Jan Miedema, Lab. of Design, Production and Management, University of Twente Mechanical engineering design But there is another side Design
Production Management Master Track My Next Step? Juan M. Jauregui Becker
Production Management
Production Management Raw materials, components, designs, market needs Product, finished goods
Production Management
Production Management
Production Management
Production Management Aerospace
Production Management
Production Management Market Supplies Product Design Production System Product
Facility Design Market Planning & Control Supplies Improvements Product Design Maintenance Courses in our Master Program Design of Prod. & inv. systems Manufacturing Facility Design Lean Six Sigma Green Belt Warehousing Integrated Life cycle management Maintenance engineering Production System Stochastic Models for Oper. Man. Supply Chain & Transportation Man Design, production and materials Product design TRIZ - fundamentals Product
Layout of the storage areas Routing strategies Slotting strategies Batching of orders Warehousing Simulation Work in Progress Throughput time Max Capacity Control Facility Design Manufacturing facility Design Selection of production processes fabrication methods and machines Determination of production capacity Capacity planning and line balancing. Facility and layout planning. Manufacturing systems Systems for material handling Material flow planning Facility location
Stochastic Models in Production and Logistics Little's law Queuing theory Configuration and production integration Management of BOM Management of design/configuration/pr oduction relations Planning and control Integrated Life Cycle Management Design of Production and inventory systems Market characterization (forecasting). Production control Inventory control Push and pull control Kanban systems Scheduling Control and Authorization methods
Improvements Lean Six Sigma Green Belt The term "six sigma process" comes from the notion that if one has six standard deviations between the process mean and the nearest specification limit, as shown in the graph, practically no items will fail to meet specifications. This is based on the calculation method employed in process capability studies.
Design of Production System Production System Facility Design Improvements Planning & Control
Research Configuration management Production System Design Methods Effectiveness & Efficiency Robustness & Flexibility
Research Topics Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
Research Topics Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
Voestalpine 1300 different products Yearly demand varies from 10 to 50.000 pieces a year
Voestalpine
Research Topics Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
OEE at VDL
Research Topics Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
Lean Design of Production Systems
Research Topics Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
Configuration Management Robust and flexible production systems Lean Manufacturing Lean Design of Production systems Configuration management
Bedrijven waar opdrachten zijn/worden/zullen worden/kunnen worden uitgevoerd Synthese tools en magazijninrichting AKZO zout Canada Defensie, Stork Aerospace
PM around the world
PROSPECT CAREER PATHS
Prospect Career Paths Production engineer/ manager Consultant
Do you want to become a production engineer? Wieteke Sipke Marco Hans Juan Contact: s.hoekstra@utwente.nl