BIOENGINEERING • MECHANICAL DESIGN • MICROFABRICATION
M.S. Bioengineering graduate with experience in process engineering, microfabrication, mechanical design, finite element analysis, medical-device development, and experimental research.
01 / ABOUT
My work spans mechanical design, manufacturing, microfabrication, medical devices, and experimental research. I enjoy taking engineering problems from initial calculations and CAD through fabrication, testing, analysis, and iteration.
02 / SELECTED WORK
Selected work spanning microfabrication, energy storage, medical-device design, biomechanics, and manufacturing engineering.
MASTER'S THESIS • MICROFABRICATION • ENERGY STORAGE
Designed, fabricated, and experimentally characterized microscale electrochemical energy-storage devices using microfabrication techniques and carbon-based electrode systems.
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PROSTHETICS • SOLIDWORKS • FEA
Developed and iteratively refined a modular prosthetic ankle-foot for K2 ambulation using SolidWorks CAD, static FEA, gait-phase loading, and material evaluation.
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MEDICAL DEVICE • SOLIDWORKS • FEA
Designed an orthopedic intramedullary fixation device in SolidWorks and evaluated its structural performance under bending, compression, and torsional loading.
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MEDICAL DEVICE • MECHANICAL DESIGN
Developed engineering specifications for a multi-component PTCA catheter by evaluating geometry and materials to balance pushability, torquability, and flexibility.
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COMSOL • FEA • THERMAL MANAGEMENT
Developed a COMSOL-based thermal-fluid model for immersion cooling of high-density NVIDIA Blackwell GB200 server systems.
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BIOPROCESS ENGINEERING • SUPERPRO • SCALE-UP
Designed a pilot-scale mycoprotein production system integrating fermentation, separation, pasteurization, thermal modeling, equipment selection, plant layout, and economic analysis.
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SOLIDWORKS • CAD • ASSEMBLY DESIGN
Developed a near life-size R2-D2 CAD assembly using multi-part SolidWorks modeling, advanced mates, reference geometry, and detailed subassemblies.
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SOLIDWORKS • PROTOTYPING • EXPERIMENTAL DESIGN
Designed, fabricated, and tested a low-cost renewable-energy food dehydrator, including CAD development, concept selection, prototype construction, and statistical analysis of drying performance.
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California Safe Soils
Manufacturing process development, equipment troubleshooting, engineering calculations, equipment selection, preventive maintenance, quality testing, and process optimization.
San Diego State University
Microfabrication, electrochemical energy storage, experimental characterization, engineering analysis, and device development.
04 / TOOLKIT
SolidWorks • FEA • COMSOL • AutoCAD • MATLAB • Python • Microfabrication • Photolithography • SEM • Profilometry • Electrochemical Characterization • Process Engineering • GD&T • DFMA
05 / CERTIFICATIONS
ENGINEERING LICENSURE
Passed the Fundamentals of Engineering examination, demonstrating proficiency in foundational engineering principles and analysis.
TECHNICAL TRAINING
Completed specialized training in aseptic sampling techniques supporting accurate laboratory testing and regulatory compliance.
06 / BEYOND ENGINEERING
Community involvement and leadership experiences that have shaped how I work with teams, take responsibility, and support others.
COMMUNITY SERVICE
Supported inclusive soccer activities for children and adults with intellectual, emotional, and physical disabilities in a safe and encouraging environment.
COMMUNITY SERVICE
Collected surplus food from the Farmers Market and delivered it to Solano Apartments for community distribution.
LEADERSHIP • PHILANTHROPY
Planned fundraising events, tracked ticket sales and donations, and helped raise more than $5,000 for the Live Like Lou Foundation.
RECOGNITION
Recognized for leadership and community service after contributing more than 100 volunteer hours within six months.
▶ Watch NBC Feature →ATHLETIC RECOGNITION
Recognized for athletic performance, sportsmanship, and contribution to the track and field program.
SERVICE RECOGNITION
Chapter recognition for substantial community-service participation across multiple volunteer projects.
07 / CONTACT
I'm interested in engineering opportunities involving mechanical design, medical devices, microfabrication, manufacturing, and emerging technologies.
kevin.eric.medici@gmail.com