Course code: wbtp301
Course name: Project Industrial Production 3 

ECTS credits: 14

Faculty of  Mechanical Engineering and Marine Technology

Lecturer(s): Buiting-Csikós, mw. ir. Cs. (coordinator)

Tel.:  015-27 83300

Catalogue data:
Bussiness plan, strategic goals and policy, marketing, product structuring, design for assembly, design for production, manufacturing, logistics, factory layout, organizational structures, ethical and social policy, sustainability

Course year: BSc 3rd year
Period: x/x/0/0 or 0/0/x/x
Hours p/w: approx 10
Other hours: variable
Assessment: various
Assessm. period(s):
(see academic calendar)

Prerequisites: wbp524, wb5103

Follow up: wbtp303

Detailed description of topics:
The main objective is to acquire knowledge and skills, required to completely design a production environment, necessary  to introduce a new product into the market.

Course material:

• Kals, van Luttervelt, Moulijn, boek Industriële Productie, Ten Hagen Stam, 3e herziene druk, ISBN 90-440-0328-3
• Slack, Chambers, Johnston, Operations Management, Pearson Education, 4th edition, ISBN 0273679066.
• De Boer, Basisboek bedrijfseconomie, Wolters Noordhoff.
• Readers
• Information on internet

References from literature: None at the moment

Remarks (specific information about assessment, entry requirements, etc.):
Entry requirements: finished propaedeutic phase, wbp524 and finished 170% of the curriculum.
More information can be found at : http://www.wbmt.tudelft.nl/ip3-pto

Goals:
After the course, the student must be able to integrally design a manufacturing environment along with the required organization, in which the following aspects have to be taken into account:

• Integrated product and production design;

• assembly and fabrication processes;

• sustainability and environmental care;

• business management and economical aspects;

• life-cycle;

• marketing and sale.

The student must have acquired knowledge about technical, organizational and management processes and must have insight in production process on an industrial scale.

Computer use: Very freqently to write reports, make schematics, drawings, simulation activities and retrieval of information and communication with the lecturers.

Laboratory project(s): Major effort is computer-based design and simulation.

Design content: Design of a production environment.

Percentage of design: 100%