• Utilizing SOLIDWORKS to develop a chassis for a first-person view drone• Applying sensors, microcontrollers, and actuators for real-time flight controlling• Simulating flight and force environments for the chassis using Altair Inspire to lightweight the chassis and develop a stronger, rigid body

• Planning events for general body meetings within UMass• Collaborating with numerous organizations within and outside of UMass for fundraising, paneling, etc.• Managing logistics such as room reservations, attendance planning, and communications

• Interacting with patients diagnosed with high blood pressure and similar conditions• Assessing hemodynamics utilizing a bioimpedance device with a brachial cuff• Providing patient-specific recommendations based on the bioimpedance data recorded• Monitoring and measuring vital signs, ensuring patient comfort and safety, and maintaining properdocumentation• Obtaining consent from patients before assessments and ensuring their understanding of the study and its procedures

• Designing a high-precision stage to expose photopolymer resins to ultraviolet lasers• Analyzing mechanical and chemical properties of photopolymer resins during extended and shortenedultraviolet exposure• Developing experimental protocols for controlled trials to optimize UV exposure times and intensities• Utilizing advanced microscopy techniques to assess mechanical and chemical properties• Currently achieved a sub-3 micron level resolution in the XY plane for 3D photopolymer printing, investigating Z axis potential