Bryan Marsh Email & Phone Number

Denver, Co, Us

Seattle, Washington, United States

Leading the team to design and build an autonomous high throughput testing system to accelerate materials development and reduce cost of qualifying additively manufactured parts.3D Printing MetalMachine AutomationMachine LearningMaterials TestingArtificial IntelligenceIndustry 4.0

Frederica, Delaware, United States

Providing Engineering support for NASA's EMU Space Suit for astronauts working on the International Space Station.

Mechanical testing, fixture design, project management, process optimization. • Work with a variety of materials including additively manufactured metals, novel shape memory alloy compositions, and thermoplastic based composites for use in recyclable wind turbine blades.• Facilitator for a variety of graduate student research and contract projects.• Materials analysis and specimen preparation for testing to industry standards. • Managed a large characterization project with Big Metal Additive to identify mechanical behavior of finished printed parts and for process improvement.• Synchronize testing with heating/cooling/imaging systems using custom-built hardware modules.

Golden, Co

• Mechanical testing.• X-ray microscopy. • Metrology.• Test design.• Graduate research support.

Fremont, Ca

Project included research in material mechanics and analysis methods for implantable NiTi devices. The behavior of NiTi after shape setting heat treatments was the topic of interest. Methods and tasks included heat treating methods, DSC analysis, test fixture design/fabrication, results organization and presentation

Denver, Colorado, United States

From creating custom furniture and railings using Computer Aided Design software to hand made artistic glass installations, I had the opportunity to learn about a very broad spectrum of materials and manufacturing methods while managing projects for a small business.

Responsibility included assistive technology training for students, video captioning, scanning and converting books to digital format, and assisting students with computer software use.

Bachelor'S Degree, Mechanical Engineering, 3.14 Gpa

Activities and Societies: Phi Theta Kappa. Founder, President of the Assistive Technology and Adaptive Equipment club. Core courses plus.

Pre-Engineering Transfer Curriculum, Mechanical Engineering, 3.79 Gpa

Activities and Societies: Member of Phi Theta Kappa honor society, member of RRCC Engineering Club. Completed 94.5 credit hours.