Role and evolution of purchasing
Purchasing Process Model
Purchasing Categories and Purchasing Strategy
Purchasing Portfolio: definition and evolution of Kraljic matrix
Supplier Selection
Supplier Management and Development
Supplier Management and Development: risk an scenario analysis
Supplier management: cost approaches and techniques
Supplier management: advanced cost approaches and learning effect
Basic supplier contracting options
Introduction to production inventory models: EOQ and its variants
Advanced production inventory models: Joint Replenishment Problem, Newsvendor, Joint Economic Lot Sizing Problem
- Instructor: Simone Zanoni
Coruse Syllabus: not available
- Instructor: Franco Concli
- Instructor: Carlo Gorla
Topics
1. Principle of virtual work
2. Shafts and shaft components
3. Gears
4. Bearings
5. Bolted connection
6. Welded connections
7. Pressure vessels
8. Low Cycle Fatigue and Plasticity
9. Miscellaneous
Exam
Coursework will be weighted as follows: final written test dealing with a simple design of a structural problem (50%) and, if successful, an oral examination (50%)
1. Principle of virtual work
2. Shafts and shaft components
3. Gears
4. Bearings
5. Bolted connection
6. Welded connections
7. Pressure vessels
8. Low Cycle Fatigue and Plasticity
9. Miscellaneous
Exam
Coursework will be weighted as follows: final written test dealing with a simple design of a structural problem (50%) and, if successful, an oral examination (50%)
- Instructor: Franco Concli
- Instructor: Fabrizio Bottacin
- Instructor: Guido Orzes
Coruse Syllabus: not available
- Instructor: Elisabetta Ceretti
- Instructor: Roberto Belotti
Coruse Syllabus: not available
- Instructor: Ivan Ferretti
Coruse Syllabus: not available
- Instructor: Jose Jacob
- Instructor: Stefano Nuzzo
Course Syllabus
The "Mechatronics and Robotics" course (module I of the Industrial
Automation and Mechatronics course) is aimed at furnishing concepts and
skills for understanding and modelling mechatronic systems and
industrial robots as well as competences gained with practical and lab activities on how to simulate and program
them.
Topics:
- Introduction to Mechatronics and Robotics
- Overview of industrial (and service) robotics, history and markets
Topics:
- Introduction to Mechatronics and Robotics
- Overview of industrial (and service) robotics, history and markets
- Mechanics of
Robots: architectures
and main features
-
Robotics: 3D kinematics and statics (direct and inverse kinematics,
differential kinematics and statics, application to industrial
manipulators)
- Industrial Robots: simulation (e.g. Matlab, ABB RobotStudio) and programming (e.g. Adept V+)
- Industrial Robots: simulation (e.g. Matlab, ABB RobotStudio) and programming (e.g. Adept V+)
- Collaborative Robots
- Instructor: Giovanni Carabin
- Instructor: Renato Vidoni