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
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.
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
This master's program is for anyone looking to work at the core of industrial systems. It brings together technical expertise, a big-picture mindset, and hands-on practice to train professionals ready to drive the digital transformation of industry.
What the course offers
- Nationally recognized RNCP Level 7 degree - Industry 4.0 focus - Advanced digital modeling - Work-study options available - High employability rate
Overview of the program
This master's program is for anyone looking to work at the core of industrial systems. It brings together technical expertise, a big-picture mindset, and hands-on practice to train professionals ready to drive the digital transformation of industry.
What the
training offers
- Nationally recognized RNCP Level 7 degree - Industry 4.0 focus - Advanced digital modeling - Work-study options available - High employability rate
Why choose this training
Why choose
this training
This program builds the expert skills you need to analyze, design, and manage complex industrial systems using digital modeling, data, and advanced engineering tools.
Some key points
Modeling Complex Systems
Skills developed
Skills developed
- Model multi-component industrial systems - Map out physical and digital workflows - Simulate operational scenarios - Analyze performance and constraints - Optimize system architectures - Validate and de-risk technical decisions
Industrial Data and Digital Tech
- Tap into data from industrial systems - Structure technical databases - Integrate data analytics tools - Drive decisions with data - Connect systems and processes - Ensure reliable digital workflows
Industrial Process Management
- Analyzing production processes - Identifying performance drivers - Optimizing cost, delivery times, and quality - Implementing key metrics - Supporting operational transformation - Coordinating technical teams
Digital Industrial Project Management
- Steering complex projects - Defining project requirements - Managing technical risks - Collaborating with cross-functional teams - Engaging with stakeholders - Driving industrial change
The program offers a challenging, career-focused experience built around hands-on industry projects, real-world tools, and a steady dive into what digital engineering is actually like.
Real-world industrial projects, complex case studies, digital simulations, teamwork, and guest sessions with industry pros.
A pragmatic learning experience
A pragmatic
learning experience
A close-knit learning environment that fosters focus, collaboration, and knowledge sharing among tech profiles.
Teaching Methods
Personalized mentorship, academic and career support, plus hands-on help with work-study programs and landing a job in the industrial sector.
Campus Life
This master's program sets you up for expert and strategic roles in industries driving digital transformation and optimizing their systems.
Support
- Digital engineering tracks - Industrial data pathway - Industry 4.0 certifications - Industrial management training - Ph.D. options based on profile - In-house career growth opportunities
Career Opportunities
Career Opportunities
Examples of Jobs
Systems and Computer Modeling
If you want to continue your studies
The program is structured into progressive skill modules that blend technical expertise, modeling, industrial data, and hands-on projects directly aligned with business needs.
Overview of the diploma
Overview of the degree
Study of complex industrial systems, numerical modeling, simulation, and overall performance analysis.
Industrial Data and Processes
Leveraging industrial data, optimizing processes, and empowering decision-making through digital tools.
Projects and Industrial Transformation
Leading digital industrial projects and guiding organizations through their tech transformation.
#REF! (VLOOKUP evaluates to an out of bounds range.)
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.
See the practical information
Overview of the program
This master's program is for anyone looking to work at the core of industrial systems. It brings together technical expertise, a big-picture mindset, and hands-on practice to train professionals ready to drive the digital transformation of industry.
What the
training offers
- Nationally recognized RNCP Level 7 degree - Industry 4.0 focus - Advanced digital modeling - Work-study options available - High employability rate
Why choose this training
This program builds the expert skills you need to analyze, design, and manage complex industrial systems using digital modeling, data, and advanced engineering tools.
Some key points
Modeling Complex Systems
Skills developed
- Model multi-component industrial systems - Map out physical and digital workflows - Simulate operational scenarios - Analyze performance and constraints - Optimize system architectures - Validate and de-risk technical decisions
Industrial Data and Digital Tech
- Tap into data from industrial systems - Structure technical databases - Integrate data analytics tools - Drive decisions with data - Connect systems and processes - Ensure reliable digital workflows
Industrial Process Management
- Analyzing production processes - Identifying performance drivers - Optimizing cost, delivery times, and quality - Implementing key metrics - Supporting operational transformation - Coordinating technical teams
Digital Industrial Project Management
- Steering complex projects - Defining project requirements - Managing technical risks - Collaborating with cross-functional teams - Engaging with stakeholders - Driving industrial change
The program offers a challenging, career-focused experience built around hands-on industry projects, real-world tools, and a steady dive into what digital engineering is actually like.
Real-world industrial projects, complex case studies, digital simulations, teamwork, and guest sessions with industry pros.
A pragmatic learning experience
A close-knit learning environment that fosters focus, collaboration, and knowledge sharing among tech profiles.
Teaching Methods
Personalized mentorship, academic and career support, plus hands-on help with work-study programs and landing a job in the industrial sector.
Campus Life
This master's program sets you up for expert and strategic roles in industries driving digital transformation and optimizing their systems.
Support
- Digital engineering tracks - Industrial data pathway - Industry 4.0 certifications - Industrial management training - Ph.D. options based on profile - In-house career growth opportunities
Career Opportunities
Examples of Jobs
Systems and Computer Modeling
If you want to continue your studies
The program is structured into progressive skill modules that blend technical expertise, modeling, industrial data, and hands-on projects directly aligned with business needs.
Overview
of the diploma
Study of complex industrial systems, numerical modeling, simulation, and overall performance analysis.
Industrial Data and Processes
Leveraging industrial data, optimizing processes, and empowering decision-making through digital tools.
Projects and Industrial Transformation
Leading digital industrial projects and guiding organizations through their tech transformation.
#REF! (VLOOKUP evaluates to an out of bounds range.)
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