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Duration

3 years (5semesters +final year project)

Program Objectives

To ensure the efficiency of industrial production processes to meet the needs of businesses and services.

To provide students with a coherent training that allows them to have a good understanding of the industry sector and an adequate mastery of its tools.

Industrial engineering encompasses the design, improvement, and installation of integrated systems. It draws upon knowledge from mathematical, physical, and social sciences. Therefore, the goal of establishing this Industrial Engineering program is to enable graduates to seamlessly integrate into the professional world.

      • Students who have completed two years of higher education at a preparatory institute for engineering studies.
      • Students holding a Bachelor's degree in Computer Science or an equivalent diploma.

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UPES offers a study program in industrial engineering to train engineers with qualities sought after by companies, capable of acquiring skills such as:

  • Gaining advanced knowledge of computing theories, methods, practices and scientific tools for engineering.
  • Applying computing engineering to analyze, solve and optimize complex problems in practical engineering fields.
  • Demonstrating advanced proficiency in software engineering methodologies, artificial intelligence, and data science techniques for designing and implementing innovative solutions in computer engineering contexts.
  • Acquiring practical skills in relevant sub-areas of the field of computer science engineering at Master level.
  • Designing a research or project plan on the basis of a realistic problem description in the field of computer science and can contribute to its progress with original solutions.
  • Applying complex systems and software development and management principles, methodologies, techniques, and tools to innovatively and creatively analyze, design, implement and evaluate systems and applications at various complexity levels.
  • Selecting appropriate hardware, software, tools, and technologies to develop, integrate, test, configure and maintain secure computer engineering infrastructure, networks, systems, and applications that satisfy the users’ needs while considering relevant risks and latest technological advances.
  • Designing, constructing, and refining intricate industrial control systems, ensuring optimal functionality, efficiency, and reliability to meet industry demands and enhance operational performance.
  • Developing and analyzing embedded systems, considering real-time constraints and hardware limitations, to design solutions that ensure robust performance and functionality across diverse real-world application domains.
  • Designing solutions for complex engineering problems that meet specified needs with consideration for public health, safety, welfare, and environmental, sustainability, and economic factors, as well as other realistic constraints related to the design solution, while complying with relevant standards and design codes.
  • Developing the required soft and foreign language communicative as well as managerial skills.
  • Communicating effectively to demonstrate the results, knowledge, skills, and advanced principles in a variety of professional contexts.
  • Collaborating effectively within teams to manage projects successfully, design, develop, and implement innovative solutions.
  • Working with autonomy as a responsible citizen, constructive decision-maker, and cooperative team member based on universal ethics and principles with the ability to develop entrepreneur and leadership skills and actively participating in serving the society.

An industrial computing engineer possesses technical skills that enable them to design, develop, and manage computer systems within the industry. Here are some careers that match this profile:

  • Industrial Automation Engineer: Design, implement, and maintain automated systems in industrial environments using computer technologies to control production processes.
  • Embedded Systems Engineer: Work on the design and development of embedded software and hardware in industrial equipment, such as sensors, robots, machine tools, etc.
  • Control Systems Engineer: Design control and supervision systems for industrial processes, using computer technologies to monitor and regulate machinery and equipment.
  • Industrial Maintenance Engineer: Manage preventive and corrective maintenance of computer systems used in industry, ensuring equipment's proper functioning and minimizing downtime.
  • Industrial Optimization Consultant: Work as a consultant to help companies optimize their production processes using appropriate computer solutions.
  • Systems Integration Engineer: Integrate different computer systems in the industrial context, ensuring compatibility, interaction, and overall smooth operation.
  • Industrial Cybersecurity Engineer: Specialize in protecting industrial computer systems from security threats by developing strategies and solutions to prevent cyberattacks.
  • Industrial IT Manager: Hold leadership or management positions, supervising technical teams and implementing computer solutions in the industrial context.

These various careers provide opportunities for industrial computing engineers to work in various sectors such as automotive, aerospace, pharmaceutical production, manufacturing, and more. Skills in computing, electronics, automation, robotics, and process management are highly valued in these roles.

Annual Academic Schedule 2024/2025

YOU CAN DISCOVER IN THE SAME CATEGORY

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WHAT OUR STUDENTS SAY...

Odilia Eunice Shelcie MOUSSAVOU Graduate with a Bachelor's Degree in Computer Science, specializing in Network and Systems Engineering

"I am incredibly grateful to have been accepted in 2021 into the prestigious Bachelor's program in Computer Science, specializing in Network and Systems Engineering. Although this journey was full of challenges, I refused to give up and was supported by amazing people who believed in me and helped me achieve my goals. After earning my degree, new opportunities opened up, allowing me to work in exciting fields such as network and system security, as well as mastering system and network administration. I am particularly proud to use my skills to guide others as a recruiter in my home country, GABON. My journey has taught me that perseverance and believing in one's dreams can lead to unexpected and inspiring successes."

Amal LANDOLSI Graduate with a Professional Master's in Logistics and International Trade

I am Amal. As someone looking to expand my knowledge for my career, I was searching for a Professional Master's in Logistics and International Trade. Thanks to UPES-Mégrine, I found exactly what I had been looking for. UPES provided me with everything I needed and what had been missing in my career. A professional master's degree from a prestigious institution like the Private University UPES. My university offers extensive knowledge and experience, blending diversity and interculturality. A big thank you and congratulations to UPES!

Jalel CHINE Graduate in Engineering Program

"UPES is an excellent institution for earning a national diploma in the field of Engineering. Qualified professors provided us with comprehensive knowledge in fundamental areas of computer science. The year is demanding but very effective. Thanks to the knowledge gained at UPES, I was able to secure a job with an international company. After successfully completing my final internship, I was offered a position as a Development Specialist with the company where I interned."

Vanessa MOUSSAVOU Graduate: Bachelor’s in Economics

Licence in Economics prepares students for a wide range of careers by equipping them with essential work methods, logical reasoning, and the core tools of Economic Sciences. It helps develop analytical, reflective, and adaptive skills needed in today’s job market. Additionally, it fosters a general understanding of economic, political, and social fields, enabling students to grasp contemporary economic issues and organizational management. The degree provides a comprehensive education in economics and management, offering students deep insight into economic mechanisms and the behavior of economic actors, while introducing them to related disciplines such as law, management, and sociology.

AOUINI Ghofrane Engineering National Diploma in Computer Systems and Networks

The Engineering Program in Computer Systems and Networks is integral at all levels of a company. IT professionals work across multiple areas, including information system design and administration, application development, data collection and storage, and industrial system development. They also help harness opportunities presented by the cloud, artificial intelligence, and big data, playing a crucial role in digital transformation. I particularly appreciate the relational aspect of this degree, as I frequently collaborate with other colleagues. This program allows me to feel both useful and essential within my company.

Mohamed Khalil Ben ABDELGHAFAR Licence in Business Information System

Hired two months after earning my degree, I now oversee compliance with the Information Systems Security Policy for a major banking group. My role involves enforcing IT security rules, assessing adherence to these rules, and monitoring corrective actions where compliance is lacking. It’s a fascinating job that requires solid technical knowledge to engage with colleagues who’ve been in the field for over 15 years. My Licence's in Computer Science: Enterprise Information Systems has helped me: - Acquire a wide range of skills and grow professionally alongside trained colleagues. - Attain the status of a development engineer and broaden my job search options.

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