Mechanical Kinetics and Forensics Engineer

• Collaborated with national and international teams of architects, structural engineers, and mechanical engineers to design and engineer moving structural systems including operable wall panels, retractable roofs, and custom elevating solutions. Worked directly with clients to ensure an efficient engineering experience.

• Created 3D models and mechanical layouts in Inventor and AutoCAD; reviewed structural models in Revit and Rhino.

• Integrated mechanical, electrical, and structural systems in order to design fully-functioning moving structures. Selected actuators, sensors, motors, and other equipment tailored to project-specific requirements. Performed complex engineering calculations to support mechanical design.

• Prepared technical documentation including design reports, BOMs, explanatory presentations, and fabrication drawings.

• Performed site visits to assess functionality of kinetic systems, troubleshoot mechanical issues, and coordinate on-site adjustments for reliable long-term operation.

• Lead mechanical engineer in charge of manufacturing transfer of autonomous ocean vehicles.

• Designed, 3D modeled, and drafted drawings for mechanical components and assemblies.

• Ensured design for manufacturability while conducting engineering data transfer between company subsidiaries.

• Utilized Excel, PowerPoint, and SharePoint to create timelines and facilitate company-wide collaboration.

• Maintained and operated industrial manufacturing technology, including 3D printers, laser cutters, and CNC machines.

• Filled orders by creating components for students and research laboratories on campus using the machinery found at the Makerspace.

• Assisted students and customers in projects.

• Wrote machinery operation and safety instructions.

• Designed, manufactured, and assembled of a moving test structure.

• Machined steel and aluminum components and ensured design for manufacturability.

• Physically assembled and constructed a moving test fixture

• Completed the design, procurement, and assembly of a moving test mechanism in less than 3 months. - Saved the company the cost of a multimillion dollar buoy deployment.

• Completed several projects involving large dataset management and excel work.

• Represented the company at a Women in Science event in Mystic, CT.

• Attempted to replicate the human vasculature system using 3D printing technology and additive manufacturing.

• Researched methods of Engineering Education and won the international award for the Highest Impact to Underrepresented/Minority Groups at the 2020 IMECE conference and poster exposition.

• Published a paper in the Journal of Chemical Engineering titled "Virtual Research Group Modules: Scalable Simulations of STEM Research"