Examination arrangement

Course content

- Casting - Metal Forming - Machining - Cutting, deviding methods - Polymer production - Assembly processes - Powder metallurgy - Joining methods - Special methods - Additive manufacturing - Industrial machines and systems - Recent developement within manufacturing engineering - Mandatory work -Work shop work - Technical visits (Can be cancelled )

Learning outcome

Knowledge - Most common production methods and the products made by these Methods - Some highly specialized production Methods - Economic aspects of choosing production Methods - Environmental aspects of choosing production Methods Skills - Understanding of industrial Production - Usage of industrial machines - Calculate and choose production parameters - Choose of tooling - Choose of optimal production Methods General knowledge - Students should be able to see the choice of production method in a holistic perspective. This means in particular ecological, environmental conditions. - Students should have sufficient knowledge of different production processes to understand how choice of Method affects a product development process.

Learning methods and activities

The course can be given as a guided self-study if less than 6 students are registered.

Lectures (Lectures can be completely or partially replaced by a series of films that cover the content of lectures) - Compulsory assignments- Laboratory work (Excursions) Completion of excursions may fall out some years

Supplementary information:

- Exercises / problem solving

- Self-study / seeking information from alternative sources

The course is adapted for implementation for both campus students and online students. Students are free to choose the form of communication that is best adapted to the individual's needs. The course is lectured with 12 - 14 lectures on campus that are open to everyone. For each individual lecture, there is compulsory work in the form of assignments, laboratory work or both

This is posted online: Streaming of lectures Assignments for each lecture - Minutes from lectures - Movies and other AV material

Mandatory work requirements:

• Organize in groups (3-5 members)
• 80% of lab assignments must be approved by the deadline. Performed as teamwork i groups (Points system used)
• 80% of mandatory submissions must be approved by the deadline. Performed as teamwork i groups (Points system used)

Lab assignments and compulsory assignments can be given as fellow student evaluations

Online students: During the semester, a 4-day meeting is held on campus for online students where they will carry out laboratory work. This is combined with any planned company visit.

Compulsory assignments

• Mandatory work objects

Further on evaluation

Work requirements consist of lab reports and/or compulsory submissions (8-16 pieces in total), distribution between lab reports and compulsory submissions may vary. At least 80% of the work requirements must be passed in order to take the exam. A points system is used where different scores can be given for different tasks The final grade is based on a 4-hour written school exam which is carried out in Inspera. Postponed written exam in August. Approved compulsory work and laboratory exercises are valid two years back if repeated.

Recommended previous knowledge

Material science BcS level

Course materials

-Serope Kalpajian / Steven R Schmidt Manufacturing Engineering and Technology, Pearson ISBN 978-1-292-42224-6 ( 8 versjon) Older versions are (ver 6 og ver 7 ) also valid

Gomeringer m.fl: Mechanical and metal trades handbook, ISBN 978-3-8085-1915-8 -

Additiv tilvirkning kompendium NTNU TE Nicolaisen - Beregning og valg av produksjonsparametere TE Nicolaisen - En innføring i industrielle styringer Kompendium HIG TE Nicolaisen - Nyere utvikling innenfor produksjon og produksjonsprosesser NTNU TE Nicolaisen

Additional literature - Corneliussen, Rolf Garbo: Tilvirkningsteknikk, Fagbokforlaget, ISBN 978-82-767-4559-7 Hartvigsen m fl. Verkstedhåndboka. ISBN, 9788205357075

Credit reductions