Took Leadership from Concept to Creation of Support Housing Design for 20 units, including customer meetings, meeting design inputs, using DFM in design choices, FEA simulations, engineering drawing creation, CNC plate set creation, and CNC tool path creation.
Created equation solver using Excel to optimize design per requirements, and validated calculations using rapid prototyping and Computational Fluid Simulation.
Spearheaded custom customer fixture requests, drafted clear technical documentation detailing product design specifications, and reduced material weight and cost by over 30%.
Assisted in release of Inline heater design thorough improved P&ID drawings, using Tolerance Analysis, and competed material characterization testing.
Led continuous improvements in documentation with Lead Manufacturing, Electrical, Chemical teams, resulting in more precise product design standards, better manufacturability, and quality inspection.
R&D Mechanical Development Engineer Co-Op
Abbott
07.2022 - 12.2022
Followed and Created Test Methods, ETPs, and ETRs utilizing Instron Devices, Oven Chambers, mechanical shock/vibration and testing systems to verify 100+ FDA requirements.
Designed and lowered manufacturing costs of testing fixtures by 25% across 6 device families using DFM and Tolerance analysis.
Created part drawings with GD&T using CAD for rapid prototyping methods and outside vendor fabrication.
Offered outgoing help across 3 R&D Teams by performing drawing and document updates across PLM systems.
Liquid Oxygen (LOX) Subteam
SPEAR
03.2022 - 11.2022
Researched hazards and design practices associated with LOX.
Testing and Calculations of 6 components (relief system, regulators, tanks, valves, sensors, and structural components).
Designed plumbing, electronics, and fluid control systems for LOX Delivery System (LDS).
Spring Mass Damping Solver
Applied Eng. Analysis Project
04.2022 - 04.2022
Facilitated roles in solving differential equations governing motion of spring for various cases
Applied analytical and numerical techniques used to solve differential equations modeling Spring Mass system
Achieved creating accurate mathematical Spring Mass system solver for various cases
Electric Chair Lift
Mechanical Project
03.2022 - 05.2022
Collaborated with 5 other engineers for designing electric chair lift to assist disabled/ elderly individuals using CAD software.
Calculated linkages using graphical and analytical methods.
Analyzed acting forces on 4 bar mechanism using FEA.
Assisted electrical team in circuitry and programming of 5 components (Pico board, motor driver, power supply, motor, breadboard).
Education
Bachelors of Science - Mechanical Engineering
San Jose State University
San Jose, CA
05.2024
Skills
3D modeling proficiency: SOLIDWORKS, CREO, Autodesk
Project management using Google Drive, Windchilll, GrabCAD, pcMRP
Understanding in GT&T, and creating P&ID drawings
Analytically skilled to create mathematical models
Finite Element Analysis (FEA)
Computational Fluid Dynamics (CFD)
Design for manufacturability (DFM)
Part Fabrication: 3D printing (Resin and Filament), CNC, Injection Molding
Mechanical Systems Design and Development processes from Design to Validation
Programming languages: Python, MATLAB, EasyC
Expert in Excel, Word, and Powerpoint
Strong interpersonal and team communication skills
Created a Python app that collects user data inputs and compiles them into the excel form which is submitted for payment, and compiled into invoice tracking system.
Created a GUI app using 2000+ lines of code in Python
Collects user data inputs and compiles them into a excel form submitted for payment
App automatically compiles each created invoice into a search tracking system
Invoice tracking system allows for data changes and invoice updates