Experience

Fourth Dimension Engineering

• United States
• Defense and Space Manufacturing
• 1 - 100 Employee

• Mechanical Engineer

  • May 2018 - Present

  Engineer supporting research and development in the disruptive field of printed electronics. Engineer supporting research and development in the disruptive field of printed electronics.



Stevens Institute of Technology

• United States
• Higher Education
• 700 & Above Employee

• Head Teaching Assistant for Engineering Design IV

  • Aug 2016 - Sep 2017

  - Guided classes of roughly thirty students through technical problem solving and circuits based labs - Gave lectures as required by the professor - Managed the teaching assistant (TA) staff including interviewing and hiring new TAs, assigning TAs to course sections, ensuring hours were properly accounted, mediating and advocating for the staff to resolve issues and conflicts - Assisted Lab Supervisor to manage equipment and ensure that each lab had sufficient materials. - Worked with Design Spine management to develop new course material aimed at improving the students’ learning experience Show less



LGS Innovations

• United States
• Defense & Space
• 200 - 300 Employee

• Mechanical Engineering Intern

  • May 2017 - Aug 2017

  - Provided mechanical engineering support for internal research and development projects - Designed thermal and structural solutions to house protect electro-static discharge sensitive (ESD) sensitive printed circuit boards (PCBs). - Designed and fabricated lab equipment that enabled new testing of products in the wireless communications domain - Collaborated with engineers and technicians across multiple disciplines to facilitate rapid prototyping and move projects forward in a fast paced environment - Obtained a Department of Defense Secret security clearance Show less

• Research Assistant

  • May 2015 - Aug 2015

  - Worked with a team of four undergraduates to investigate the effects of surface microstructures on bond strength in fiber-metal laminates - Modeled thermal and mechanical loads on surface structures in Abaqus and Solidworks to observe which configurations yielded the lowest displacements. - Observed a correlation between the depth of microstructures and increases in bond strengths - Reached proficiency in milling techniques to prepare test specimens for single lap shear testing - Worked with a team of four undergraduates to investigate the effects of surface microstructures on bond strength in fiber-metal laminates - Modeled thermal and mechanical loads on surface structures in Abaqus and Solidworks to observe which configurations yielded the lowest displacements. - Observed a correlation between the depth of microstructures and increases in bond strengths - Reached proficiency in milling techniques to prepare test specimens for single lap shear testing