Responsible for design, development, and optimization of manufacturing machines and systems at Norris Rods in Tulsa OK. Conduct research to refine existing designs to ensure mechanical systems meet stringent standards for safety, reliability, and efficiency. I collaborate closely with other engineers, maintenance, and machine operators to ensure the project is executed seamlessly within budget and schedule constraints.

Provide airflow support to various engineering teams with FlowEFDLead mechanical design for innovating electrification prototypes

Specialized in airflow and thermal analysis using Siemen's FlowEFD. Conducted simulations for different teams throughout the company and offered engineering insight to maximize airflow based on their product requirements

Developed parametrized axial fan design software package with integration in native CAD system (CATIA) saving company roughly $50,000 a yearSimulated fans extensively in Mentor Graphics FlowEFD for optimization specific to systemsCreated design guide for hand off the project engineers Prototyped handfuls (15+) innovative products and features ranging from lighting, batteries, leaf blowers, and storageMaintained FTM 3D printersManaged documents in PLM system PTC WindchillConducted and participated in market research for inspiration in prototype conception

Reorganized lab space to facilitate a better work flow efficiencyMet weekly with multiple senior design teams for prototyping advice and design decisionDesigned and constructed custom work spaces and lab fixtures.

* Worked directly with clients to establish and maintain a consistent exercise regimen. * Designed individualized programs based on the unique needs and goals of each client* Instituted strong business practices and marketing strategies to maintain longevity in the field* Gained a comprehensive understanding of the mechanics of the human anatomy

Developed prosthetic for high heels ranging from 0"-4". Spearheaded manufacturing efforts to make multiple iterations through the design-built-test tree. Coordinated with JHU IRB and female veterans to perform user testing with custom made prosthetic.Featured in multiple medical journals and major news publication companies.

Cycled through 3 main groups for tank design: New Tanks, Specialty tanks andrepairs, and Engineering standards.Used proprietary company software to optimize tank design given customer standardsUsed design and drawing programs such as Autocad, Inventor, MATHCAD, and FEAsoftwares such as COMPRESS, ANSYS & STAADRead and implimented a variety of codes including API 650, API 620, ASCE 2005, ASCE2010, NFPA, AWWA, ASME Section VIII, Div 1 and 2, Section II Part D, API 653

* Conducted high strain rate tests using Split Hopkinson Pressure Bar* Specialized in solid mechanics, primarily granular materials* Manufactured with EDM wire cutting machine (using G-code), Lathe, Mill and drill press* Acquired experience with optical microscope imaging and analysis with MATLAB on fragment size distribution

* Developed and edited company websites using HTML & CSS* Worked closely with data acquisition team to innovate digital organization methods* Organized computer hardware and archived information in Excel* Frequently communicated with executives and administration to improve company presence on social media