• Led the development of the Self-Driving Workflow Gen II and Gen III platforms. Further details on this platform are available under the project section on my profile.• Initiated two patent disclosures for novel embedded systems.• Acted as a project manager and domain expert in the preparation of manufacturing grant applications totaling over $20 million in federal funding opportunities.• Acted as quality manager on ISO 9001:2015 implementation.• Functioned as a Manufacturing Engineer, designing Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), defining process specifications and constraints, and engaging equipment vendors. Contributed to scaling production of electrolyte from 16kg lab batch to 400 kg industrial scale, meeting rigorous specifications for water content, acidity, and trace metals.• Designed marketing posters and brochures and led business development initiatives with multiple customers.

• Led the implementation of fully automated control of robotic systems in the lab.• Key contributor in a Department of Energy (DOE) project focused on designing a robotic system for semi-automatic coin cell crimping.• Contributed to the application process for government-funded awards, including ARPA-E and SBIR funding opportunities, by writing excerpts about our core platform technology.• Took charge of managing the company's database infrastructure, leading the migration of all composition and experimental data from file-based records to a MySQL database.• Assisted in the remodeling and maintenance of server and network systems.

• Main contributor of a data modeling and analysis project using Python's Pandas, Scipy, Numpy, and Matplotlib libraries aimed at characterizing the tensile strength of polymer electrolyte samples.• Optimized the remote control functionality of a liquid handler using Paramiko's Python library, resulting in an automated workflow that reduced laboratory technician workload by up to 80%, resulting in an increase of electrolyte screening throughput.• Assisted in laboratory operations, conducting electrolyte experiments, and testing manufactured cells.• Contributed to Machine Learning and database development initiatives.

B.S. Physics, Magna Cum Laude.

Assisted first, second, and third-year college students in the subjects of Physics, Mathematics, Computer Science, and Chemistry.

• Collaborated closely with Physics faculty developing course curriculums and lectures.• Students attending my office hours graded an average of A-, versus a B class average.

As an IT Services Intern, I learned networking setup and configuration skills. Additionally, I assisted in the maintenance tasks of IT networks on campus, contributing to the smooth operation and reliability of the school's infrastructure.

As a Division I soccer player, I dedicated a minimum of 20 hours per week to rigorous practices and actively participated in intercollegiate competitions.I am proud to have been part of a team that achieved national recognition, securing a ranking of #4 nationally and clinching the title of West Coast Conference champion.

As a developer for DeDop, an open-source program developed in Python, I worked on the adaptation of the processing chain originally designed for the Cryosat and Sentinel-3 satellites, previously implemented in Matlab.In addition to leading the development efforts, I conducted data analysis for projects involving the Cryosat and Sentinel-3 satellites.

Engaged in advanced studies in Astrophysics, I was selected as one of 50 students from across Catalonia. The program, spanning three years, included three stages aimed at immersive learning and research advancement.During the first year, hosted at MónNatura Pirineus, Spain, I collaborated closely with Ph.D. students in astrophysics. I composed a manuscript based on thorough research of solar physics, utilizing data from satellites such as NOAA and SOHO.In the second year, I had the privilege of working at the Teide Observatory in Tenerife, Spain. I contributed to a research team dedicated to calculating asteroids' orbital and rotation periods based on their light curves, gaining hands-on experience in observational astronomy and data analysis.In the final year of the program, I traveled to Petnica, Serbia, where I attended lectures and conducted research on spectral lines in stellar systems. This experience advanced my understanding of astrophysical phenomena.

I had the privilege of participating in the "Stimulus of the Mathematical Talent" (EsTalMat) project, an initiative where 25 students from Catalonia gathered for lectures and workshops at the School of Mathematics and Statistics at the Polytechnic University of Barcelona (UPC).Over two years, I dedicated four hours per week to developing advanced mathematics skills such as modular arithmetic and cryptography.