I'M
Daniel
servansky.
MEDICAL DEVICE ENGINEER
ELECTROMECHANICAL SYSTEMS
01 PROFESSIONAL
KEY SKILLS
ELECTROMECHANICAL DESIGN
10/10
PROTOTYPING
10/10
SYSTEMS INTEGRATION
8/10
COMPUTER AIDED DESIGN
9/10
FINITE ELEMENT ANALYSIS
8/10
++PROGRAMMING ARDUINO / C
6/10
TECHNICAL LEADERSHIP
9/10
DATA ANALYSIS & PRESENTATION
9/10
DESIGN VERIFICATION
10/10
D
Hi, I’m Daniel Servansky, a Principal Mechanical Engineer with a passion for developing innovative medical devices that make a difference in people's lives. Throughout my career, I’ve had the opportunity to lead the design, prototyping, and development of cutting-edge technologies, taking ideas from initial concepts all the way to commercialization. My work focuses on creating high-quality, compliant products that improve patient outcomes and meet rigorous industry standards.
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I thrive in collaborative environments, working with cross-functional teams to bring projects to life. Whether it’s electromechanical systems, process development, or technical leadership, I’m always focused on finding solutions that push the boundaries of what's possible. I enjoy guiding teams through every stage of the product lifecycle, ensuring that we not only meet but exceed expectations.
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A big part of my work involves fast-paced iterative design optimization. I’ve developed custom test equipment, optimized workflows, and ensured that every product I’ve worked on meets the highest levels of safety and reliability. My goal is always the same: to deliver medical devices that truly make a difference in patient care.
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 that integrated complex electromechanical systems. My work involved advanced rapid prototyping techniques and incorporating motors, valves, sensors, and UI elements, along with Arduino and Teensy microcontrollers and prototype PCAs. During the early stages of development, I focused on detailed mathematical modeling, CAD design, FEA, and CFD to ensure that our designs were optimized for performance and efficiency.
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Sr. Mechanical Engineer, NPD
I was responsible for the system-level design, integration, and optimization of next-generation portable oxygen concentrators. As the technical expert, I specialized in BLDC motors, valves, and compressor design, ensuring that each component worked seamlessly together for optimal performance. My role also involved fine-tuning the entire system to deliver reliable, efficient respiratory solutions.
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Sr. Mechanical Engineer, Sustaining
I managed the full development cycle of several concurrent cross-functional product improvement projects, addressing everything from field complaints and design enhancements to cost reduction and component obsolescence. My role involved coordinating with internal and external teams to ensure that we delivered effective solutions while keeping the products reliable and up-to-date on changes in compliance requirements.
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
As Principal Product Development Engineer at OCTOdent, I’ve led the design, development, and launch of innovative medical dental products, overseeing engineering, marketing, and operational efforts. Managing a talented engineering team, I’ve delegated tasks, tracked progress, and facilitated weekly sprint planning meetings and monthly retrospectives as Scrum Master, ensuring continuous improvement and alignment with project goals. I also led weekly project update meetings with upper management, communicating key metrics such as project status, risk assessments, and milestones, while escalating critical issues as needed. My work has included developing intricate devices with advanced polymers, micromolded components, and chairside drug delivery systems while proactively identifying and mitigating project risks.
In addition to technical leadership, I’ve conducted in-person and virtual visits with dentists to gather feedback for design refinements, combining market research with human factors engineering. I’ve also developed project charters and business plans, aligned budgets, and created ROI estimates to support strategic decision-making. Beyond engineering, I’ve handled graphic design for packaging and marketing materials and managed OCTOdent’s social media presence to enhance brand visibility and engagement..
2013-2014
PLASMA SURGICAL, INC.
Process Development Engineer
I was responsible for designing, developing and qualifying clean room-compatible processes, fixtures, and equipment for semi-automated device assembly. I also handled the day-to-day preventive and corrective maintenance, ensuring everything ran smoothly. Additionally, I conducted root cause analysis on equipment failures to keep processes efficient and reliable.
2010-2011
AMTRAK
Engineering Systems Development Intern
I designed and developed a Visual Studio-based timekeeping software package to compile contractor timesheets for a Federal Stimulus disbursement report. I also created report-building software to track the progress of asset management projects, including maintenance orders and the geolocation of rolling stock and equipment, ensuring everything stayed on track and up to date.
2009-2013
ANIMAS CORPORATION
Mechanical Engineer II, Research & Development
I led the electromechanical development of a next-generation Class III wearable subdermal drug delivery pump. I worked closely with our engineering partner, HCL Technologies, to co-develop the technology blocks that seamless integrated into the overall product design. I also created both marketing and functional prototypes, which were used for usability studies, feasibility testing, and human factors analysis to ensure the device met all user and regulatory requirements.
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Product Engineering Intern
I focused on performing root cause analysis on product field failures and then designed, prototyped, and implemented improvements to address those issues. I also developed a real-time scrap tracking platform, which helped improve process yields and overall efficiency.
A JOHNSON & JOHNSON COMPANY
2008-2009
CHECKPOINT SYSTEMS
Research & Development Intern
I was responsible for designing injection-molded components for durable Electronic Article Surveillance (EAS) loss prevention tags. I also designed and conducted feasibility studies on in-line RF equipment, helping to improve both process efficiency and ergonomics in the manufacturing workflow.
04 PUBLICATIONS
Patent Filing 63/703721
October 2024
Assemblies, systems, and devices for transfer of fluid
Patent Filing 18/620229
June 2024
Assemblies, systems, and devices for dental procedures
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.