Apprenticeship Training
Mastering modeling to transform modern industry
Master's Degree in Digital Expertise for Industrial Systems and Processes
An excellent program to master digital engineering of industrial processes, steer Industry 4.0, and reconcile technology with sustainable performance.
Dual degree with Saint Paul University in Ottawa
Tuition fees
Supported by OPCOs (Skill Operators)
Duration
2 years
Rhythm
Learning
Entry level
Bachelor's degree (3 or 4 years)
Output level
Level 7: Master's Degree +5 years
Admission Procedure
File review and motivation interview
Tuition fees
Supported by OPCOs (Skill Operators)
Duration
2 years
Rhythm
Learning
Entry level
Bachelor's degree (3 or 4 years)
Output level
Level 7: Master's Degree +5 years
Admission Procedure
File review and motivation interview
Overview of the program
The master's program trains experts capable of designing, modeling, and optimizing complex industrial systems by integrating data, digital technology, automation, and overall performance in an Industry 4.0 framework.
What the course offers
What the
training offers
An advanced training focused on digital engineering, modeling, industrial data, and process management, enabling direct involvement in the digital transformation of industrial organizations.
Why choose this training
Why choose
this training
This master's program is designed for those who want to work at the core of industrial systems. It combines technical expertise, a global perspective, and practical application to train individuals capable of leading the digital transformation of the industry.
Some key points
- RNCP Level 7 Title recognized - Focus on Industry 4.0 - Advanced digital modeling - Alternation possible - High employability
Skills developed
Skills developed
The training develops expert skills to analyze, design, and manage complex industrial systems by leveraging numerical modeling, data, and advanced engineering tools.
Modeling of Complex Systems
- Model multi-component industrial systems - Represent physical and digital flows - Simulate operational scenarios - Analyze performances and constraints - Optimize system architectures - Secure technical choices
Industrial and Digital Data
- Utilize data from industrial systems - Structure technical databases - Integrate data analysis tools - Support decision-making with data - Connect systems and processes - Ensure reliability of digital flows
Industrial process management
- Analyze production processes - Identify performance levers - Optimize cost, time, quality - Implement indicators - Support operational transformation - Coordinate technical stakeholders
Digital Industrial Project Management
- Lead complex projects - Structure requirement specifications - Manage technical risks - Work in a multidisciplinary team - Communicate with stakeholders - Drive industrial change
A pragmatic learning experience
A pragmatic
learning experience
The training offers a demanding professional experience, based on real industrial projects, tools used in companies, and a gradual immersion into the realities of digital engineering.
Teaching Methods
Real industrial projects, complex case studies, numerical simulations, teamwork, and insights from industry professionals.
Campus Life
A human-sized learning environment that promotes focus, collaboration, and interaction among technical profiles.
Support
Personalized follow-up, academic and professional support, assistance with work-study programs and integration into industrial professions.
Career Opportunities
Career Opportunities
Examples of Jobs
- Industrial Systems Expert - Numerical Modeling Engineer - Industry 4.0 Project Manager - Industrial Transformation Consultant - Industrial Performance Analyst - Digital Systems Manager
If you want to continue your studies
- Digital Engineering Specializations - Industrial Data Pathway - Industry 4.0 Certifications - Industrial Management Training - Doctorate Based on Profile - Internal Career Development in Companies
Overview of the diploma
Overview of the degree
The training is organized into progressive skill blocks, combining technical expertise, modeling, industrial data, and applied projects directly linked to business needs.
Numerical Systems and Modeling
Study of complex industrial systems, numerical modeling, simulation, and analysis of overall performance.
Industrial data and processes
Industrial data utilization, process optimization, and decision support through digital tools.
Industrial projects and transformation
Managing digital industrial projects and supporting organizations in their technological transformation.
They have experienced what
you are about to experience
They experienced what you will experience
Their words describe the journey through this training, the doubts, successes, and shared energy better than our brochures.
The master's program gave me a framework for thinking. I no longer do things randomly now.
Ludmila
Master's Degree in Digital Expertise for Industrial Systems and Processes
I finally understood the logic of complex systems. It really helps me in my everyday work.
Darel
Master's Degree in Digital Expertise for Industrial Systems and Processes
I see more clearly how businesses operate. The program has saved me time in my career.
Sully
Master's Degree in Digital Expertise for Industrial Systems and Processes
Apprenticeship Training
Mastering modeling to transform modern industry
Master's Degree in Digital Expertise for Industrial Systems and Processes
An excellent program to master digital engineering of industrial processes, steer Industry 4.0, and reconcile technology with sustainable performance.
Dual degree with Saint Paul University in Ottawa
See the practical information
Overview of the program
The master's program trains experts capable of designing, modeling, and optimizing complex industrial systems by integrating data, digital technology, automation, and overall performance in an Industry 4.0 framework.
What the
training offers
An advanced training focused on digital engineering, modeling, industrial data, and process management, enabling direct involvement in the digital transformation of industrial organizations.
Why choose this training
This master's program is designed for those who want to work at the core of industrial systems. It combines technical expertise, a global perspective, and practical application to train individuals capable of leading the digital transformation of the industry.
Some key points
- RNCP Level 7 Title recognized - Focus on Industry 4.0 - Advanced digital modeling - Alternation possible - High employability
Skills developed
The training develops expert skills to analyze, design, and manage complex industrial systems by leveraging numerical modeling, data, and advanced engineering tools.
Modeling of Complex Systems
- Model multi-component industrial systems - Represent physical and digital flows - Simulate operational scenarios - Analyze performances and constraints - Optimize system architectures - Secure technical choices
Industrial and Digital Data
- Utilize data from industrial systems - Structure technical databases - Integrate data analysis tools - Support decision-making with data - Connect systems and processes - Ensure reliability of digital flows
Industrial process management
- Analyze production processes - Identify performance levers - Optimize cost, time, quality - Implement indicators - Support operational transformation - Coordinate technical stakeholders
Digital Industrial Project Management
- Lead complex projects - Structure requirement specifications - Manage technical risks - Work in a multidisciplinary team - Communicate with stakeholders - Drive industrial change
A pragmatic learning experience
The training offers a demanding professional experience, based on real industrial projects, tools used in companies, and a gradual immersion into the realities of digital engineering.
Teaching Methods
Real industrial projects, complex case studies, numerical simulations, teamwork, and insights from industry professionals.
Campus Life
A human-sized learning environment that promotes focus, collaboration, and interaction among technical profiles.
Support
Personalized follow-up, academic and professional support, assistance with work-study programs and integration into industrial professions.
Career Opportunities
Examples of Jobs
- Industrial Systems Expert - Numerical Modeling Engineer - Industry 4.0 Project Manager - Industrial Transformation Consultant - Industrial Performance Analyst - Digital Systems Manager
If you want to continue your studies
- Digital Engineering Specializations - Industrial Data Pathway - Industry 4.0 Certifications - Industrial Management Training - Doctorate Based on Profile - Internal Career Development in Companies
Overview
of the diploma
The training is organized into progressive skill blocks, combining technical expertise, modeling, industrial data, and applied projects directly linked to business needs.
Numerical Systems and Modeling
Study of complex industrial systems, numerical modeling, simulation, and analysis of overall performance.
Industrial data and processes
Industrial data utilization, process optimization, and decision support through digital tools.
Industrial projects and transformation
Managing digital industrial projects and supporting organizations in their technological transformation.
They have experienced what
you are about to experience
Their words describe the journey through this training, the doubts, successes, and shared energy better than our brochures.
The master's program gave me a framework for thinking. I no longer do things randomly now.
Ludmila
Master's Degree in Digital Expertise for Industrial Systems and Processes
I finally understood the logic of complex systems. It really helps me in my everyday work.
Darel
Master's Degree in Digital Expertise for Industrial Systems and Processes
I see more clearly how businesses operate. The program has saved me time in my career.
Sully
Master's Degree in Digital Expertise for Industrial Systems and Processes