Dayton, Ohio, United States
- Modeling the energy deposition in the laser powder bed fusion and directed energy deposition processes using simulation software; utilizing process knowledge to improve additive manufacturing process parameters. - Modeling gas flow for the laser powder bed fusion and directed energy deposition processes using OpenFOAM. - Designing and supporting deposition trials, which involves part design, process parameter optimization, optics alignment and calibration, and troubleshooting hardware and software issues. - Performing post-processing on samples, including density testing, optical microscopy, and CT scan analysis. - Developing process control methodologies, related data analytics tools, and related hardware-software interfaces. - Writing technical progress reports, final project reports, technical presentations, and process manuals. - Maintaining positive customer relations by regularly leading progress reviews with project sponsors. - Training new employees and industry partners on simulation software.
Developed leadership, communication, and interpersonal skills by serving library patrons, providing research assistance, supervising shifts, and training and evaluating student assistants.
Developed communication and detail-oriented skills by grading for The Engineering Profession, Dynamics, and Electrical Machines, and tutoring for Chemistry for Engineers, Digital Logic Design, and Electrical Machines.
Developed project management and communication skills by working with owner and contractors on projects involving industrial equipment such as chillers, pumps, and water treatment systems.
Served others through work projects and developed public speaking skills by leading several Bible studies