Technical Manager for ISO/IEC 17025:2017 Calibration Laboratory. Oversee operations within the laboratory for the issuance of calibration certificates for balances and mass standards.

Oversees the entire Schuler Scientific product portfolio which features instrumentation for precision weighing, moisture content analysis, and electro-chemistry. Main duties involve working directly with business partners under a private label capacity to provide top of the line products, documentation, and support for their system lineup. Tasks include installation of systems, technical writing, business growth development, technical support, and providing training to sales representatives.

•Work with researchers in university, government, hospital, and the private sector in obtaining and utilizing the proper experimental setup for their application. •Research applications include cardiovascular, neurophysiology, electrophysiology, exercise physiology, musculoskeletal, pharmacology, respiratory physiology, psychophysiology, and engineering. •Organize and conduct events on technical concepts to aid in the understanding of offered systems, experimental setup, and analysis techniques. •Frequent review of scientific journals to remain up to date on latest experimental techniques. •Daily duties include follow up on sales inquiries, answering technical support questions, aid in data analysis and optimization, and continual development of product and scientific knowledge.

•Involved in regular testing and technical operations at the research facility under the direction of Dr. Bradley Davidson.•Involved in a balance study investigating asymmetry of stability limits in patients with total knee anthroplasty.

• Worked within main office performing tasks such as filing papers, making deliveries around campus, creating spreadsheets, and helping organize departmental events.• Organized and advertised engineering department events

• A head basketball referee for the men's competitive and men's intermediate intramural leagues

Worked with post-doc researcher, Chadd Clary, on paper for tibiofemoral contact patterns of knee by creating and analyzing 3-D models made from kinematics obtained from cadaver knees placed into deep knee bend.

• Worked as a farmhand on family farm. • Performed tasks such as: baling hay, building fence, driving tractor, driving combine for wheat harvest, and working cattle.