Global Max LLC

Looking for passionate, team-oriented engineers to shape the future of space systems. Join us! 🚀✨ Email us today to learn more: recruiting@globalmax.llc 1. Requirement Systems Engineer: In this role, you will be responsible for defining, documenting, and managing the requirements for our space systems. You will work closely with our multidisciplinary teams to ensure that all aspects of the project align with the established requirements and critical mission needs. 2. VV&T Engineer (Verification, Validation, and Testing Engineer): As a VV&T Engineer, you will play a critical role in verifying and validating our space systems, ensuring they meet end-to-end satisfaction of interfaces and performance. You will develop and execute test plans, analyze test results, and collaborate with the broader team to drive continuous improvement and efficiency for faster system verification timelines. 3. Satellite Modeling and Simulation Specialist: As our Modeling and Simulation Specialist, you will develop and maintain sophisticated models that accurately represent our space systems. Your simulations will be integral to the design and optimization orbits, sensors, and many other system attributes. Your efforts will provide valuable insights to enhance overall performance and ensure system designs meet critical mission requirements. 4. Digital Engineering & MBSE SME: We are seeking Subject Matter Experts (SMEs) in Digital Engineering and Model-Based Systems Engineering (MBSE) to create descriptive models that help us visualize and comprehend the complexities of our space systems. Your expertise will be vital in ensuring seamless integration and efficient collaboration across teams. Lead the transformation of legacy system engineering process into modern methods of managing complex engineering baselines. 5. Network Engineering SME: As a Network Engineer, your role is of utmost importance in understanding IP networks, protocols, and evaluating Quality of Service (QoS) measures. Your expertise will be vital in establishing service agreements that will define the performance expectations, network reliability, and data transmission parameters required for successful mission operations. 6. Chief Engineer: Senior leadership role within our space program office responsible for overseeing and managing technical interfaces, technical trades, design maturation on the path to program design reviews, requirements maturation, and programmatic aspects. Requires exceptional technical expertise, leadership skills, and the ability to coordinate effectively with cross-functional teams.

🇺🇸 Happy July 4th from our team! As we celebrate Independence Day, we also bid farewell to the iconic Delta IV Heavy launch vehicle in 2024. A Brief History of the Delta Program: Origins: The Delta program began in the late 1950s, with the first Delta rocket launching in 1960. It was derived from the Thor intermediate-range ballistic missile, modified to serve as a space launch vehicle. Evolution: Over the decades, the Delta series saw numerous upgrades and variations, each improving its capability and reliability. Key milestones included the Delta II, which launched the majority of GPS satellites, and the Delta III, which introduced more powerful engines. Delta IV Development: In the late 1990s, the Delta IV family was developed as part of the Evolved Expendable Launch Vehicle (EELV) program. The Delta IV Heavy, the most powerful of the family, first launched in 2004. As we celebrate the Delta IV Heavy's final flights, we honor the legacy of the Delta program—a legacy of innovation and extraordinary contributions to space exploration and national security.

Global Max 📊 analysis of trends for record-setting Falcon 9 booster B1062 🚀, which has supported 22 flights as of this morning. Executing an average of 63 days and minimum of 22 days between launches. Servicing 15 Starlink launches, 2 GPS launches, and Inspiration4 (the world's first all-civilian mission). #EngineeringExcellence #SpaceTechnology #Falcon9 #SpaceX #AerospaceEngineering #RocketScience #LaunchSystems #InnovationInSpace #SatelliteTechnology #EngineeringJobs #JoinOurTeam #TechCareers #GlobalMax #SpaceMissions #Starlink #GPSSatellites #AerospaceCareers #HiringEngineers #EngineeringTalent

Global Max Tech Fund 🌐🚀 – Testing Our mobile Starlink Terminal in Northern Pennsylvania 🏞️ Historically known for its poor cell and internet service, Northern Pennsylvania presented a perfect test case. In just minutes ⏱️, we achieved 100 Mbps service 📶 with an average ~30 ms latency. This is just one example of how our tech fund investments empower our team to explore and learn from cutting-edge space technology 🌟.

On this day -- May 7, 1992, the space shuttle Endeavour (STS-49) was launched on its maiden voyage. It was the fifth and final operational shuttle built by NASA and completed a total of 25 missions before being retired in 2011. STS-49 was notable for its complex mission to retrieve the INTELSAT VI satellite, which had failed to reach its intended orbit. This included conducting the first-ever three-person spacewalk https://lnkd.in/eDXyMJTq

Congratulations to Zack for celebrating an anniversary with our team! Thanks for being such an instrumental part of Global Max. We are excited for all the great things ahead this next year!

Team lunch today at Ciao Osteria. Happy spring! 🌸 🌳

Beaming love your way this Valentine's Day, from our space nerds to yours!

Today, we celebrate the extraordinary journey of Eileen Collins, a true pioneer in space. On this historic day in 1995, Eileen made history by becoming the first female Space Shuttle pilot. 🚀 The Early Years of Excellence: Eileen Marie Collins, born on November 19, 1956, in Elmira, New York, displayed an early passion for aviation. Graduating from Corning Community College with an associate degree in mathematics and science, she went on to earn a bachelor's degree in mathematics and economics from Syracuse University. Eileen's academic prowess laid the foundation for her stellar career in the skies. 💫 The Trailblazing Ascent: Eileen joined the United States Air Force in 1978 and became a pilot, swiftly climbing the ranks. Her commitment to excellence led her to attend the U.S. Air Force Test Pilot School, where she graduated as the first female test pilot. This was just the beginning of her trailblazing journey. 🪐 A Stellar Career with NASA: Selected as an astronaut candidate by NASA in 1990, Eileen Collins demonstrated not only exceptional piloting skills but also a deep commitment to advancing space exploration. In 1995, she became the first female Space Shuttle pilot on the STS-63 mission aboard the Discovery spacecraft. 🌌 The Commander of Dreams: Eileen's groundbreaking achievements didn't stop there. In 1999, she made history once again, this time as the first female Space Shuttle commander on the STS-93 mission. Her stellar leadership skills and dedication to her craft solidified her as a symbol of inspiration for aspiring astronauts worldwide. https://lnkd.in/ee4wCzDC

🌐 On this day in 1958, Explorer 1 earned its stripes as the first American satellite, etching a pivotal moment in the chronicles of space exploration. This moment wasn't just a triumph; it was the beacon that illuminated the path for the United States to venture into the vast expanse beyond our planet. 🛰 Birth of the Space Age:  In the wake of the Soviet Union's successful launches of Sputnik 1 and 2, the United States was determined to assert its presence in the cosmos. Driven by a collective spirit of scientific curiosity and national pride, the Explorer 1 mission became the first opportunity for the U.S. to venture into the uncharted territories beyond Earth's atmosphere. 🚀 The Vanguard Setback:  Initially intended to be the first American satellite, the Vanguard TV3 suffered a publicized setback on December 6, 1957, when it failed to reach orbit. This setback only fueled the determination of American scientists and engineers to swiftly rebound with a successful satellite launch. 🌌 Discovering the Van Allen Belts:  Explorer 1's cosmic ray detector made a historic finding by revealing the existence of intense bands of radiation surrounding Earth, now famously known as the Van Allen radiation belts. This discovery revolutionized our understanding of Earth's magnetosphere and the interaction between charged particles and our planet's magnetic field. 🇺🇸 Legacy and Impact:  Explorer 1 not only kickstarted the U.S. space program but also paved the way for subsequent scientific missions. Its success laid the foundation for future space exploration endeavors and instilled a sense of confidence in the capabilities of American space science.