Opintojakso

Näytä opetus
BK50A4500 Advanced Metal Materials Processing, 5 op 
Tunniste BK50A4500  Voimassaolo 01.08.2018 -
Nimi Advanced Metal Materials Processing  Nimilyhenne Advanced Metal 
Laajuus5 op   
TyyppiYleisopinnot  
LajiOpintojakso   
  ArvosteluasteikkoOpintojaksot 0-5,H,P 
  Jatko-opintokelpoinenkyllä
    Voidaan suorittaa useastiei
Vastuuyksikkö LUT School of Energy Systems (23B2) 

Opettajat
Nimi
Mikael Ollikainen 
Juha Varis 

Opintojakson kuvaus opinto-oppaan mukaan
Huom 

Location: kokonaan verkossa / full digi

 
Suoritusvuosi 

M.Sc. (Tech.) 2

 
Periodi 

1-2

 
Opetuskieli 

English

 
Vastuuopettaja(t) 

Professor, D.Sc. (Tech.) Juha Varis

 
Tavoitteet 

After having completed the course, students are able to explain how the production is part of company’s strategy, and they are able to use this knowledge when improving the production to be a part of the company strategy. The student is able to design and manage manufacturing systems. Students are able to integrate production processes. The student can conduct companies’ complex research, design, production and development projects. The student is able to prepare up a comprehensive technical scientific report. Students are able to search and critically evaluate information on the latest trends in the production and production studies, and to apply that knowledge in order to solve research problems in production technology. Students are able to express their own viewpoints related to manufacturing technology and present the results of its own investigation, as well as in writing and orally. The student is able to critically evaluate research findings / research reports and give constructive feedback.

 
Sisältö 

Principles, application areas, the physical principles, comparison, and selection criteria in conventional machining processes. Complementary manufacturing processes, electrohydraulic forming, magnetic impulse forming, hydroforming of tubular materials, special roll forming, and special metal cutting methods. Finding and comparing suitable production management models based on novel manufacturing technologies. Formation of product’s manufacturing costs and determination of the volume of production, calculation and interpretation. Factors to be taken into account when machine tools are purchased, implemented to be a part of the production, running on hold and condition monitored. Meaning of the collaboration of product development and manufacturing and computer-aided technologies (CAD, CAP, PPS, CAM) and the utilization of modulation, standardization and design for manufacturing and assembly (DFMA) in industry-production development tasks. The meaning of rapid prototyping technologies for small-batch manufacturing design and manufacturing. Seminar works are widely covering manufacturing topics.

 
Suoritustavat 

Lecture 28 h available at Moodle 1st-2nd period, Seminars 6 h 2nd period, Seminar work 60 h 1st-2nd period, Independent study 36 h. 1st-2nd period, Total workload 130 h 1st-2nd period.
The course is suitable for distance learning.
Seminar day will be held at LUT, the exact day will be announced early autumn.

 
Soveltuvuus jatko-opintoihin (Kyllä/Jätä tyhjäksi) 

Yes

 
Kuulustelujärjestyksen mukainen tentti (Kyllä/Ei) 

No

 
Moodle-tentti (Kyllä/Ei) 

Yes

 
Exam-tentti (Kyllä/Ei) 

No

 
Arviointiskaala ja arviointimenetelmät 

0-5, Moodle-exam 60 %, seminar 40 % (oral seminar presentation at LUT and opponent).

 
Oppimateriaalit 

Course material will be published in Moodle weekly.

 
Vaihto-opiskelijoille paikkoja? (Kyllä,paikkamäärä/Ei) 

max 5

 
Paikkoja avoimen yliopiston opiskelijoille? (Kyllä, paikkamäärä/Ei) 

No

 


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