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Jonathan Riley
Senior MechE @ Duke University
Professional Background
Jonathan Riley is an accomplished senior at Duke University, currently pursuing a Bachelor of Engineering in Mechanical Engineering, complemented by a Certificate in Innovation and Entrepreneurship. His academic journey has positioned him at the intersection of engineering and innovative design, fueling his passion for biotechnology and product design. As a proactive member of the Duke University community, Jonathan serves on the executive board of both the National Society of Black Engineers (NSBE) and the Black Men's Union, where he actively contributes to promoting diversity and inclusion in engineering education and the broader campus environment.
Jonathan's dedication to practical application of his skills is evident in his involvement with two research groups within the Duke Aeroelasticity department. Here, he has honed his engineering skills and explored advanced concepts in aerodynamics and structural integrity, culminating in significant contributions to ongoing research initiatives.
Among his key achievements during his academic career, Jonathan has participated in a design engineering class project where he collaborated with teammates to create a low-cost medical solution aimed at treating gastroschisis, a congenital condition affecting newborns. This initiative, targeted for use in developing nations like Uganda, exemplifies his commitment to societal impact through engineering solutions. His firsthand experience in blending innovative design with real-world application prepares him for a successful career in engineering.
Education and Achievements
Education
- Duke University
- Bachelor of Engineering - BE, Mechanical Engineering (Expected Graduation Year: 2024)
- St Thomas Episcopal School
- High School Diploma, Grades 9-12
- ACS International Schools
- Middle School Diploma, Grades 4-8
Jonathan's educational foundation started at ACS International Schools and progressed through to his time at St. Thomas Episcopal School, where he developed a strong academic base. His transition to Duke University marked a pivotal moment in his academic trajectory, providing him with a platform to delve deeper into mechanical engineering and apply his skills in innovative ways.
Professional Experience
Jonathan has amassed valuable professional experience through various internships and roles that complement his engineering education.
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National Society of Black Engineers (NSBE)
- Programming Co-Chair
- Finance Chair
- In his leadership roles, Jonathan has played a critical part in organizing events that promote professional development among students in engineering fields, helping raise awareness about diversity challenges in STEM.
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Ford Motor Company
- Systems Engineering Intern
- During his internship, Jonathan worked on resolving complex engineering challenges and was exposed to the innovations transforming automotive manufacturing. His contributions to project teams demonstrated his ability to integrate engineering principles with practical solutions in high-stakes environments.
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Edwards Lifesciences
- Engineering/Scientific Intern
- Jonathan further expanded his expertise in the medical device sector during his time at Edwards Lifesciences, working alongside teams to develop products and innovations that have tangible impacts on patient care and medical technology advancements.
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Duke University
- Undergraduate Aeroelasticity Research Assistant
- In a pivotal research role, he contributed to projects exploring the dynamics of aerospace structures, gaining insights into the nuances of fluid-structure interactions. Jonathan’s work within the Aeroelasticity research groups has equipped him with critical analytical skills, making him a strong candidate for future roles in engineering.
Achievements
Jonathan's academic and professional journey embodies a commitment to excellence and innovation. His involvement in the NSBE highlights his advocacy for diversity in engineering, while his internships at prestigious companies like Ford Motor Company and Edwards Lifesciences reflect his dedication to applying theoretical concepts in real-world settings. Moreover, his work in developing solutions for medical issues illustrates his ability to think critically and contribute to advancements that could potentially save lives.
In addition to his technical skills, Jonathan's leadership and collaboration skills shine through his roles at Duke University, where he actively fosters an inclusive, supportive environment for fellow students. His multifaceted experiences are a testament to his potential to make significant contributions in mechanical engineering and biotechnology, where he aspires to innovate and lead future projects aimed at improving healthcare and engineering practices.
