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