Industrial robots in production (5 cr)

Objective

On completion of the course, the student will be able to take advantage of robots in automatic production and assembly. The student will be able to design products taking their automated manufacturability and assembly into account.

Content

1. The robot types and structures
2. Industrial applications of robots and robot systems
3. Robot grippers and tools
4. Sensors in robots and robotic systems
5. Programming and the use of robots
6. Robot safety
7. Product design from the automated manufacturability and assembly point of view.

Location and time

Opintojakso alkaa lukujärjestyksen mukaisesti viikolla 3
Opintojakso päättyy viikolla 20
Mahdollisista muutoksista tiedotetaan erikseen opintojakson OMA-työtilan tiedotteella ja sähköpostitse opiskelijoiden Metropolia-sähköpostioisitteeseen.

Materials

Materiaali julkaistaan opintojakson Moodle.työtilassa.

Teaching methods

Lähiopetus ja itseopiskelu verkkomateriaalin avulla. Lisäksi laboratoriossa tapahtuvaa lähi- ja itseopiskelua.
Opintojakson verkomateriaali julkaistaan opintojkason Moodle-työtilassa.

Exam schedules

Opintojakso arvioidaan tehtävien ja laboratorioharjotuksen perusteella.
Tarkat päivämäärät palautuksille opintojakson moodle-työtilassa.

Student workload

Opintojakson opintopistemäärä on 5op.
1 op = 27h opiskelijan työtä.
Opintojen suorittamiseen on varattava 135 tuntia.

Lähiopetusta on noin 50% ja itseopiskelua noin 50%.

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

The student is familiar with the possibilities of industrial robots in manufacturing and assembly processes. The student knows the product design criteria for simple automated manufacturing and assembly.

Assessment criteria, good (3)

The student is familiar with the possibilities of industrial robots in manufacturing and assembly processes, and can use robots in simple manufacturing and assembly processes. The student knows widely the product design criteria for simple automated manufacturing and assembly.

Assessment criteria, excellent (5)

The student is familiar with the possibilities of industrial robots in manufacturing and assembly processes, and can use robots in various manufacturing and assembly processes. The student is able to design products for manufacture and assembly in automated manufacturing processes.
The student knows widely the product design criteria for simple automated manufacturing and assembly.

Assessment criteria, approved/failed

The student is familiar with the possibilities of industrial robots in manufacturing and assembly processes. The student knows the product design criteria for simple automated manufacturing and assembly.

Assessment methods and criteria

Opintojako arvioidaan tentin ja harjoitustöiden/harjoitustyön perusteella.

Arvosana muodostuu tentin ja harjoitustöiden/harjoitustyön keskiarvosta.

Objective

On completion of the course, the student will be able to take advantage of robots in automatic production and assembly. The student will be able to design products taking their automated manufacturability and assembly into account.

Content

1. The robot types and structures
2. Industrial applications of robots and robot systems
3. Robot grippers and tools
4. Sensors in robots and robotic systems
5. Programming and the use of robots
6. Robot safety
7. Product design from the automated manufacturability and assembly point of view.