Oversee the efficient operation and maintenance of cutting-edge lab equipment in the fabrication and teaming labs.Prioritize the seamless organization of our lab space, ensuring optimal workflow and resource utilization.Serve as the key liaison between the MBSE Teams and the Aerospace Faculty to effectively communicate the current progress of the labs and teams, along with any issues that may arise.

Rewrote statistical analysis and design robustness lab, converting from JMP to MATLAB, to improve functionality Managed trialing of the lab by other students and systematically integrated recommended enhancements for user experienceReconfigured and refined 7 lab write-ups and trialed labs for quality enhancements corresponding to software updates

Lead safety and quality operations of payload development through the flight profile, working with Blue Origin as the project sponsorResponsible for project management, administrative and financial details, and managing team structure and timelinesCo-lead and manage a team of 14 engineers in vehicle development through the entire Systems V cycle

As part of the Aerospace MBSE course series, I am working on a team of 15 engineers to design, build, and launch an 11-foot solid rocket for payload testing through the implementation of the fundamentals of Model-Based Systems Engineering. I am responsible for designing, manufacturing, testing, and integrating a safe and reliable recovery system to meet our requirement of being reusable and refurbishable.

Collaborated with team members to explore and advance the aerodynamic properties of Clementine, MASA's liquid bi-propellant rocket. Used Computer-Aided Design (CAD) to design and model a nose cone test stand for separation & deployment mechanism testing.Helped to produce and install wires running from the flight computer to the deployment mechanism system used to initiate nose cone separation.Assisted in the testing of the separation & deployment mechanism using black powder… Show more Collaborated with team members to explore and advance the aerodynamic properties of Clementine, MASA's liquid bi-propellant rocket. Used Computer-Aided Design (CAD) to design and model a nose cone test stand for separation & deployment mechanism testing.Helped to produce and install wires running from the flight computer to the deployment mechanism system used to initiate nose cone separation.Assisted in the testing of the separation & deployment mechanism using black powder actuation.Developed and tested an alternative design of the separation & deployment mechanism using a pneumatically actuated piston. Show less

Working as a team to provide the highest quality customer service and coffee to each customer. Serving all fair-trade products and connecting with local small businesses in support of the Saugatuck area.

Produced a program that allows I.G.L.M. to take dimensional data from retailers and calculated the total and individual volumes of products and optimize shipping costs. Collaborated with peers from the University of Michigan and staff at I.G.L.M. to develop and implement this program into their purchasing and shipping process.