Cameron Rosén Email & Phone Number

Denver, CO, US

Denver Metropolitan Area

• Understand the voice of the customer and continually inject that vision into the product development effort.
• Develop conceptual designs and work plans for new product development, including estimation of resources required.
• Perform top-level architectural design and preliminary analysis/sizing of spaceflight electromechanical hardware.
• Act as the primary interface between mechanical and electrical engineering teams
• Analyze and define product functional requirements, subsystem requirements, including mechanical, electronic, embedded systems and software, etc.
• Own product functional and validation requirements

• Providing key experience in Systems Engineering: implemented standardized product breakdown structures, requirements hierarchies, and technology readiness assessments across 7+ projects.
• Leading Business Development, and Bid and Proposal efforts: Led four $10M+ proposals. Implemented standard costing templates, proposal technical assessments, and schedules. Key player in proposal writing, customer.
• Managed and submitted the company’s largest proposal to-date: $100M+, commercial space station-class arm.
• Collaborate on new technology development and technical road mapping including new technology prototyping and IRAD prioritization.
• Project Engineer for NASA’s LUnA project, led key decision analysis and technology pivot for underactuated arm brake system to meet cost, schedule, and performance needs of the project.
• Experienced in Project Instantiation, and Process Improvement efforts.

Westminster, Colorado, United States

• Providing key experience in Systems Engineering: implemented standardized product breakdown structures, requirements hierarchies, and technology readiness assessments across 7+ projects.
• Leading Business Development, and Bid and Proposal efforts: Led four $10M+ proposals. Implemented standard costing templates, proposal technical assessments, and schedules. Key player in proposal writing, customer.
• Managed and submitted the company’s largest proposal to-date: $100M+, commercial space station-class arm.
• Collaborate on new technology development and technical road mapping including new technology prototyping and IRAD prioritization.
• Project Engineer for NASA’s LUnA project, led key decision analysis and technology pivot for underactuated arm brake system to meet cost, schedule, and performance needs of the project.
• Experienced in Project Instantiation, and Process Improvement efforts.

Westminster, Colorado, United States

• Lead Project Engineer for DIU/M4SS. Successfully executed rapid 5-month demonstration phase under budget using novel technologies.
• Lead Mechatronics Engineer for a state-of-the-art zero-gravity robotic offloader system for SPIDER project.
• Experienced in robotic architecture design, simulation, and test across flagship programs including: RSGS, OSAM-1, AGS.
• Demonstrated agile problem solving and execution in spaceflight, and R&D environments.
• Well-versed in actuator control, system identification, and tuning.
• Developed and implemented custom interface hardware for motor control electrical interfacing, used across multiple projects.

Westminster, CO

• Experienced in designing robotic arms for space applications.
• Perform a wide variety of tasks ranging from proposal writing and vendor interfacing, to LabVIEW programming and hardware testing.
• Designed, prototyped, and tested a variety of robotic applications including gimbal systems and serial-link robotic manipulators. Interfaced with customers including MIT-LL, GSFC, and JPL.
• Developed and implemented a compact avionics enclosure for an antenna gimbal system with small size constraints as part of IKARIS.

Boulder, CO

• Experienced in designing robotic arms for space applications.
• Perform a wide variety of tasks ranging from proposal writing and vendor interfacing, to LabVIEW programming and hardware testing.
• Designed, prototyped, and tested a variety of robotic applications including gimbal systems and serial-link robotic manipulators. Interfaced with customers including MIT-LL, GSFC, and JPL.
• Developed and implemented a compact avionics enclosure for an antenna gimbal system with small size constraints as part of IKARIS.

• Developed novel spacecraft architectures and antenna reflector deployments.
• Worked directly with business development and program offices to formulate and deliver new business proposals, illustrating strong work ethic against short timelines.

• Cognizant Engineer leading subsystem design, packaging, deployed and stowed configurations, and integration for Asiasat-6 and others.
• Managed design and integration of RF waveguides to spacecraft busses – including new C-band sizing.
• Experienced in requirements, schedule, and personnel management, including both junior and experienced engineers.
• Identified need for and initiated young professionals group, with sponsorship of senior leadership.

• Use Computer-Aided Design to design Spacecraft Waveguides, optimizing for assembly and manufacturability to spaceflight standards.

• Implemented and directed a team of students to maintain quality control standards for concrete and asphalt.
• Assessed, quantified, and analyzed pavement conditions throughout the university through field research and computer analysis.
• Experienced working in office and field environments, team leadership, and small scale project management.

• Maintained campus grounds. Experienced with all facets of departmental operations and activities. Demonstrated excellent time management and flexibility.

• Responsible for setting up new patients and organizing medical data. Worked very well in a challenging, diverse, and fast-paced team environment.

Master Of Science - Ms, Mechatronics, Robotics, And Automation Engineering

Activities and Societies: Teaching Assistant, Graduate Research• Teaching Assistant for Electrical and Mechanical Engineering departments.

B.S, Mechanical Engineering

• B.S. degree awarded May 2010 • GPA: 3.67/4.0

High School Diploma