside exhibitors NASA, JSC, SpaceX, Blue, Axiom, and many others to Advance Space Science and Exploration.

Join us during MPU Seminar series with Lecture on Electric Propulsion, RCS Flight Software with Kole Lutz, Faculty, MPU to discuss R&D Project AIT, developed during Flight Software Engineering Ops (FSEO526) Course.

We were glad to participate at NASA core Flight System (cFS) Symposium 2026 alongside hundreds of leading researchers and engineers.

cFS26 will be an important part of Flight z software Engineering (FSEO) Course going forward with dozens of leading lecturers and to help realize near term planetary science space mission.

Hosted at LMI HQ, huge thanks to GSFC Software team and many speakers on important work to support many deep space/PSD missions (I.e Orion,Gateway, DAVINCI, Artemis), we’re up to speed with NASA Flight software standards, from MOOG, APL, to FSW, PCB Microprocessors.L, and

Orion developed by Lockheed with 4 fuel tanks set 2000lites for power, water, air and electricity over 10day Lunar Flyby est >7,400km surface 🌗currently

Half vehicle is occupied by fuel tanks, avionics, life support equipment. tanks each contain about 2000 litres of propellant with oxidizer and fuel.Oxidizer (MON-3): ~10,670 pounds (4.84 tons) Fuel (MMH): ~6,245 pounds (2.83 tons)The two sets of tanks are connected by intricate pipelines to 33 engines. Sensors and computers control the system.

Join us during monthly Seminar to explore Propulsion, Reaction Controls, & Software with Mr. Samudra Haque, MSc, Sr Principal Computer Engineer from Northrop Grumman online 11am ET this Saturday, Jan 17th.

We’re glad to present at AIAA SciTech26 on Space Physics R&D and Aerodynamic Ground Tests, IMUs in High Fluxes & Space Environments

After 18mo+ of R&D, we’re publishing 2 studies with Atmosphere and Space Environments Il session to help advance , systems and Life in Earth and beyond.

Join us during Planetary Science Summit (PSS) 5pm ET Thurs Jan 8 with colleagues in industry,NASA, government to advance R&D,Missions,and discussions.

➡️Register 🔗 in Bio

Join us for next MPU Seminar with Andrew Tidwell, Principal Computer Systems Engineer at Northrop, on ECLSS Life Support Software.

Seminar Lecturer from Andrew Tidwell with Northrop Grumman explores ECLSS Software, Software Design and Interface Control and applied to Lunar Gateway HALO Habitation Logistics Module.

Chinese astronauts 👩🏽‍🚀successfully synthesized Oxygen and Rocket Fuel with Artificial Photosynthesis In Orbit.

While Chinese 🇨🇳 researchers explores extraterrestrial artificial photosynthesis back in 2015, seeing it work in orbit is a milestone on Tiangong space station.

This is a crucial improvement because it slashes the massive energy demands usually associated with high-temperature or high-pressure chemical synthesis as the ISS uses a third of its energy reserved for ECLISS & Oxygen production.

By tweaking the catalyst, researchers can produce other valuable compounds, such as methane or formic acid, which could serve as precursors for fuels or even sugars.

Process demonstrated control over gas and liquid flows in microgravity, a difficult feat for future space-based manufacturing.