Master 2 Plasturgie

Overview

The Master 2 Plasturgie program offers a professional experience in the polymer materials industry. The field of plasturgie provides a vast range of professional opportunities, from everyday applications to cutting-edge technologies, including nanotechnologies, high-tech materials, and biocompatible materials.

Admission Criteria

Admission to the program is based on a validated Master 1 degree in Sciences and Technologies, with a focus on materials, chemistry, physics, or engineering, or an equivalent level.

Program Structure

The program is offered in an alternance format, with a one-year contract of apprenticeship or professionalization. The capacity for this program is limited to 16 alternants.

Location and Faculty

The program is hosted by the Université Jean Monnet Saint-Étienne, with faculty comprising professionals from the industry and teacher-researchers from the University of Saint-Étienne (Laboratoire Ingénierie des Matériaux Polymčres, UMR CN RS 5223).

Degree

The program leads to a Master 2 degree (Bac+5), delivered by the Université Jean Monnet Saint-Étienne.

Objectives of the Program

The primary objective of the Master 2 Plasturgie program is to train future professionals in the plasturgie industry, enabling them to contribute their expertise in the areas of material development, rheology, and plasturgie. These professionals will be able to:

• Design and master the processes of material development and implementation in an industrial environment.
• Manage projects related to the conception and implementation of polymer materials, with a focus on controlling their properties and behavior.
• Provide added value to the industry through their knowledge of material characterization and rheological behavior.
• Conduct technological surveillance on research and development of new materials and processes, proposing innovative solutions.

Competences

The program aims to equip students with the following competences:

• Knowledge of polymer materials: chemistry, physics, rheology
• Understanding of plasturgie processes: management, optimization, quality control
• Familiarity with application domains
• Mastery of chemical, physical, and mechanical characterization techniques for polymer materials
• Ability to define actions for choosing, developing, and optimizing material development or shaping processes for specific objects or applications
• Ability to manage and control production for given applications
• Mastery of technological surveillance in R&D
• Proficiency in communication, team management, and English language

Pedagogical Organization

The program consists of 9 teaching units, totaling 450 hours of face-to-face instruction, spread over 5 teaching periods (14 weeks).

Scientific Knowledge

UE 1: Plasturgie Processes

• 90 hours, 9 ECTS

UE 2: Software Tools

• 80 hours, 9 ECTS

UE 3: Scientific Tools for Engineers

• 40 hours, 6 ECTS

UE 4: Modeling and Simulation of Flows

• 30 hours, 3 ECTS

UE 5: Modeling and Simulation of Thermal Flows, Rheology, and Mixing Functions in Plasturgie

• 20 hours, 3 ECTS

Transversal Competences

UE 6: Process Management

• 20 hours, 4 ECTS

UE 7: Preparation for Professional Life

• 30 hours, 3 ECTS

Application

UE 8: Tutored Projects

• 90 hours, 5 ECTS

UE 9: Company Mission with a Fixed-Term Contract

• 38 weeks, 21 ECTS

Claude Bernard University Lyon 1

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Overview:

Claude Bernard University Lyon 1 is a prominent French university located in Lyon, known for its strong focus on science, technology, health, and sports. It is part of Université de Lyon, the largest university site in France outside of Paris. The university boasts a diverse student body of approximately 47,000 students and is recognized as a leading institution for health sciences in France.

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Services Offered:

The university provides a wide range of services for its students, including:

Student Portal:

Access to online resources, including course information, grades, and administrative services.

Library:

Extensive library resources, including books, journals, and digital databases.

Orientation and Career Services:

Guidance on career paths, job search assistance, and internship opportunities.

Sciences pour Tous:

Public outreach programs promoting scientific knowledge and engagement.

Podcast Sciences en Récits:

A podcast series featuring stories about scientific research and discoveries.

MOOC Lyon 1:

Online courses offered through the university's MOOC platform.

Intranet for Staff:

Online platform for staff members to access internal resources and information.

Moodle:

Learning management system for online course materials and communication.

Timetable:

Online platform for accessing student schedules and course information.

Email:

University-provided email accounts for students and staff.

Stage et emploi:

Resources and tools for finding internships and jobs.

Portefeuille d'Expériences et de Compétences:

Platform for students to document their skills and experiences.

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Student Life and Campus Experience:

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Key Reasons to Study There:

Strong Academic Reputation:

Claude Bernard University Lyon 1 is renowned for its high-quality academic programs, particularly in health sciences.

Research Excellence:

The university is home to numerous research laboratories and is actively involved in cutting-edge research projects.

International Focus:

The university welcomes international students and researchers, fostering a diverse and global learning environment.

Location in Lyon:

Lyon is a vibrant city with a rich cultural heritage, offering students a stimulating and enjoyable living experience.

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Academic Programs:

Claude Bernard University Lyon 1 offers a wide range of academic programs across various disciplines, including:

Health Sciences:

Medicine, Pharmacy, Dentistry, Nursing, Rehabilitation Sciences.

Sciences and Technologies:

Physics, Chemistry, Mathematics, Biology, Computer Science, Engineering, Sports Sciences.

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Other:

The university has 13 departments spread across 14 geographical sites, providing students with access to a variety of learning environments and resources.