Developing C++ flight software package for Moon mission

Led team in designing top, bottom, and canopy components for a new CAD model of a solar car.Developed a new solar car model to enhance aerodynamics, achieving a simulated drag coefficient of 0.16.Integrated and toleranced components to create a complete assembly for the solar vehicle.

Led research & design of a spring-lock front canopy, enabling vehicle exit within 10 secondsCollaborated with a cross-functional team of 30+ members to create fiberglass aeroshell meeting structural safety standardsAchieved a 0.22 simulated drag coefficient increasing top speed of vehicle to 42mph

Creating and designing a 3-axis self stabilizing reaction wheel which is capable of resisting atmospheric entryUsed Finite Element Analysis to test reaction wheel under extreme conditions like pressure and heatCreating and designing a frame for cubesat sliding mechanism using different angle bracketsWorking closely with NASA advisors about the functionality of our project and the launch of it next year

Student design team that is pushing the boundaries of innovation designing the first unmanned supersonic aircraft by a student body

Part of the mechanical engineering society helping students enrich their engineering skills with professional development workshops and developing communication skills.

Collaborated with COO and Chief Engineer to optimize manufacturing process, increasing depalletizer speed by 27% Calculated and Optimized cylinder valve design, leading to the use of a 2-inch tie rod cylinder for faster de-palletization.Increased company profitability by increasing de-palletization to 1200 cans/min allowing more clients to use facilitySurveyed site to place 4 calculated cameras to record time study data to find system constraints to increase performance

Utilized SolidWorks to create detailed 3D models and engineering drawings for the motor mount stud, optimizing its strength and weight to meet the specific requirements of the electric dirt bikeConducted in-depth research on electric dirt bike frame design, staying up-to-date with industry trends, emerging technologies, and material advancements.Collaborated with a cross-functional team to identify the optimal materials and manufacturing processes, resulting in a durable frame that met safety and performance standards

Helped set up and optimize assembly line to configure 10000+ laptops to client needsProficiently utilized advanced inventory management systems, including BellHawk, to track the movement and status of a substantial volume of products throughout the entire configuration and delivery process.Dealt with arduino’s and chromevox softwares to help configure laptops for schoolsActively participated in a collaborative effort within a dynamic team to facilitate the smooth and timely delivery of configured laptops to more than 25 educational institutions.

Lead Meetings of 50+ peopleCreated Collabs w/other clubs like coding clubTaught members about the different types of engineering Planned activities

Competed against students from all over Pennsylvania in competitive eventsCompeted and Placed 1st in regionals for Business plan and placed 7th in states

• Created posts and edited websites for best visual aesthetics.• Optimized layouts by determining sizing and arrangements for each component.• Lead Design plans for posts and website.• Promoted supply drive and collaborated with school using Visual design skills.

• Lead multiple different projects with team for competitions to place at State competitions• Worked in creating solutions to a variety of problems using CAD software.• Helped younger members of TSA on project building and designing for competitive events on events committeeWon multiple awards including:1st Place Engineering Design TSA Regionals || Top 10 at states3rd Place CAD Design TSA Regionals || Top 10 CAD Design state1st Place Computer Integrated Manufacturing TSA Regionals || Top 10 at states1st Place Software Design TSA Regionals

Led 400+ people in meetingsHandled volunteering hours and data of 400+ people had 400+ community service hours managed Instagrammanaged Schoology group and forms

National Honors Society Member inducted for completing 20+ Volunteering hours while maintaining a GPA of 96% weighted or above

Worked with multiple engineers across various fields including Mechanical, Electrical and Civil to help create multitude of small scale projects Designed and created small scale shipping container homes, bridge designs, homes while using many tools such as psychrometric charts, calipers, and thermal imagingPresented conceptual HVAC systems to leadership team and tested viability using thermodynamic principles