During my tenure at Virginia Tech, I gained experience in circuit design, prototypingmeasures, and testing procedures using programs such as LabView, AutoCAD, LTspice,PCLab2000LT, et al. I founded the 2Loud at Virginia Tech Car Audio design team, where wedesigned and built vehicles for Sound Pressure Level competitions. My main rolls as ProjectManager included, but were not limited to, event planning, speaker enclosure design, circuitdesign, implementation, and competition execution.While in college, I work Part-time at the Fastenal Company, where I was responsible for servicing and growing several industrial accounts. Upon completing college, I accepted a full time role at the Fastenal Company in Lynchburg, Virginia. My role as Sales Support was to optimize and organize the warehouse to allow room for growth. In September 2018, I accepted the position of Onsite Account Representative for Tri Tech Laboratories, where I would be managing the supply chain and inventory levels of the facility with over 1000 employees. In addition to optimizing the sites inventory, I was also responsible for growing the business between the site and Fastenal through product sourcing and vendor relations while showing cost savings and increased efficiencies. I interned with dB Designs 160 LLC while attending college, where I was responsible formanaging design layouts and wiring electrical components of large scale custom car audiobuilds. I continued part time in 2018, and accepted a full time position in 2020. In this fast pacedand physical demanding environment, I successfully managed several long term projects whiledelegating and overseeing several members of the team to ensure optimized project flow. Inaddition, I executed methods of continuous improvement to our manufacturing processes withthe use, modification, and optimization of automated systems.In 2019, I founded SolerTuned LLC, a custom led lighting company that utilizes in housedesigned, prototyped, and assembled microcontrollers for sound reactive animations. I built andoptimized several iterations of controllers with the use of breadboards and through-hole PCBs.Following this, I created custom coding for the end user’s individual application. Furthermore, Idesigned and fabricated the enclosures using 3D CAD design and 3D printers. To complete theuser’s experience, I wrote the literature and supporting manuals of operation for each kitproduced.