- Prepared a $26,000 quote estimation for DAQ hardware and sensors, and provided testing documentation, gathered from DIN, ECE, ISO, SAE, and FMVSS standards leading to the support of RLDA, battery, and environmental testing- Installed and calibrated strain gauges for torque measurement on vehicle half shafts, utilizing Delta Motion project files and Dewesoft DAQ systems for precise hydraulic actuator control and data acquisition- Identified and resolved solenoid issues on a hydraulic test bench, improving actuation delay and PID controllability by installing dedicated coil drivers. Characterized and PID-tuned the system for various pressure and flow rate profiles- Documented 6-degree of freedom wheel vectoring hardware/software, setup/data acquisition, and provided a foam core storage solution- Created hydraulic hardline routing solutions and refurbished a hydraulic cylinder rod, saving over $10,000 compared to off-the-shelf products by designing 3D parts in Creo- Collaborated on physical testing and/or data analysis for spring suspension, frame, bearing loads, and chassis baking using Dewesoft hardware and software and preparing reports using Excel and PowerPoint

- Developed a prototype heater and pressure dispenser in SolidWorks. Secured $3,700 for the project to purchase MICA heaters, heated hose, PID controllers, and a pressure vessel which improved the melting times of a manufacturing material by 50%- Created and implemented iPad apps with SQL connectors for remote photo capture/annotation and serial number logging, streamlining production data collection for 20 race team vehicles- Tested additives for dissolving mandrel material in car wings, leading toward the replacement of a hazardous washout tool with a safer, passive soaking method

- Delivered excellent customer service by accurately taking and fulfilling patron orders- Guided guests in the preparation of Korean Barbecue, enhancing their dining experience- Created and served a variety of drinks

* Biomedical Design & Manufacturing Lab *- Designed and prototyped an innovative bodywork and hardware packing strategy for an elastic resin SLA printed filtration mask using SolidWorks, optimizing for a 1-day print time. Utilized CAD surfacing features to achieve thin section thicknesses of 1.5mm, ensuring a close, compliant fit for effective filtration- Developed 3D printable molds for custom silicone balloons, check valves, and temporary housing for an initial prototype of a left ventricular assist device, evaluating the feasibility of a balloon-positive displacement pump- Facilitated bi-weekly design review meetings, fostering collaboration between doctors and researchers to advance ongoing projects - Programmed C++ scripts to configure incremental (quadrature) rotary encoders on a four-DOF belt-driven medical device- Created detailed 3D CAD models in SolidWorks for various medical device mounts using hand measurements and imported 3D scans, supporting research and development initiatives

* CAEN (Computer Aided Engineering Network) *- Assisted lecturers with the setup and operation of classroom equipment across 52 rooms, ensuring smooth and effective class sessions- Conducted independent inspections of 60 classrooms every Sunday, evaluating and maintaining audio, video, and general hardware systems- Installed lecture and whiteboard recorders, along with audio transmitters and receivers, in over 30 rooms to adapt to COVID-19 accommodations

* Walter E. Lay Auto Lab *- Conducted comprehensive analysis of NOx, CO, and smoke emissions data from two high-octane, petrol-like fuel mixtures under varying load and RPM conditions in a modified 6.7L Cummins diesel engine. The study aimed to support the increased use of ethanol in response to anticipated declines in demand- Managed test cell operations, including routine maintenance such as oil changes, fuel swaps, and equipment upkeep to ensure reliable and accurate research outcomes

- Supported building construction including painting, wall installation, surface preparation, sheet metal, steel framework, demolition, laying epoxy, and installing Cat cables, using a variety of handheld power tools, scissor lifts, and forklifts

- Collaborated with a 2-6 person team to efficiently plan, structure, and complete tasks on schedule- Regularly performed ladder work up to 28 feet, cleaning and polishing windows on high-value residential and commercial properties- Managed and maintained equipment and supplies across three work vehicles, ensuring readiness and organization

- Quickly adapted to a counter sales role during a COVID-19 worker shortage, generating daily sales exceeding $800 and efficiently handling up to four concurrent phone calls on a multi-line system- Streamlined store inventory and shelving to improve product accessibility and minimize retrieval time, enhancing the overall shopping experience- Delivered auto parts to customers in the Remus, MI area, ensuring timely and accurate service using a company work truck

- Worked collaboratively in a team to install wiring harnesses and engine enclosures for 5-8 engines daily, utilizing a diverse range of hand tools- Reprogrammed engine control units to meet manufacturer specifications by connecting fuel lines, control interfaces, and DEF tanks, followed by live firing to identify and assess potential defects