I assisted with the manufacturing of electronic enclosure systems for Department of Defense (DoD) programs by providing support to the company's daily activities and projects of the engineering and business development teams. To do so, I completed complex analyses to accelerate process improvement by utilizing tools to evaluate dynamic, structural, and thermal analysis for the enhancement of design concepts. As a result, I aided the company in designing, developing, and integrating innovative… Show more I assisted with the manufacturing of electronic enclosure systems for Department of Defense (DoD) programs by providing support to the company's daily activities and projects of the engineering and business development teams. To do so, I completed complex analyses to accelerate process improvement by utilizing tools to evaluate dynamic, structural, and thermal analysis for the enhancement of design concepts. As a result, I aided the company in designing, developing, and integrating innovative technologies including custom transformers, power supplies, and thermal management systems. Show less

Led by NASA scientists and engineers, I engaged with an interdisciplinary team of co-located students working to minimize the company’s carbon footprint by designing a rover tasked with limiting the waste of extraterrestrial recyclable materials by at least 75%. Furthermore, we were tasked with creating a proposal for these new technologies to enable agency objectives and enhance mission capabilities. Moreover, I reviewed proposals using NASA's predefined and explicit evaluation criteria in… Show more Led by NASA scientists and engineers, I engaged with an interdisciplinary team of co-located students working to minimize the company’s carbon footprint by designing a rover tasked with limiting the waste of extraterrestrial recyclable materials by at least 75%. Furthermore, we were tasked with creating a proposal for these new technologies to enable agency objectives and enhance mission capabilities. Moreover, I reviewed proposals using NASA's predefined and explicit evaluation criteria in order to minimize subjectivity. Show less

I am a Teaching Assistant (TA) for the "Freshman Seminar" and "Fundamentals of Engineering" courses offered at New Jersey Institute of Technology and I focus on organizing and leading academic events to cater to student success. Moreover, I train incoming mentors to understand their role and further assist them in learning tools and strategies used to guide freshmen towards success. Finally, I assist first-year Mechanical Engineering students in becoming acquainted with the rules and guidelines… Show more I am a Teaching Assistant (TA) for the "Freshman Seminar" and "Fundamentals of Engineering" courses offered at New Jersey Institute of Technology and I focus on organizing and leading academic events to cater to student success. Moreover, I train incoming mentors to understand their role and further assist them in learning tools and strategies used to guide freshmen towards success. Finally, I assist first-year Mechanical Engineering students in becoming acquainted with the rules and guidelines of the university. Show less

Guided by C-Suite executives, I focused on understanding the Internet of Things, artificial intelligence, and machine learning while taking part in and assessing an externship powered by the award-winning AT&T University curriculum. Concurrently, I incorporated project management, design thinking, effective writing, communication, and leadership abilities to complete entry-level training while gaining industry experience with specialists in select disciplines.

During a stringent summer training program, I would assist high school students by teaching them about the logistics and transportation aspects of Supply Chain and Management. Furthermore, I would prepare them for their daily presentations and encourage them to study the most effective and cost-efficient methods used to convey products by big companies.