I am a dedicated Mechanical Engineering student at Boston University, graduating in May 2025 with a concentration in Aerospace Engineering and a 3.76 GPA.My passion for engineering lies in tackling challenging problems and driving innovation in industries such as aerospace, medical devices, and advanced manufacturing.With hands-on experience at Johnson & Johnson and Boston Children's Hospital, I have developed a strong foundation in design, simulation, and process development, supported by certifications and coursework in areas like ANSYS simulations, CAD modeling, and product lifecycle management.During my co-op at Johnson & Johnson, I created over 50 CAD drawings with hundreds of revisions, mastered rigorous drafting standards, and became a go-to resource for Product Lifecycle Management (PLM) tasks.I also led the design and testing of a precision fixture and conducted advanced simulations to address critical engineering challenges.At Boston Children's Hospital, I designed and implemented a nonlinear calibration process for a triaxial accelerometer operating in a 3 Tesla magnetic field, delivering results that supported motion correction in MRI imaging.My efforts in both roles earned recognition for my technical proficiency, problem-solving, and leadership abilities.I have presented findings to cross-functional teams, documented workflows in detailed technical reports, and collaborated with diverse groups of engineers and researchers.Recognized with multiple academic and professional awards, I am driven to contribute to advancements in fuel-efficient aircraft, sustainable propulsion systems, and innovative medical technologies.I am seeking full-time opportunities in aerospace, robotics, or medical device industries where I can leverage my technical expertise, passion for design, and dedication to solving complex problems.