- Design broadcast and theatrical lighting systems for large spaces including sanctuaries, gymnasiums, houses of worship, wedding venues, and other commercial projects- Use AutoCAD to create AVL infrastructure plans and system wiring diagrams for contractors, clients, and install teams- Use Visio to create wiring diagrams, rack elevations, video wall layouts, and other system illustrations- Design and submit custom wall plate and floor pocket panel layouts to meet client specifications- Draft conduit riser diagrams, IP address lists, DMX address charts, wire pull charts, panel schedules, and other related documentation- Participate in onsite walkthroughs and use virtual 3D Matterport software to find potential AVL solutions for clients- Support Sales Engineers with designing AVL systems for clients by referring to proposals, site visit notes,and construction drawings

- Support project engineers with designing AV systems for clients by referring to proposals, site visit notes, and construction drawings- Design AV system layouts and wiring diagrams while building and maintaining blocks for the CAD library- Use AutoCAD to create floor plans and other technical drawings of residential and commercial projects- Use WireCAD to create wire diagrams that illustrate equipment location and cable connections- Draft rack elevations, create power schedules, and publish other related installation documentation- Participate in onsite walkthroughs to find potential AV solutions for clients- Work with other engineers and technicians to update previous drawings through redlines and revisions

- Maintain products and organization within the store- Stock the store with products as needed- Unload and reload trucks with products- Interact with customers to ensure satisfaction- Strive to maintain a clean and safe work environment- Collaborate with other employees to accomplish tasks more efficiently

- Made decisions to design and build a unique human powered vehicle to compete in ASME's annual Human Powered Vehicle Challenge- Followed certain rules and regulations presented by ASME to be successful in the building stages- Responsible for safety analysis and aeroshell material for the vehicle- Presented conceptual design to ASME sponsors and developed a corresponding technical report- Assist with manufacturing process of the build- Collaborate efficiently and effectively with teammates to ensure deadlines are met- Work with sponsors and advisers to agree upon design decisions- Will compete in four unique competitions: speed race, endurance race, design challenge, and innovation challenge

- Researched various model materials to choose most effective and efficient material- Designed model based on the Sundial Bridge and modeled the design in SolidWorks- Performed stress testing and force analysis for model structure to estimate values for the real bridge- Presented project design, assembly, and testing process and results at the 2015 IDEAS Showcase

- Designed body of model boat with restrictions on cost and materials- Mitigated flotation challenges through extensive testing and design adjustments- Wrote technical paper on design and assembly process, materials cost analysis, and competition results- Received 3rd place overall in model boat race

- Collaborated with team in design of propulsion system for model Mars Rover project- Assisted with the planning and execution of the assembly process after purchasing materials- Wrote technical paper on design and assembly process, materials cost analysis, and competition results- Rover design carried approximately 87.5 pounds for 21 feet in finals competition- Received 5th place overall in competition

- Gained general understanding of programming using Basic Stamp- Learned the basics of robotics and circuit design- Created program to guide robot through an obstacle course using infrared sensors