Thomas Beimrohr Email & Phone Number

Louisville, Ky, Us

Huntsville, Alabama, United States

BE-4

Huntsville, Alabama, United States

BE-4

West Lafayette, Indiana, United States

•Oversaw and organized over 30 undergraduates and worked closely with Zucrow faculty towards the development of a student researched and developed two stage sounding solid rocket that is designed to go past the Kármán line of 100 km•Programmed MATLAB scripts that utilized NASA CEA to create a propulsion sizing algorithm which paired with an atmospheric model to obtain time history data to model the expected vehicle flight•Modeled the internal ballistics of a solid rocket in MATLAB which utilizes spatial increments to find chamber pressure and temperature as a function of time based on the grain geometry, chamber dimensions, and propellant characteristics•Utilized compressible flow theory to model expansion waves in the aft section of a converging diverging nozzle in MATLAB to generate a bell nozzle contour which provides uniform exit conditions

El Segundo, California, United States

•Developed MATLAB scripts to process a Thermal Desktop model of a satellites operational, bake out, survival conditions that interfaced both raw data and Excel VBA to allow for quick conclusions and rapid decision making•Conducted qualification tests for Next Generation OPIR in a TVAC chamber to ensure functionality in survival and operational conditions that will help replace prior early detection satellites for missile defense and space superiority

Greenville, Indiana, United States

•Designed a subsystem for FabLab, an in-orbit titanium, ceramic, and electronic additive manufacturing device, that controlled the environmental pressure and composition of a furnace used to sinter printed parts that involved inline components to control mass flow rates and pressures from vacuum to 4000 psi•Developed Orbital Replacement Unit’s (ORU’s) for a modular approach to manufacturing in space that contained valves, pumps, and bubble traps with the intent to minimize ISS crew maintenance time and integrate with the existing hardware•Fabricated a chiller that replicated NASA’s Moderate Temperature Loop (MTL) aboard the ISS to study thermal stresses and pressure drops through qualification hardware in verification tests

West Lafayette, Indiana, United States

•Utilized microscopy to find internal stresses surrounding fiber matrix interfaces within thermoplastic composite materials under Dr. Jan-Anders Mansson•Analyzed delamination between composite material matrix interfaces using a CT scan to identify internal deformation and voids with the aid of VGSTUDIO MAX that resulted in a better empirical relation for failure modes of composites

Greenville, Indiana

•Devised a system to standardize and streamline production of a fluid system that included a highly precise flow rates to prevent instabilities in the study of oncology research on the International Space Station•Computed and optimized convection flows using rapid prototyping to control humidity and circulate gas through vital areas within a modular on-orbit manufacturing of medical recombinant therapeutic drugs

Greenville, Indiana

•Independently designed and developed a solution for kinking fluid systems onboard the International Space Station for a project studying radiational influence of multi-generational cellular growth for long term effects of living in space•Oversaw the early developmental stages for a breakthrough technology of an in-orbit additive manufacturing titanium printer that followed and NASA's SSP 57000S design specifications among many

Charlestown, Indiana, United States

• Followed commercial grade valves throughout their dedication processes to becoming nuclear grade valves under ASME NQA-1-2004 requirements• Produced Certified Material Test Reports (CMTR) by performing these nondestructive tests: Hydrostatic Shell & Seat Leak, Magnetic Particle, Liquid Penetrant, Radiographic, Fourier Transform, Optical Emission Spectrometry, & Rockwell Hardness

Jeffersonville, Indiana, United States

• Surveyed different plots of land in the field using GPS imagery marking• Utilized AutoCAD software to place property boundaries with respect to easements and the property deed on the Northhaven Subdivision project that included over 25 lots

Gulf Shores, Alabama, United States

Summer job only (May - August)•Engaged customers to assist in a deep-sea fishing experience, built relationships to create a fun charter and educate on the fishing process•Cleaned and maintained fishing boat in order to provide rapid turn around and general satisfaction from customers•Performed actions such as throwing a cast net to gather bait before trips, studying knot theory to provide accurate selections, and filleting in a timely fashion after a trip

Master Of Science - Ms, Aerospace, Aeronautical And Astronautical Engineering

Bachelor Of Science - Bs, Aerospace, Aeronautical And Astronautical Engineering

Education record