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Eric Shear
M.Sc Space Scientist & Engineer ~ R&D
Professional Background
Eric Shear is an accomplished entrepreneurial space researcher who thrives on creating innovative solutions to technology challenges, particularly in the realm of space exploration and life support systems. His dynamic background encompasses various roles that exemplify his expertise in product development, space engineering, planetary science, and technology commercialization. With a passion for collaboration, Eric has established multi-disciplinary partnerships that bring together industry, government, and academic institutions to drive advancements in space life support prototype development and testing.
Throughout his career, Eric has demonstrated a strong commitment to scientific inquiry and technology advancement. As a published author, he has contributed two articles in peer-reviewed journals and presented his findings at four esteemed international meetings, showcasing his dedication to sharing knowledge and ideas within the scientific community. His technical versatility is underscored by proficiency in software tools such as MATLAB, Python, and STK, complemented by his adeptness with the Microsoft Office Suite.
Based in Tacoma, Washington, Eric is open to consulting on remote projects, further maximizing his reach and collaborative potential in the ever-evolving landscape of space research and technology.
Education and Achievements
Eric Shear's educational pathway reflects his deep commitment to understanding the complexities of space and engineering sciences. He holds multiple advanced degrees:
- Master of Engineering (MEng) in Chemical Engineering from the University of Florida Herbert Wertheim College of Engineering.
- Master of Science (MS) in Earth and Space Science from York University’s Lassonde School of Engineering.
- Bachelor’s Degree in Physics and Astronomy, specializing in Space Science, also from York University.
- Associate’s Degree in Mechanical Engineering from Tacoma Community College.
These degrees have provided Eric with a robust foundation in both the theoretical and practical aspects of engineering and space sciences, enabling him to spearhead innovative projects and research efforts.
Notable experiences include his role as a Patent Research Intern at UF Innovate - Tech Licensing, where he further refined his knowledge in technology commercialization and intellectual property. Eric's former positions, including a graduate research assistant at the Lassonde School of Engineering and as a propulsion and trajectory engineer at Alpha CubeSat, highlight his hands-on experience and leadership capabilities in complex engineering environments. Additionally, as team lead for the NASA Reduced Gravity Student Flight Opportunities Program, he effectively managed and inspired teams to achieve high-stakes goals.
Eric's diverse experiences also include service as a Deaf Mentor at the Florida School for the Deaf and the Blind, showcasing his commitment to mentorship and community engagement.
Achievements
Eric Shear’s professional journey is marked by several noteworthy accomplishments that reflect his passion for innovation and collaboration in space research. His ability to facilitate partnerships across disciplines has accelerated the development of vital space life support technologies, an essential element for future space exploration missions. Through these collaborations, Eric has helped to bridge the gap between academic research and practical application, ensuring that groundbreaking ideas can transition into viable solutions.
Eric's contributions to the academic community through his publications and presentations at international conferences affirm his role as a thought leader in his field. His expertise in product development, combined with his educational background, has empowered him to contribute to significant advancements in space mission design and technology assessment. By embracing emerging technologies, Eric is at the forefront of developing systems that will support human life in space, making significant contributions to the future of space exploration.
Eric’s hands-on approach and his ability to lead initiatives within multi-functional teams have not only enhanced his personal career but also profoundly impacted the broader field of aerospace engineering. His willingness to share his knowledge and insights further strengthens the networks within the scientific community, fostering growth and learning across various sectors engaged in space research.
In conclusion, Eric Shear exemplifies the values of innovation, collaboration, and a profound commitment to advancing human understanding through space exploration. His passion for addressing complex technological challenges in the aerospace sector positions him as a pivotal figure in the overarching narrative of humanity's journey into the cosmos.
