Responsible for the design, fabrication, and testing of the club's first Hybrid Rocket!

Develop, review, and optimize detailed designs to ensure compliance with technical standards and project requirements while collaborating with various teams for successful implementation.

Manufacturing Mechanical Engineering Intern: Designing, manufacturing, and commissioning equipment to support the production of current and new builds.1- BL5 skid rail weldment (white steel) designed, developed, and installed within the month doing a quick analysis and design to send out to fabricate to vendors to install during our shutdown window.2- FEM LiftAssist Installed, and Commissioned! Commissioned this lift assist utilizing vendors to install new platforms and rail system where I had to be on top of them to ensure progress was being met as well as working closely with our Controls team to ensure they’re making progress and met the timelines to trial the lift. Which worked amazingly!3- During the shutdown commissioning various projects being the lead mechanical engineer on call! I had to quickly design and fabricate components or parts to ensure our projects are in track!4-OPAL RoofGlass managed the urethane quality and path of new glass being present later on that I had to manage the team to ensure this task is done as soon as possible offline before we use it during production!5- OPAL Second row seats as the Lead Mechanical Engineer I had to validate if this part is production ready and see what we need to do to install it on the car but do to the design the 27degrees they want to ship it out to is not ideal leaving me millimeters to install! I requested 23 degrees and tasked the design them for tests on quality with that angle. 6- FNL FULL AUTO proposed a cell that will be fully automated that can cut large headcount by automating wheels, windshield, and RoofGlass! Doing it in sections for us not to interfere with the production line!7- Also Designed various tooling, components, and Datum Features using Solidworks for upcoming changes to ensure part is secured and meeting quality! 3D printed prototypes from materials that was best suited for the application before final design for Fabrication.

Mechanical Engineer:Conducted Preliminary Design Reviews and Critical Design Reviews to ensure proper buyoff from associated teams before install and for any feedback or changes that may need to be made onto the design.● Worked closely with the welding team during build phase to ensure a proper and successful installation of the hardware designed.● Utilized NX to develop designs to support the fairings, launch pads (reaction fixtures), and strong-backs (TE).● Demonstrated structural analysis using ANSYS and calculations to evaluate our design meets our required specification and need case. Validating all axial and moment loads, as any sizing of torque, welding, or anchoring needed for the design.● Released various GD&T drawings calling proper dimensioning and weld callouts to ensure proper fabrication and build instructions of the design.- Designed and implemented new blast protection doors highly critical project to protect electrical conduit and LOX equipment on the launch pads during launch. As well as minimizing maintenance windows by making them ergonomic and easy to open. Calculated the hinge placement to ensure our axial, pressure, and moment loads are able to handle the weight of the door and blast from the Boosters.- Designed and implemented a TE lift pinner blast protection to incorporate a torqued down window to inspect associated hardware to decrease maintenance time due to aiming for a 69hr pad turnaround time.- Designed, implemented, and calculated a few permanent blast rated platforms to service sensors and associated hardware.- Reinforced the Falcon Heavy DanceFloor to help support the techs and pad teams to service the reaction fixture.-Fairing Tool Analysis to evaluate if the current tool used for the f9 is able to hold the new long fairing design. Implement static and solids calculations to ensure I utilize proper loads and CG to each pin location on the tool to evaluate its stress and failure points.

Research and Analysis:• Diligently reading and analyzing research papers to incorporate cutting-edge technologies and methodologies for a radio frequency device for The United States Space Force. Software Development:• Utilizing Python programming language to develop complex 3D designs based on the user inputs/parameters and export the data necessary for evaluating my designs.• 3D Design and E-Simulation:Leading the design process and developing 3D models specifically tailored to the specifications needs.In addition to my main work , I also:Provide Consultation: - Offer advice and support to various startups on manufacturing and design processes.

- Individually designed and managed the implementation of lift assist. With an estimated 1 HC reduction, 8s CT reduction, ROI 7.5 months, and savings $309,000/year. With a turnaround time of 4 months after upper management budget approval (5/04/23). - Intern Gemba Walk Winner for proposing an additional lift assist to reduce 1 HC, safety/ergo incidents, MRB scraps, and cycle time. I am managing and have buy off from all stakeholders and received numerous vendor quotes. Estimated project cost - $250,000, ROI 11 months, savings $309,000/year, & SOP January 24’ - Managing the integration of a dumbwaiter lift I sourced out based on stakeholders needs and restrictions for the upcoming GA3 Café to transport large items to the mezzanine level. Received upper management budget approval (7/27/23). Project cost $225,000 & SOP January 24’- Designed various tooling/equipment for upcoming trims, cost savings, Data analysis, and/or rapid fabrication for unforeseen circumstances.

Projects: Department of Defense - ERB and Kiewit - 206 & 207 Cargo Barges• Coordinated job activities of staff and other work crews. • Field engineering, operation planning, cost control, project scheduling, quantity tracking, material procurement, contract administration, estimating & supervision of field activities. • Investigated problems and recommending solutions/alternatives. • Reviewed plans and specifications to determine material requirements (quantities and qualities), pricing of materials, etc. • Worked with suppliers as required facilitating the handling and expediting delivery of materials. • Involved in development of: Pressure Tests, Structural ITP, Coating ITP, NDE Matrix’s, WPS, PQEP, DCITP, and Environmental limitations.• Developed: Individual Work Plans, Utility & Yard Layout Plan, Coating Systems, Computer Aid Designs, MOR, Schedules, JHA’s, Time studies, Sub-contracts, Cost analysis, Design Analysis, Estimates, RFP’s, Coatings Systems, and lofting designs.• Conducted Weekly meetings with various departments to ensure productivity. Met with clients to ensure project is being met.-Individually procured approximately $360,000.00 worth of subcontracts and materials with my calculations and estimates.- Developed a 100ft splicing jig to weld 80ft sections together that got approval from the American Bureau of Shipping for the new welding procedure specification I developed which the company can now use for any project.

● Overseeing proper work ethic and tasks of approximately 250 employees.● Managed the parks transactions and financial accountings.● Maintained a safe work environment, and monitored the park for potential situations.● Communicated with customers regarding complaints or issues.● Resolved technological infrastructures.● Heavy machine operator.● Inspected equipment and validate that it is properly maintained and serviced.● Coordinated job activities of staff and other work crews.-Communication, mathematics, and knowledge of proper equipment was needed to be successful in each department.

● Processed onboardings, W-4’s, I-9’s, unemployment claims, & EBT forms.● Presented orientations for new hires & rehires.● Managed 200+ employees’ clock in/out times.● Set up events for our employees to show our appreciation for their hard work.● Filed and organized records in an efficient and suitable manner.-Excel was heavily used to schedule appointments, create statistical analysis, and to keep records of our employee’s information