Advanced Technologies in Engineering and Robotics (3 cr)

Evaluation scale

Pass/Fail

Content scheduling

YEAR: 2021
NAME: ADVANCED ENGINEERING TECHNOLOGIES AND ROBOTICS
CODE HBIG1001-3002
CREDITS 3 ECTS
SCHEDULE 6-22 JUNE at 14:15-15:30 (not 17, 23 and 24 June)
PLACE RAJAKATU CAMPUS

Date Content Teacher, classroom
Mon., 6 June Introduction Anneli Kakko, at BP15
Material Sciences in Mech. Eng. Janne Sundelin, at BP15
Tue., 7 June Material Sciences in Mech. Eng. (*), at classroom DP72
Wed., 8 June Material Sciences in Mech. Eng. (*), at classroom DP72
Thu., 9 June Material Sciences in Mech. Eng. (*), at classroom DP72
Fri., 10 June Material Sciences in Mech. Eng. (*), at classroom DP72

Mon., 13 June Robotics (**), at classroom DP61
Tue., 14 June Robotics (**), at classroom DP61
Wed., 15 June Robotics (**), at classroom DP61
Thu., 16 June Robotics (**), at classroom DP61

Mon., 20 June Company visit Anneli Kakko
Tue., 21 June Jyväskylä University visit (*)
Wed., 22 June Robotics (**), at classroom DP61

(*) Esa Alakoski (main teacher), Timo Laine and Vesa Jääskeläinen
(**) Aleksi Kuosmanen and Lari Leppänen

Objective

The aim is to deepen your knowledge in JAMK’s two focus areas: Automation & Robotics and Applied Materials Science.

Content

The course content depends on the knowledge level of the participating students, but general themes include:
- Automation and Robotics technology studies, laboratory work in the robotics laboratory
- Materials science in mechanical engineering, surface coating with nucleaction (PVD – Physical Vapour Deposition) and continuous (ALD – Atomic Layer Deposition) technologies, measurement technologies and laboratory demos

Materials

Learning material and recommended literature will be informed by the Senior Lecturer in the first meeting of the course.

Tailored materials created by teachers

Teaching methods

Lectures, teamwork, laboratory work, demos, independent study, and study visits

Employer connections

This course is ideally suited for students seeking careers in engineering fields.

Exam schedules

Not any specific exams.

The information about how to earn the credits will be shared by the senior lecturer during the course.

Completion alternatives

None

Student workload

Monday, June 6 - Friday, June 10
Monday, June 13 -Thursday, June 16
Monday, June 20- Wednesday, June 22

The classroom locations at Rajakatu campus are informed in the course schedule.

81 hours
- Lessons, visits, lab. work 21 h
- Assignments, presentations 38
- Independent reading and research 21

Assessment criteria, approved/failed

You will take part in all lectures, laboratory works & demos and company visits

Qualifications

Two-three year Bachelor degree studies at suitable degree program.

Further information

Only for the Summer School students from San José State University