SHAD ESPERON
PROJECT & DESIGN ENGINEER
(B.S.M.E)
Phone:
(939)-277-2966
Email:
Address:
Ave Flor del Valle, Catano PR
00962
Date of Birth:
Jan 3, 1996
I AM THE SOLE OWNER OF ALL CAD WORK DISPLAYED ON THIS PAGE. FOR MORE INFORMATION ABOUT MY EXTENSIVE INDUSTRIAL CAREER EXPERIENCE, PLEASE FEEL FREE TO REACH OUT USING THE CONTACT INFORMATION PROVIDED ABOVE.
Hello! I'm Shad
I'm an enthusiastic Project Engineer with a proven track record in optimizing manufacturing processes and ensuring compliance for critical medical devices. Adept at managing equipment validations and leading capital investment decisions, contributing to over $10 million in project assessments. Skilled in fixture design, process improvement, and team leadership. Strong communicator and detail-oriented professional committed to achieving project success and fostering team growth. Passionate about leveraging engineering expertise to drive innovation and efficiency in alignment with company objectives.
EXPERIENCE
2021-PRESENT
Project Design/Validation Engineer & Drafter
Edwards Lifesciences, Anasco PR
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Pneumatic Catheter Leak Test Device: Mechanical/Pneumatic Analysis , Design, Cost Analysis, Feasibility Study, Construction/Manufacturing of Parts, Validation and Implementation.
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RF Tip Forming Machine Cooling System: Mechanical/Heat Transfer Analysis, Feasibility Data Technical Summary Report, Prototype Testing, Cost Analysis, Construction/Manufacturing of Parts and Implementation. (5 to 6 Different Design Prototype Tested)
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Catheter Insert Plug Ergonomic Station: Mechanical/Ergonomics Analysis, Design, Cost Analysis, Construction/Manufacturing of Parts, Validation and Implementation.
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Tip Flash Removal Fixture: Mechanical Analysis, Construction/Manufacturing of Parts, Validation and Implementation.
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Catheters Fittings Assembly Station: Mechanical/Electrical System Analysis, Design, Cost Analysis, Construction/Manufacturing of Parts, Validation and Implementation (for 3 Different Manufacturing Lines)
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Catheter EEPPROM Connector Housing Assembly Adhesive Curing Fixture: UV/Mechanical Analysis, Design, Feasibility Study, Cost Analysis and Construction/Manufacturing of Parts (2 Different Prototypes)
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Tube "Cut to Length" Fixture Improvement: Mechanical Analysis, Design, Cost Analysis, Construction/Manufacturing of Parts, Validation and Implementation.
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Catheter Tip De-flashing Station: Mechanical/Layout Analysis, Design, Cost Analysis, Construction/Manufacturing of Parts and Implementation.
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Heart Valve Crimp Device Inspection Fixture: Design of Test Method, Design of Fixtures, Construction/Manufacturing of Parts, Feasibility Study, Protocol Drafting and Procedure Drafting.
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Catheter Heater Inspection Fixture: Design of Fixture, Construction/Manufacturing of Parts, Validation and Implementation.
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Catheter Slot Position Inspection Fixture: Design of Fixture, Construction/Manufacturing of Parts, Validation and Implementation.
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Catheter Electrode Insertion Fixture: Mechanical Analysis, Design, Cost Analysis and Matrix Design for Prototype Selection (4 Different Prototype Design)
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Catheter Thermistor Insertion Fixture: Mechanical Analysis, Design, Cost Analysis, Construction/Parts Manufacturing, Validation and Implementation.
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Hearth Valve Crimp Device Manufacturing Particle Removal Station: Layout Analysis, Design, Cost Analysis, Floor Implementation Logistic Plan Design, Construction/ Part Manufacturing.
2019-2020
Lead Design Engineer
ASME, SDC TEAM
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Lead group of 7 mechanical engineering students.
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Analyzed data to determine if designs met performance goals
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Designed most of the complex project autonomous mechatronic system
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Manufactured autonomous mechatronic system with engineering team
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Tested subsystems for project autonomous mechatronic system
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Conducted cost analysis for mechatronic system
2019
Mechanical System Designer & Analyst
2018-2019
Design Engineer
LA OROCOVEÑA
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Determined materials and supplies based on goals and budgets
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Analyzed data to ensure product optimal performance
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Reduced competition technology cost by more than 50%
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Created multiple models and designs according to product goals and intended function
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Collaborated with technicians to understand product specifics and worked to ensure proper fabrication process
ASME, SDC TEAM
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Take initiative assuming leadership role inside engineering team
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Analyzed data to determine optimum design performance
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Designed most of man-controlled robotic system
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Conducted cost analysis for system designed
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Tested whole system performance
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Manufactured robotic system with engineering student team
2017
Mechanical Engineer
COCKI RACING TEAM
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Assisted in the design of a chemical reaction driven autonomous car
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Conducted test of the system performance
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Developed required mechanical theory to comply with competition goal
EDUCATION
MECHANICAL ENGINEERING
2014-2020
UNIVERSITY OF PUERTO RICO
MAYAGUEZ CAMPUS
COMPUTER SKILLS
ENGINERING DESIGN
Windchill PLM
(CAD Management)
Advanced
AutoDesk/Eagle (PCB & more) - Proficient
SolidWorks -
Advanced
Autodesk/Inventor (CAM) - Intermediate
CREO/PRO-E (CAD)
Intermediate
Siemens NX (CAD) -
Advanced
ENGINERING MECHANICAL ANALYSIS
Star CCM+ (CFD) -
Proficient
SolidWorks -
Advanced
Ansys (FEA) -
Proficient
Siemens NX (CAD) -
Advanced
EMBEDED SYSTEMS AND GENERAL PROGRAMMING
Arduino IDE -
Advanced
MATLAB (UI/UX Design & more) -
Proficient
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Visual Studio -
Intermediate
ELECTRICAL ROUTING AND PCB/ELECTRONICS DESIGN
SolidWorks -
Advanced
LogicWorks (electronics) -
Proficient
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AutoDesk/Eagle (PCB & more) - Proficient
OTHERS
Ultimaker Cura (3D printing) -
Advanced
Microsoft Excel -
Advanced
Camtasia (video editing) -
Proficient
Microsoft Project -
Advanced
EXPERTISE
I'M A MECHANICAL DESIGN ENGINEER
Specializing in mechatronic systems, I create everything from advanced robots and autonomous machines to mechanically actuated systems using intricate mechanical linkages. My goal is to deliver exceptional user experiences through thoughtful design and cutting-edge technology.
I'M A ELECTRICAL/ELECTRONICS ANALYST
With a solid foundation in electrical engineering, I bring extensive expertise in electronics and electrical components to my work in mechatronics. My deep understanding of electrical engineering principles, including the design of transistors and capacitors in IC chips, power management, and circuit noise reduction, empowers me to effectively address complex challenges in the industry. I am passionate about leveraging this knowledge to drive innovation and enhance system performance.
I'M A PROGRAMMER
I am an experienced programmer proficient in various programming languages and environments. My journey spans from developing console applications in C to designing user-friendly graphical interfaces for diverse applications. Additionally, I have hands-on experience with embedded systems, specifically using the ATMega328 microcontroller within the Arduino development environment. My passion for coding and problem-solving drives me to continually expand my skill set and tackle new challenges.