Problem Solver

Mark Krutyholowa

Mark Krutyholowa

Areas Mark Krutyholowa is Knowledgeable in:

Medical Device Manufacturing
Drug Delivery Devices
Biotech
Material Science
Smart Factory; Equipment, Measurement Systems, Vision Systems, Mixed Reality
Smart Factory Technology: Machine Learning
Talent Development

Techniques Mark Krutyholowa Uses:

Mindmapping
Brainwriting
5 whys
Evolutionary Design
TRIZ
Functional Analysis
Decomposition
Story telling
SCAMPER
Supplier Innovation Ecosystem

Mark Krutyholowa's Problem Solving Skills:

  1. Materials, Ceramics, Polymers, Metals, Glasses
  2. Smart Factory Machine Learning, AI, Mixed Reality, Virtual Reality
  3. Smart Factory Measurement Systems (Vision Systems) and Virtual Maintenance
  4. Smart Factory Technology Manufacturing Equipment, Automation, Co-Bots
  5. Biotech, Biomedical; Combination Products; Syringes, Patches, Pumps, Injectors, Implants
  6. Project and Program Management for New Product, New Process, and Smart Factory Development
  7. Lean, Six Sigma, Design for Six Sigma, Design for Reliability, Design for Manufacturability and Assembly
  8. Medical Device DHF, Design Control, Design, Characterization, Verification and Validation, Scale Up
  9. Automation, Supplier Innovation, Technology Road Map, and Supplier Identification and Selection
  10. Talent, Employment; Core Competencies Necessary to Rapidly Deliver Programs.
  11. Innovation Methodologies, Processes, and Standard Work to Solve a Use Case
  12. Value Driven Product Development
  13. Lean Cell Operations and OPEX Implementation
  14. Business Continuity and Supply Chain Planning
  15. Statistics: Data Analysis, Data Mining, Sample Size Analysis, Problem Solving
  16. Pharma: Risk Analysis
  17. IoT Machine to Machine Interfaces, Sensors, Actuators, Wi-Fi.
  18. Healthcare: Strategic Project Selection

Mark Krutyholowa's Problem Solving Experience:

  1. -Developed a method for assembling drug coated stents on catheters.
    -Identified smart factory manufacturing processes, equipment, IOT in the manufacture of regenerative tissue products.
    -Identified transdermal and implantable medical device solutions to treat hypertension.
    -Developed novel material compositions to increase the lubricity of guide catheters.
    -Developed novel manufacturing processes to apply lubricious material compositions during extrusion.
    -Identified automation solutions to improve the manufacture of ink.
    -Optimized manufacturing and measurement solutions in the manufacture of ink to create new product platforms.
    - Decreased the time to market of products through use of IT solutions and the number and core competencies of resources used. (increased speed from ideation to market by 75%)
    -Implemented a supplier innovation strategy to accelerate the process of identification and implementation of smart factory technologies