Sergio Sandoval

Led new product introductions (NPIs) and strategic projects for semiconductor clients including Intel, specializing in gas boxes, gas lines, assemblies, spare parts, and Personal Guided Vehicles (PGVs). Delivered $2.2M revenue growth by project managing high-impact projects and liaising directly with executive leadership.

Developed and implemented robust business strategies and marketing plans for oxidation thermal products, driving significant market expansion and enhancing global market presence. Directly engaged with key industry stakeholders including Samsung, Kioxia, and SK Hynix, fostering productive relationships and understanding their evolving needs.

Increased operational efficiency by leading, developing, and implementing changes resulting in decreased fleet wide tool downtime by 72%, saving the company over $2.1M annually. Managed all process development projects of four key process layers in microprocessor architecture and served as primary technical representative for those layers.

Led a team of seven analysts to produce a thorough due diligence report for a first-in-class rotating stage hybrid life science microscope company, resulting in an investment of at least $1M in Series A funding. Led teams of analysts to develop comprehensive due diligence reports for startups, evaluating management teams, market size, IP, competitive landscape, and company valuation for over 300 s

Established and brokered a $1.2M, 10-year land leasing deal with the Los Angeles Port Commission, decreasing product shipping container delivery times by 35% and saving the company over $500K annually. Generated $1M in Series A funding for an early-stage graphene company through successful research and presentation of market, competitive, and exit analysis reports to investors.

Developed cleanroom etching protocols to modify microchips for quantifying total alkalinity in seawater, in collaboration with the Scripps Institute of Oceanography (SIO) to measure ocean pollution. Performed cleanroom techniques such as photochemistry, electrochemistry reactions, metal and vapor deposition, microfluidic systems, high-resolution microscopy (AFM, SEM, TEM), and MEMS to design and t

Created and characterized nanoparticle formulations that could encapsulate or be functionalized with small molecules or biological therapeutics for targeted drug delivery and diagnostic applications. Evaluated preclinical characteristics of nanoparticles using various bioassays, including ELISA, cell-based, chemiluminescence, and other IVD immunoassays.

Grade: 3.80/4.00

Conducted advanced doctoral research in Bioengineering with a focus on Bionanotechnology. Developed and characterized hollow nanoshells for innovative cancer diagnostics and therapy applications, contributing to the field of targeted drug delivery.

Grade: 3.80/4.00

Completed a Master of Science degree in Bioengineering, deepening knowledge in advanced bioengineering principles and research methodologies. Focused on specialized topics within the field, preparing for further doctoral studies.

Grade: 3.35/4.00

Activities and societies: Omega Chi Epsilon (Chemical Engineering) Honor Society

Earned a Bachelor of Science degree in Chemical Engineering, gaining a strong foundation in chemical processes, thermodynamics, and reaction kinetics. Engaged in coursework and projects that developed problem-solving skills essential for engineering applications.