Circular Economy Management (5 cr)

Evaluation scale

Pass/Fail

Objective

Purpose of the course
To conserve natural resources, the product's life cycle must continue. The circular economy as an economic model combines business with sustainable development. After completing this course, you have learned to recognize the reuse of materials and understand the economic benefits of reusing them. Your knowledge will evolve in the circular economy business models and their material flows, and you will be able to harness its potential. Your knowledge of the circular economy is growing. The course will give you a clear idea of ​​the circular economy and its boundary conditions. You can also apply what you have learned to practice.

Competences:
This course promotes and evaluates: Circular Economics, Communication and Teamwork (ability to effectively communicate information, ideas, problems, and solutions within the engineering community)

Learning outcomes:
You understand and internalize the principles of the circular economy and recognize its boundary conditions. You are capable of designing and managing material flows within the circular economy, collaborating with both internal and external members of the engineering community. Use this course to identify business opportunities in the circular economy. You will understand how to operate in a circular economy and will be able to apply what you have learned to practice.

Content

1.Strategy (Linear-> Responsible-> Circular Economy) ~ Image, Value Added
2. Material Identification / Management
3.Supply Chain
4.Businessmodel
5.Businessmodel ~ phenomena

Materials

Learning environment videos and files.

Learning environment videos and files.

1-5231-2912-3 Nogalski, B. (2020). Networked business models in the circular economy. IGI Global.

1-78801-620-3 Borrion, A., Black, M. J. & Mwabonje, O. (2021). Life Cycle Assessment: A Metric for the Circular Economy. Royal Society of Chemistry.

1-78966-532-9 Weetman, C. (2021). A circular economy handbook: How to build a more resilient, competitive and sustainable business. Kogan Page, Limited.

Teaching methods

This implementation is intended for students in a bachelor's degree. (Bachelor's Degree, Full-time studies)
Teaching takes place in a classroom on the Rajakatu campus.
The course is conducted from the "winter break" week to week 18. It includes a minimum of 4 hours of instruction per week (2+2).
The learning of the course takes place strongly through the personal interaction brought about by the contact lessons.
During the teaching, the topic is covered with the help of homework and case studies.
During the course, you will receive oral feedback from both the teacher and your fellow students.
The teaching environment of the course is Moodle, with a more detailed course schedule and assignment structure.
lectures / webinars, webinars, assignments / learning assignments, seminars / workshops.

Employer connections

Visiting lecturers are used help to connect to work life.

Exam schedules

Completion of the course does not include an exam but a learning diary.

International connections

The course material is based on international literature.

Student workload

The student spends 27 hours to complete one credit.
For this course, 135 hours are divided into contact teaching as well as independent learning.
To complete the course, you will need to set aside 80 hours for homework.

Assessment criteria, approved/failed

You understand and internalize the principles of the circular economy and recognize its boundary conditions. You will be able to design materials for the circular economy with internal and external members of the engineering community. Use this course to identify business opportunities in the circular economy. You will understand how to operate in a circular economy and will be able to apply what you have learned to practice.

Qualifications

Ability to work in a group. Application skills.

Further information

The assessment is based on learning objectives, quality and criteria, and self-evaluation by the student plays an important role in the process.