Max Fuller Email & Phone Number

Cape Canaveral, Fl, Us

Littleton, Co, Us

Centennial, Co, Us

- Perform dynamic response analysis of ULA Launch Systems, including boosters, upper stages, secondary structures, engines and motors, payload accommodations, and spacecraft across all three rocket families: Vulcan, Atlas V, and Delta IV. - Define design loads, accelerations, and displacements to establish design requirements and works with structural analysts to verify designs. - Complete dynamic analysis, utilizing mathematical modeling with finite element and component mode synthesis methods, transient, frequency, and random response analysis, and dynamic model correlation and validation. - Collaborated with cross-functional teams to develop and implement strategies for enhancing launch vehicle reusability. - Develop, document, and maintain processes, methods, and software tools to accomplish assignments. - Participated in brainstorming sessions and technical discussions to generate innovative ideas for reducing costs and increasing efficiency in launch operations. - Contributed to the design and testing of new technologies and systems to support the Smart Reuse Program objectives. - Provided technical expertise and support during the integration and testing phases of reusable rocket components. - Prepared comprehensive reports and presentations to communicate project status, findings, and recommendations to stakeholders.

Lakewood, Colorado, Us

Responsibilities: - Developed engineering solutions for fluid dynamics, statics, dynamics, and thermal challenges, applying a comprehensive understanding of engineering principles and processes.- Utilized advanced drafting and modeling techniques to create detailed designs and models, ensuring accuracy and adherence to project requirements.Project Highlights:Acid Gas Injection and Sour Gas Treating: - Contributed with the proposal, and engineering of a new $45 million-dollar acid gas injection and treatment plant. - Supported systems engineering processes, management plan, major milestone reviews and other deliverables.Geothermal Brine Clarifiers: - Contributed with the engineering and construction of a $50 million-dollar geothermal brine clarifier addition to an existing plant. - Solved practical thermodynamic, fluid dynamic, and heat transfer challenges when developing models of systems and equipment. Cryogenic Processing Plants: - Created cost estimates ranging from $3-5 million dollars and assisted with the engineering and procurement of three cryogenic processing plants. - Reviewed process flow diagrams, piping and instrumentation diagrams, and engineering drawings. Lithium Borates Plant: - Conducted a feasibility report and produced a cost estimate and bid package for the engineering of a $220 million dollar project. - Collaborated with suppliers, subject matter experts and stakeholders to develop design and maintain multidiscipline projects with proposal development and model-based engineering activities.

Jacksonville, Florida, Us

Space Based Wireless Power Transmission:Utilized Thermal Desktop and Matlab to complete a feasibility study and augment the research and analysis of power transmission in space to extra-terrestrial applications. Focused on various laser and photovoltaic cell combinations for different use cases and lead the development of a satellite simulation in Thermal Desktop to predict thermal loading in different orbit configurations. As Scrum Master I ensured that the product goals and scope are clearly defined and reviewed periodically. Decision maker regarding the planning and backlog of work for each two-week sprint cycle.