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Operations and Logistics Engineering
State engineer
Diploma awarded
: State engineerDuration of studies
: 3 yearsCoordinator
: Pr. Mouhsene FriThe training program, meeting the standards required by the Ministry, is both theoretical and practical while being multidisciplinary.
Modules |
|
Module code |
Module title |
GOL11 |
Operational research for logistics |
GOL12 |
Probability and statistics |
GOL13 |
Industrial engineering: experiments and methods |
GOL14 |
Computers and programming |
GOL15 |
Scientific organization of work |
GOL16 |
Tools for designing and analyzing products and services |
GOL17 |
Organizational behavior and management |
GOL18 |
Languages, communication and culture Euromed I |
GOL21 |
Quantitative methods in logistics |
GOL22 |
Introduction to Systems Design |
GOL23 |
Production techniques and methods |
GOL24 |
Industrialization of products |
GOL25 |
Automatic and mechanical |
GOL26 |
Digital chain for Industry 4.0 including virtual and augmented reality and Artificial Intelligence Introduction |
GOL27 |
Introduction to Entrepreneurship |
GOL28 |
Languages, communication and culture Euromed II |
GOL31 |
Industrial engineering of a product |
GOL32 |
Operational safety and maintenance |
GOL33 |
Logistics and supply chains |
GOL34 |
Methods in Tactical and Operational Supply Chain Management |
GOL35 |
Information systems |
GOL36 |
project management |
GOL37 |
Economics of the engineer |
GOL38 |
Languages, communication and culture Euromed III |
GOL41 |
Flexible organization of production |
GOL42 |
Experiment planning and optimization |
GOL43 |
Discrete event models |
GOL44 |
Flow management and multi-criteria decision |
GOL45 |
Distribution Systems |
GOL46 |
Cooperation in the supply chain |
GOL47 |
Purchasing management |
GOL48 |
Languages, communication and culture Euromed IV |
GOL51 |
Design and optimization of logistics networks |
GOL52 |
Transportation networks |
GOL53 |
Databases and internet applications |
GOL54 |
Design of predictive systems for business |
GOL55 |
Equipment fleet management |
GOL56 |
Sector specificities: Health, banking and communication |
GOL57 |
Business Law |
GOL58 |
Languages, communication and culture Euromed V |
PFE |
Project Graduation |
The “Operations and Logistics Engineering” sector aims to train engineers capable of optimizing the entire logistics chain at the strategic level (selection of suppliers, opening/closing of sites, location of warehouses, implementation place of information systems, creation of the distribution network, etc.) to the operational level (supply management, quality management, workshops, distribution, etc.) through the tactical level linked to operation and optimization of industrial equipment.
Performance specialists, operations and logistics engineers implement production programs based on the optimal use of equipment with a view to increasing the company's productivity. They thus focus on the production apparatus which will make the different products or services available.
Euromed Polytechnic School (EPS)
Training in operations and logistics engineering offers to train engineers who:
- Have the necessary scientific skills in fundamental and applied sciences, as well as appropriate managerial skills (project management, entrepreneurship, economics and sustainable development);
- Master the methodological and practical bases of the supply chain, as well as the main associated tools;
- Promote mastery of modern approaches to organizing logistics;
- Develop skills related to the modeling and analysis of complex logistics networks.
In addition to these basic skills, there is the Euro-Mediterranean profile of engineers from the Euromed University of Fez who particularly have :
- Skills in languages (French, English), communication and Euro-Mediterranean culture.
Access to the 1st year of the process engineering cycle is open:
Automatically to:
- Students who have completed the 2 integrated preparatory years of Euromed Polytechnic School;
- Students in scientific preparatory classes eligible for the Common National Competition or equivalent.
By competitive examination and interview:
- Students who have completed the two preparatory years integrated into an engineering cycle different from that of the Euromed Polytechnic School;
- Students who have passed with at least a good honors in the first two post-baccalaureate years in sciences, sciences and techniques or technology or with at least a fairly good honors in the first three post-baccalaureate years in sciences, sciences and techniques or technology.
For this category, the selection is made on the basis of:
- Results obtained at the baccalaureate;
- Results obtained in the post-baccalaureate years;
- Technical and motivational interview.
This training offers wide opportunities depending on the company and sector of activity. The engineering students will be able, at the end of the training, to occupy positions which punctuate the entire logistics chain.
The training leads to positions such as:
- Supply Chain Director;
- Director of Operations ;
- Logistics manager ;
- Consultant/flow engineer/logistics analyst;
- Planning manager;
- Functional or operational integrator project manager;
- Researcher in operations engineering and logistics.