Hi! I'm passionate about manufacturing process design
I am looking for full time positions after I graduate in Fall 2025! I love working with small teams on fast moving projects. Solving hard problems and working from first principles are my forte. If you have an opportunity that you think matches my skillset, please reach out at on X.
Resume
[Incoming] Starlink Engineering InternSpaceX
Summer 2025
I will be interning as a manufacturing engineering intern on the starlink team this summer! Starlink is spinning up the economic flywheel that will take us to Mars and beyond, all while providing internet to the most remote and underserved areas in the world. I am very excited to be joining such a compelling mission!
Led manufacturing process planning of four robotic manufacturing lines.
Developed process flows leading to elimination of $1M capex expenditure and 10% headcount reduction.
Led manufacturing planning of 19 crash service parts. Owned RFQs, evaluated proposals, presented to
management and planned implementation and production schedule through Q4 2024.
Collaborated with supplier on new tooling design. Led 50% and 100% tooling design reviews.
Coordinated root cause investigation of fastener installation failures. Investigated and identified innacuracies in
snowflake dataset, amended data filter and informed $250k capex expenditure.
Responsible for the design, manufacturing, and testing of components for a 30,000 ft-class hybrid composite rocket airframe to compete in the Intercollegiate Rocket Engineering Competition (IREC).
Spearheaded rocket bulkhead design and manufacturing, rocket-tower integration and pressure vessel integration.
Exploring Metal 3D printed bulkhead components to remove constraints of manufacturing and enable continued design evolution.
Testing and benchmarking new composite manufacturing processes for future rockets, focusing on filament wound carbon fiber tubes, future pressure vessels and characterizing anisotropic forged carbon fiber parts.
Mechanical Engineering Intern - Product Test & ManufacturingVex Robotics
June 2022 - August 2022
Designed, ran, and analyzed scientific tests to validate product functionality and define defect tolerances.
Standardized testing practices by writing technical manual and created quick start data analysis templates.
Led multiple projects from the initial ideation and pathfinding phases to multi-iteration design and full-scale production and distribution.
Used SOLIDWORKS to prototype and finalize the design of injection molded, punched, and fiber lasered parts
while working with manufacturing team to ensure design for manufacturability.
Led the solution ideation, design and manufacturing of a 150 lb robot to play the Frist Robotics Competition game in a fast paced 10 week design-build cycle.
Self-taught CAD, CAM and CNC manufacturing, led commissioning of a 4x4 CNC router and transformed team's build process from hand drawn to CAD/CAM/CNC.
Developed mini-robots as platforms to be used in summer camps and team development programs.
B.S. Industrial and Systems Engineering, focus in Manufacturing SystemsTexas A&M University
Fall 2021 - Fall 2025
I am studying Industrial Engineering with a focus in Manufacturing Systems
My goal is to combine the high level understanding of manufacturing systems from my education with the hands-on, low-level, understanding of manufacturing I have obtained in my internships, project teams and personal projects. I believe this will make me a better equipped manufacturing engineer than someone who knows only one of the two domains.
This is a calcualtor for ISEN 302 Engineering Economics
You input a cash flow scheme and the calculator generates a downloadable cash flow diagram, calculates the net present value for any interest rate, finds the internal rate of return and calculates the effective uniform annual benefit!
Many industrial engineering analysis topics can be modeled as a series of workstations with flows between them.
This tool enables you to simulate thse sequential flow models with forward flows, backward flows, multiple source flows, and different expected value of processing time, squared coefficients of variation and number of servers for each workstation.
The arrival rates (lambdas), utilization, squared coefficient of variation and WIP, throughput and cycle time are calculated for each flow model.
There are three examples on the website - click the buttons to load them in - and you can make your own with the gui!