I'M
Daniel
servansky.
ELECTROMECHANICAL SYSTEMS ENGINEER,
MEDICAL DEVICES
01 PROFESSIONAL
KEY SKILLS
ELECTROMECHANICAL DESIGN
9/10
PROTOTYPING
10/10
SYSTEMS INTEGRATION
8/10
COMPUTER AIDED DESIGN
8/10
FINITE ELEMENT ANALYSIS
7/10
++PROGRAMMING ARDUINO / C
6/10
TECHNICAL LEADERSHIP
9/10
DATA ANALYSIS & PRESENTATION
9/10
D
Hello. I am a results-driven Electromechanical System Engineer with over 12 years of experience focusing on the design, prototyping and development of complex and technology-rich medical devices.
I am skilled in the full NPD process from concept generation to design feasibility, requirements cascading, FMEAs, Verification & Validation, Design Transfer and Launch.
I am adaptable, comfortable in fast-paced environments, not fazed by complex projects, and laser focused on driving innovation, generating meaningful intellectual property, and cross-functional collaboration.
This is my passion.
02 PORTFOLIO
A SMALL SAMPLE OF RECENT PROJECTS. SEE MORE >
03 Experience
2016 - 2022
PHILIPS
Project Engineer, Advanced Development
I was responsible for ideating, designing and prototyping next-generation respiratory care devices with complex electromechanical systems incorporating advanced rapid prototyping methodology, motors, valves, sensors, UI elements, Arduino and Teensy microcontrollers, and prototype PCAs. Early development activities include detailed mathematical modeling, CAD design, FEA and CFD.
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Sr. Mechanical Engineer, NPD
I was responsible for the system-level design, integration and optimization for next-generation portable oxygen concentrators. I was the technical expert in BLDC motors, valves, compressor design, and system optimization.
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Sr. Mechanical Engineer, Sustaining
I was responsible for managing the full development cycle of several concurrent cross-functional product improvement projects resulting from field complaints, design improvements, cost reduction, and component obsolescence.
2013-2014
PLASMA SURGICAL, INC.
Process Development Engineer
I was responsible for designing, developing and implementing clean room compatible processes, fixtures and equipment for semi-automated device assembly. I was responsible for performing day-to-day preventive and corrective maintenance and conducting root cause analysis on process equipment failures.
2009-2013
ANIMAS CORPORATION
Mechanical Engineer II, Research & Development
I was responsible for leading the electromechanical development of the next-generation Class III wearable subdermal drug delivery pump. I managed the technology block co-development with engineering partner HCL Technologies. I produced marketing and functional prototypes for usability studies, feasibility, and human factors testing.
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Product Engineering Intern
I was responsible for performing root cause analysis on product field failures, then designing, prototyping and implementing design improvements. I developed a real-time scrap tracking platform for process yield improvement.
2010-2011
AMTRAK
Engineering Systems Development Intern
I was responsible for designing, developing and implementing a Visual Studio based timekeeping software package for compilation of contractor timesheets as part of a Federal Stimulus disbursement report. I developed report building software to track the progress of asset management projects, including track maintenance orders, and rolling stock and equipment geolocation.
2014-2016
HALYARD HEALTH
F.K.A. KIMBERLY-CLARK HEALTHCARE
Project Development Engineer, NPD
I was the technical project lead for the development of the next-generation enteral feeding device and technical expert for polyurethane extrusions. I planned, authored and executed feasibility, V&V and Human Factors testing and mentored junior engineers and co-ops.
2022-Present
OCTOdent
Principal Product Development Engineer
I lead the design and development of devices, components, and subassemblies for innovative dental products from conceptualization and prototyping, through commercialization.
2008-2009
CHECKPOINT SYSTEMS
Research & Development Intern
I was responsible for designing injection molded components for durable Electronic Article Surveillance loss prevention tags. I designed and ran feasibility studies on in-line RF equipment to improve process efficiency and ergonomics.
04 PUBLICATIONS
Patent Application 2019P00956WO
Oxygen Concentrator with Flow Sensor in Waste Gas Duct
CONTACT
Hey there. Let's have a chat.
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Message me to get in touch about projects, ideas, opportunities or anything else.