• Semi-automated an MRI specimen positioning system for in-vivo imaging of small animals on a team of 5 bioengineers.• Conducted in-depth analysis of existing patents and solutions, while directly engaging with target users to ensure alignment with end-user needs. • Individually designed and deployed a Python and Arduino IDE programming system for serial communication to complement the device, thus reducing positioning time by 75% from 20 minutes to 5 minutes per imaging session.• Fabricated MRI safe hardware in SolidWorks to enhance mice positioning accuracy from a 5mm to 1.2mm deviation from desired positioning coordinates.• Delivered comprehensive research outcomes and insights to diverse audiences of 300+ stakeholders, fostering widespread engagement.

• Conducted self-directed laboratory research to contribute to the development of tissue repairing hydrogels.• Collaborated with mentors and research associates to iteratively refine 5+ hydrogel formulations, resulting in a reduction of degradation rates alongside enhanced biocompatibility.• Exercised and built pipetting, gel casting, electrodeposition, gel characterization, and precise data collection skills to support ongoing research.

• Manufactured an HIV rapid testing device that utilizes Loop Mediated Isothermal Amplification (LAMP) to measure the presence of HIV RNA.• Autonomously fabricated 10+ computer aided designs in Fusion360 and 3D printed respective parts.• Engineered various electronic programs and circuits to support fluorescence detection, utilizing resulting data to output statistical measurements in Arduino IDE and quantify the presence of HIV RNA.• Developed a self-automated heating system, ensuring compliance with amplification requirements.• Facilitated design review meetings and collaborated with colleagues to present ideas, devise solutions, and integrate diverse expertise to meet end-user requirements.