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INTERNATIONAL GREEN LOGISTIC

2018-2019

EnIESEG School of Management ( IÉSEG )

Class code :

1819-IÉSEG-M1S1-OPS-MA-EI46UE

OPERATIONS MANAGEMENT


Level Year Period Language of instruction 
Master1S1EnEnglish
Academic responsibilityE.HADZILIAS
Lecturer(s)Elias HADZILIAS


Prerequisites

Students enrolled in this course should have taken introductory courses in Operations Management or have basic knowledge of operations acquired from professional experience or from an internship.

Learning outcomes

At the end of the course the student should be able to :
- Behave ethically and manage responsibly
- Master the topics related to design, planning and control of green logistics operations in manufacturing and service industries
- Identify sustainability challenges and opportunities for green logistics and business strategy including the tradeoff of social responsibility with shareholder responsibility
- Create sustainability in global logistics operations
-Synthesize various central concepts and theories of green logistics as the basis for analysing and evaluating the implications for the management of supply chains and the virtual enterprise
- Demonstrate knowledge of technologies and solutions which are used in international green logistics
- Apply emerging management approaches corresponding to green logistics strategy and operations.

Course description

1. International Supply Chain Management shift to Green Supply Chain Management
2. Industrial Ecology
3. Life-Cycle Analysis and Assessment
4. Methodologies for greening the logistics network
5. Decisions in green logistics
6. Eco-Design and Design for Environment
7. The application of green logistics in manufacturing and services: case studies
8. Green jobs of today: business opportunities in the global employment market


Class type

Class structure

Type of courseNumbers of hoursComments
Independent work
Research2,00  
Reference manual 's readings6,00  
Face to face
Tutorials4,00  
Interactive class12,00  
Independent study
Estimated personal workload8,00  
Group Project8,00  
Individual Project8,00  
Total student workload48,00  

Teaching methods

  • Case study
  • E-learning
  • Interactive class
  • Presentation
  • Project work
  • Research
  • Seminar
  • Tutorial


Assessment

Class Participation (Questions on Articles/Cases), Case Project (Group) and Final Exam

Type of controlDurationNumberPercentage break-down
Continuous assessment
Participation0,00030,00
Others
Group Project0,20130,00
Final Exam
Written exam2,00140,00
TOTAL     100,00

Recommended reading

  • The course will not use a single prescribed text book. All the required course material and readings are included in the course pack that is distributed electronically to the students before the course delivery. -

  • Sarkis, J. (2006) Greening the Supply Chain, Springer, ISBN 978-1-84628-298-0 - -

  • Cetinkaya, B., Cuthbertson, R., Ewer, G., Klaas-Wissing, T., Piotrowicz, W., Tyssen, C. (2011) Sustainable Supply Chain Management, Springer, ISBN 978-3-642-12022-0 - -

  • Emmett, S. & Sood V. (2010) Green Supply Chains: An Action Manifesto (2010), Wiley, ISBN 978-0-470689-41-7 - -

  • Olson. E. (2010) Better Green Business, Pearson Education, ISBN 978-0-13-701017-2 - -


Internet resources



 
* This information is non-binding and can be subject to change
 
 
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