Curricula

Objectives

The student is familiar with the terminology and principles of environment, safety and resource efficiency and their meaning to management and business. Student is able to recognize, evaluate, develop and measure related risks, possibilities and processes. Student knows the basic principles of risk communication. Student knows principles of systematic and continuous development and significance of management role in development work,

Content

Environmental and safety management and resource efficiency in organization. Material and energy efficiency. Circular economy.
Environmental and safety management and resource efficiency tools and indicators. Life cycle management of a product.
Continuous improvement and process development. Risk evaluation methods and application. Risk Communication.

Time and location

Contact lessons 24.-25.10.2021 and 12.-13.11.2021. Independent studies and and timing of assignments as announced in the course.

Learning materials and recommended literature

Laamanen, K. & Tinnilä, M. 2009. Prosessijohtamisen käsitteet. Teknova.
Laitinen, H., Vuorinen, M. & Simola, A. 2013. Työturvallisuuden ja –terveyden johtaminen. Tietosanoma.
Gregory, R., Failing, L., Harstone, M., Long, G., McDaniels, T. & Ohlson, D. 2012. Structured Decision Making – A Practical Guide to Environmental Management Choices. Wiley-Blackwell.
Karvonen, M-M., Kärnä, A. & Maijala, A. 2006. Tuottajan ympäristövastuu – riskienhallinnasta strategiseen suunnitteluun. Edita.
Leppänen, J. 2006. Yritysturvallisuus käytännössä – turvallisuusjohtamisen portfolio. Talentum.
Pohjola, T. 2003. Johda ympäristöasioita tehokkaasti. Talentum.
Lehtonen, J. 2009. Ettei pahin tapahtuisi – riski- ja kriisiviestinnän perusteet. Mainostajien liitto.
Kiertotalous energia-alalla. Loppuraportti. Deloitte 2018. Energiateollisuus.
Kiertotalous ja sen esteet energia-alalla. Raportti. Pöyry 2019. Energiateollisuus.

Teaching methods

Luennot, verkko-opiskelu, harjoitustyöt/oppimistehtävät, oppimateriaalin itsenäinen opiskelu.

Student workload

Lectures 32 h. Assignments 80 h. Other independent working 23 h. In total 135 h.

Further information for students

Evaluation: Feedback from the assignments, self-assessment.

Evaluation scale

0-5

Evaluation criteria, satisfactory (1-2)

Evaluation is based on teachers' feedback, self assessment and peer review.

1 (sufficient):
You know environmental and safety management and resource efficiency concepts and sectors. You are familiar with their significance to strategic management.

2 (satisfactory):
You master the basic terminology of environmental and safety management and resource efficiency. You can evaluate related organizational processes and management.

Evaluation criteria, good (3-4)

3 (good):
You master the terminology of environmental and safety management and resource efficiency. You can evaluate related organizational processes and management. You are able to present improvement needs and models for their development. You connect the development impacts to business.

4 (very good):
You master the terminology of environmental and safety management and resource efficiency widely. You can critically evaluate related organizational processes and management. You are able to present improvement needs and models for their development. You can start development projects and are able to understand broad ensembles and causal connections. You can apply processed knowledge base in problem solving.

Evaluation criteria, excellent (5)

5 (excellent):
You master the terminology of environmental and safety management and resource efficiency widely. You can critically evaluate related organizational processes and management. You are able to present improvement needs and models for their development. You can start development projects and are able to understand broad ensembles and causal connections. You show expertise and wide spontaneous familiarization to the knowledge base.

Prerequisites

Student has EQF/NQF6 level competence related to the topic.