Skip to main content
CLICK & DRAG COMPONENTS TO INSPECT ASSEMBLIES
NPI / SYSTEMS LEADER

Yoav Schatzman

Medical Device NPI Project Manager Dublin, Ireland

Medical Device NPI Project Manager, experienced in end-to-end project delivery, R&D scale-up, validation, and production transfer under ISO 13485 & FDA Class II regulations. Proven track record driving cross-functional teams and implementing advanced metodologis to achive project objectives in scope.

Sectors // Semiconductors Medical Devices Healthcare Automotive
Ophthalmic Surgical Robotic Arm Assembly
FIG_01: INTRAOCULAR SURGICAL ASSEMBLY SYSTEM STATE: COMPLETED MVP
99.8% Repeatability Yield
+85% Laser Weld Yield
4 Lines Ramped Globally
01 // CHRONOLOGICAL PROGRESSION

Horizontal Career Timeline

From current medical surgical robotics integration back to lithography tooling scale-up at Intel. Scroll horizontally to inspect NPI milestones and yield optimization metrics.

THEORETICAL BASIS

"Medical device NPI engineering is the art of process composition, rigorous project management, Kaizen continuous improvement, and empowering cross-functional teams."

— Yoav Schatzman
MAY 2025 - PRESENT
UNIT_01

NITINOTES SURGICAL

Medical Device NPI Project Manager

  • Managing project of complex hybrid surgical system modules. From R&D to cleanroom manufacturing under ISO 13485, to meet objectives in scopes
  • Oversee objectives and success criteria for product motor units ramp-up and disposable accessory bundles, stabilizing production yields and achieving its defined requirements.
  • Implementor, Admin and Configurator of SolidWorks PDM, establishing cross-teams project workflows.
  • Design and qualify custom assembly/validation jigs, testing machinery, and plastic disposables with global suppliers via IQ/OQ/PQ protocols.
DOMAIN Endoscopic Robotics (FDA Class II)
MY PROJECTS Product & Disposable Accessory Bundles, PDM Administration
NUMBERS
  • 1st Commercial Launch ramp up
  • Implement new Part numbers in all product BOMs
  • Improve motors QC test by 30%
  • Welding process validation destructive test reduction by 60%
  • Laser welding process yield improvement by 30%
NOV 2023 - MAR 2025
UNIT_02

FORSIGHT ROBOTICS

Medical Device NPI Project Manager

  • Medical Device NPI Project Manager for complex ophthalmic surgical robotic arms, executing 1 product full DMR freeze (3,000+ parts).
  • Led cross-functional teams of integrators and engineers, utilizing 8D problem-solving to resolve complex multi-disciplinary hardware and quality deviations.
  • Managed project scope, schedule, cost, and risk mitigation between R&D, Operations, and QA through CDRs, IQ/OQ/PQ, and FDA Class II compliance.
  • Architected Windchill PLM infrastructure from scratch to ensure strict ISO 13485 traceability for First-in-Human clinical operations.
DOMAIN Ophthalmic Surgical Robotics
MY PROJECTS System Integration, PCBA & Harnesses Mfg, Cleanroom ATPs
NUMBERS
  • Established and managed DMR (Windchill) to freeze of 3000 parts
  • Project owner of system Harnesses and PCBA's of 600 parts
AUG 2015 - JUL 2023
UNIT_03

REE AUTOMOTIVE

Product Development & NPI Project Engineer

  • Coordinated design definitions and end-to-end project delivery across multi-disciplinary global R&D teams for vehicle scale-up.
  • Technical Project Manager leading product, production, and serviceability infrastructure for commercial Electric Vehicle platforms.
  • Applied Kaizen continuous improvement and data-driven risk management to achieve a 20% TCO reduction while meeting strategic partner milestones.
DOMAIN Software-based EV Platforms
MY PROJECTS Vehicle Serviceability & Tier 1 Infrastructure
NUMBERS
  • Total Cost of Ownership reduction by 20%
  • Led 2 Monetization projects using vehicle sensors platform
AUG 2015 - MAR 2020
UNIT_04

SOFTWHEEL (UNDER REE)

Technical Product Owner & NPI Project Engineer

  • Recruited and led a cross-functional team of 6 engineers, integrators, and QC professionals to consistently achieve company and customer KPIs.
  • Technical Product Owner managing 2 end-to-end product development cycles from market requirements (MRD/PRD) to mass manufacturing.
  • Led 4 global manufacturing line ramp-ups across N. America and Europe, applying 5-Why root-cause analysis to optimize assembly quality.
  • Secured FDA Class II and CE regulatory compliance, executing DMR Freeze for product mass distribution across 30 countries.
DOMAIN MedTech Mobility & Wheel Suspension
MY PROJECTS MRD/PRD, PDM, 4 Global Mfg Ramp-ups
NUMBERS
  • Launched 4 manufacturing lines.
  • Oversaw 2 product cycles, from requirements through R&D to MFG and distribution.
  • Ramped up production from R&D to distribution of 10K+ Annually.
  • 90% serviceability satisfaction through fast response and problem solving.
JUN 2012 - FEB 2015
UNIT_05

INTEL CORPORATION (FAB 28)

Process Engineer & Project Lead

  • Process and Tool Engineer in the Lithography department at Fab 28, managing advanced semiconductor fabrication tooling.
  • Served as technical leader for a team of 5 process integrators to optimize tool uptime and yield via 8D root-cause investigations.
  • Directed cross-functional cost reduction (DFC) projects, achieving over $1M in verified annual savings.
  • Established statistical process control (SPC) models to monitor manufacturing deviations and reduce defect densities.
DOMAIN Semiconductors (Lithography)
MY PROJECTS Process & Tool Engineering, Cost Reduction (DFC)
NUMBERS
  • Team of 5 Integrators, $1M+ Annual Savings
INTEL CORPORATION (FAB 28) Work Experience 1
NOV 2009 - SEP 2011
UNIT_06

INTOVISION DESIGN

R&D & NPI Engineer

  • R&D and NPI Engineer executing product development, SolidWorks 3D CAD modeling, prototyping, and stress analysis.
  • Spearheaded new product introduction tasks including Design for Manufacturing (DFM), Bill of Materials (BOM) structure, and Statement of Work (SOW).
  • Managed product life-cycle workflows including Design History Records (DHR), ECOs, and PLM database administration.
  • Executed installation, operational, and performance qualification (IQ/OQ/PQ) protocols for manufacturing verification.
DOMAIN Multidisciplinary R&D & Product Design
MY PROJECTS SolidWorks Modeling, DFM, BOM, IQ/OQ/PQ
NUMBERS
  • Full NPI Lifecycles (1yr 11mo)
INTOVISION DESIGN Work Experience 1

02 // ENGINEERING CASE STUDIES

Horizontal Experience Library

Deep dives into multi-systems engineering challenges, product ownership cycles, and transitioning R&D designs to commercial cleanroom manufacturing.

Robotics Medical Device ISO 13485 Systems Integration

1st product implementation - Surgical Robotic Arm Multisystem

Situation: Oversaw ophthalmic surgical arm multisystem NPI: Modules objectives, PLM (Windchill) infrastructure, quality, schedule, and ISO 13485 DMR compliance.

Image 1: Finished Robotic Arms Assembly
Image 2: Modeling and DMR Writing
Image 3: System Modules Complex Assembly
Constraint Solved: Dual surgical robotic arms integration and validation for cleanroom operation.
Constraint Solved: Complete 3D CAD modeling and 3,000+ parts DMR freeze for Windchill PLM.
Constraint Solved: High-precision structural chassis integration and encoder routing.
VIEW CASE STUDY →
3,000+
PARTS DMR OWNED
1 Alpha
FULL DMR FREEZE
FDA Class II SolidWorks PDM Validation Jigs Manufacturing

FDA Class II Medical Device Commercial Launch

Situation: Led NPI process redesign and tooling qualification for high-delicacy, low-yield laser welding processes under strict FDA regulatory constraints.

Stage 1: Alignment Jig
Stage 2: Weld Station
Constraint Solved: Redesigned concentric jig preventing thermal warping and ensuring error-proof alignment.
Constraint Solved: Optimized laser welding parameters with gas shielding, reducing destructive sampling by 50%.
VIEW CASE STUDY →
-50%
DESTRUCTIVE TESTING
>50%
PROCESS TIME REDUCED
Automotive NPI DFM EV Platform

Automotive Wheel Suspension & EV Platforms

Situation: Spearheaded end-to-end NPI launch, scope, and product requirements (PRDs/MRDs) for shock-absorbing wheel suspension products across global factories.

Stage 2: Sub-Assembly Jig
Stage 3: Robotic Welding Execution
Led a cross-functional team to develop and scale a high-precision rim welding process. Overcame strict geometric tolerance constraints and high prototyping costs to successfully transition the manual line into a high-volume, automated robotic welding station.
Constraint Solved: Secured dynamic wheel shock absorbers against axial load during manufacturing.
Constraint Solved: Automated robotic welding process increasing joint strength by 18%.
VIEW CASE STUDY →
4 Lines
GLOBAL MFG RAMP-UPS
10K+
ANNUAL SERIAL CAPACITY
Inhouse Transition 3D Rolling Machine Process Qualification ISO 13485 IQ-OQ-PQ

Replacement of Contractor Work to Inhouse Full Process

Situation: Sourced, qualified, and fully transitioned a critical rims manufacturing process from an external contractor to an in-house 3D rolling station under ISO 13485.

Constraint Solved: Sourced personalized design 3D rolling machine to own the rims manufacturing step.
VIEW CASE STUDY →
ISO 13485
COMPLIANCE LEVEL
LINAMAR
IMPLEMENTATION PLANT

03 // TECHNICAL PROFILE

Reliability & Scale

I help scale R&D prototypes into automated mass production, combining project management with practical process design and data infrastructure.

I love the creativity of it, the collaborative challenges of hardware engineering and the feeling of creation—you can see the outcomes in the case studies below.

FOCUS_AREAS: [SYSTEMS_INTEGRATION, DFM_DFA, PROCESS_QUALIFICATION, COMPLIANCE]

PM & Quality Methodologies

SMART Goals 8D Problem Solving 5-Why Analysis Kaizen & Lean Risk Management (ISO 14971) PMP Principles WBS & Scope Management IQ/OQ/PQ Protocols

Design & PLM

SolidWorks ANSYS ROS2 CAD Modeling DFMA PDM Windchill ERP

Manufacturing Processes

Extrusion Precision Laser Welding Forging Swiss-type Machining Injection Molding Coating & Adhesives PCBA Harnesses PLC

Standards & Compliance

FDA Class II ISO 13485 ISO 14971 IQC/OQC Verification DMR / DHR Management
04 // ACADEMIC & PROFESSIONAL CREDENTIALS

Education & Certifications

Rigorous engineering foundation combined with product management methodology. Click on institutions to verify credentials.

Academic Degrees

M.Sc. Mechanical Engineering
TAU Logo Tel Aviv University Major subject: Electromechanical mechanisms
2014 - 2017

Thesis on Computer Science theories applied to Mechanical Mechanisms under Prof. Ofer Shai.

Tensegrity Thesis Model
B.Sc. Mechanical Engineering
BGU Logo Ben-Gurion University Major subject: Thermodynamics and mechanical design
2007 - 2011

Graduation project at Negev Nuclear Research Center: Capillary High-Capacity Heat Pipe design and testing.

B.Sc. Graduation Project Poster
Graduation Project Poster Project_1_poster.pdf (1.3 MB)
VIEW PDF

Certifications & Education

Product Management
T Technion - Continuing Education Continuing Education & External Studies
2018 - 2019

Specialized curriculum in **Product Management** bridging design engineering, customer acquisition, and market strategies.

PMM101: Intro to Product Marketing
PMA Product Marketing Alliance
Professional Certification
Credentials

Introduction to Product Marketing Management (Certifications in product positioning, messaging, and go-to-market strategy).

Product Marketing Certificate product_marketing_cert.pdf
VIEW PDF
Advanced PLM & PDM Configuration
Professional Systems Certification SolidWorks PDM & Windchill Admin Credentials
Admin Creds

Specialized configuration and infrastructure administration for multi-departmental SolidWorks PDM environments.

Systems Engineering Course
SE INCOSE_IL - Systems Engineering Course Methodology & Design Lifecycle
Credentials

Formal training in requirements definition, interface verification, and validation metrics for complex multi-disciplinary hardware assemblies.

Mentoring & Leadership Program
G&T Give & Tech Mentoring Program Team Development & Engineering Leadership
Credentials

Formal mentoring training focused on leading cross-functional teams, developer onboarding, and collaborative project execution.

Yoav Schatzman
Give & Tech Team Activity
05 // SYNERGY OUTSIDE THE LAB

Characteristics & Athletic Drive

PROP_01 // LEADERSHIP

Systemic Execution Core

DATA-DRIVEN DECISIONS

Utilizing rigorous Statistical Process Controls (SPC) and performance modeling to make definitive architectural engineering choices.

LEAN NPI RUNTIME

Directing product development using structured waste elimination, DFM pipelines, and modular manufacturing configurations.

CROSS-FUNCTIONAL LINK

Connecting advanced physics research teams with global manufacturing plants and regulatory bodies (FDA, CE, TUV).

SYSTEM_METRIC_SET // COMPLETE
PROP_02 // ENDURANCE

Elite Physical Focus

Applying the same mental toughness required for complex systems engineering to open-sea endurance swimming, marathons, and triathlons.

OPEN-SEA SWIMMING MARATHONS
PROP_03 // HARDWARE DIY

Victorian Restoration

Restoring Victorian-era structural properties with thermodynamic building energy rating (BER) upgrades, applying structural analysis to historic envelopes.

THERMODYNAMICS BER ENHANCEMENT
PROP_04 // WORKSPACE INTEGRATION

Personal Google Data Space

This workspace section will dynamically sync with your validated Google drive files and private records once data connections are established.

OFFLINE_STATE
Yoav Schatzman

Let's build something exceptional.

Open to new opportunities, technical leadership roles, and engineering scale-up initiatives. Feel free to reach out directly.