top of page

E X P E R I E N C E 

​​

Facilities and Quality Engineer | Prodigy Surface Tech                                                                                               January 2026 – Present 

  • Designed, fabricated, installed, and maintained industrial hardware and infrastructure, including gas/water systems, electrical components, heat exchangers, equipment mounts, and custom tooling. 

  • Built and iterated custom hardware using soldering, brazing, drilling, mechanical fastening, and fiberglass fabrication; developed BOMs, assembly procedures, SOPs, and maintenance plans. 

  • Collaborated with engineering, manufacturing, quality, management, and customers to troubleshoot hardware, coordinate testing, implement design changes, and validate facility and process improvements. 

  • Performed root-cause and failure analysis, discrepant-material investigations, XRF verification, and process testing to identify issues, validate solutions, and improve hardware reliability and manufacturability. 

​​

Robotics Teleoperator | Armstrong Robotics                                                                                                           April 2025 – January 2026 

  • Robotic System Control Operator supporting real-time robotics supervision and autonomous operations; monitor telemetry from AI-powered robotic arms using RViz for 3D visualization, Slack for coordination, and contribute to performance documentation in dynamic environments. 

  • Serve as the primary point of contact for anomaly resolution; troubleshoot system crashes through root cause analysis using the Linux terminal (tmux), command-line resets, and parameter tuning. 

  • Adapt to real-time changes in autonomous operations by collaborating with cross-functional teams and on-site operators via Google Meet to perform hardware resets, manual interventions, and installation support. • Maintain detailed operational logs using Google Notes and Trello and escalate issues through Slack for rapid troubleshooting and solution verification.

​

Chief Scientist| NASA L’SPACE Proposal Writing & Evaluation Experience Academy                               September 2025 – December 2025

  • Selected to participate in a competitive NASA-sponsored academy focused on proposal writing, project development, and peer evaluation. 

  • Collaborating with a multidisciplinary team to identify NASA mission needs, develop innovative solutions, and draft a professional-quality proposal. 

  • Gaining experience in technical writing, systems engineering processes, and proposal evaluation aligned with NASA standards. 

  • Engaged in workshops and reviews to strengthen communication, innovation, and leadership in aerospace project development. ​

​

Mechanical Engineer Intern | ALEF                                                                                                                   January 2024 –  October 2024

  • Demonstrated expertise in utilizing SolidWorks and Ultimaker Cura to create detailed and innovative mechanical designs as well as applying advanced features and functionalities to model complex components and assemblies. Additionally, actively engaged in cross-functional teams, fostering effective communication and collaboration with colleagues, engineers, and other supervisors 

  • Contributed to the design process by providing valuable insights, participating in design reviews, and incorporating feedback from colleagues and supervisors to enhance the overall quality and functionality of mechanical components 

  • Enhanced proficiency in SolidWorks for 3D modeling, assembly, and detailing. Gained project management experience, sharpened critical thinking, improved time management, and strengthened interpersonal skills 

​

E N G I N E E R I N G  P R O J E C T S ​

​

HYPE-SAT | San Jose State University                                                                                                                    August 2021 –  May 2022 

  • Investigated the capability of a high-altitude vehicle to record atmospheric data with a hyperspectral imager 

  • Designed, built, and tested the material properties of the housing structure for the hyper-spectral imaging camera using SOLIDWORKS and Microsoft Excel 

  • Reinforced the ability to develop multiple components in SOLIDWORKS that had to fit with each other as well as display that the housing structure will maintain its structural integrity under extreme loads 

​

Flight Mechanics Project | San Jose State University                                                                                                                     Spring 2022

  • Analyzed the mechanical flight properties of an Airbus A380 and it's ability to safely reject takeoff

  • Assembled a code using MATLAB to plot the runway length vs the velocity of an A380 during takeoff and landing

  • Identified the maximum length and velocity to reject takeoff. Gained the ability to use an aircrafts flight properties to determine safety procedures

​​

C-5A Stability Project | San Jose State University                                                                                                                               Fall 2021

  • Analyzed the ideas that govern the controllability and stability of aircraft given their geometric and structural design 

  • Designed a code using MATLAB to observe the stability of the C-5A after implementing a PID controller and visualized the data 

  • Concluded that the data obtained from testing was consistent with the manufacturer's and proved that the C-5A is longitudinally and latitudinally stable 

​

Airfoil Project | San Jose State University                                                                                                                                       Spring 2021

  • Researched the concepts behind shock expansion theory and linearized-supersonic theory and how they differ from each other 

  • Composed a code using MATLAB where it created a visualization of the Mach lines, coefficient of lift, and coefficient of drag generated by a given airfoil at different angle-of-attack’s  

  • Discovered that the shock expansion theory produced more accurate and realistic results than the linearized-supersonic theory 

​

E D U C A T I O N 

​

San Jose State University | BS Aerospace Engineering                                                                                                                      3.3 GPA 

Diablo Valley College | General Education, Engineering                                                                                                                      3.4 GPA 

Fundamentals of Engineering (FE) Exam Applicant — Pursuing professional licensure 

Latinos in Tech Scholarship Recipient — Awarded for academic and technical excellence. 

​

S K I L L S 

​

Project Management | 3D Manufacturing | Iterative Design | Rapid prototyping and Testing | Mechanical/Material Testing | Software debugging | ULTIMAKER CURA | SolidWorks | AutoCAD | MATLAB | C++ | Python | Microsoft Office (Word, Excel, PowerPoint) | Bilingual (English, Spanish) 

​

bottom of page