Bachelor of Engineering in Industrial and Systems Engineering

Program Overview

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Bachelor of Engineering in Industrial and Systems Engineering

Overview

This programme is supported by the Springboard+ initiative. This means that eligible employed applicants are financially supported 90% of the time and eligible unemployed applicants 100% of the time for programme fees.

Why Study Engineering at Griffith College?

• Learn how to improve productivity, efficiency, and profitability, as well as how to provide more choice to customers, reduce response times and improve quality.
• Develop key competencies vital in the effective management and efficient organisation of numerous national and international organisations.
• The practical nature of the coursework lends to preparation for work in the field of industrial engineering.
• Part-time learning allows students already working in the area extra time to hone skills.
• Option to progress studies to related Level 8 programmes

Intake Dates

• Dublin - Part-Time - September 2025
• Limerick - Blended - September 2025
• Limerick - Part-Time - September 2025

Course Details

Industrial Engineering Programmes

Bachelor of Engineering in Industrial and Systems Engineering (BEISE)

• Industrial Engineering Principles and Systems (10 ECTS)
  • This module delivers the key foundational elements of industrial engineering.
  • It covers topics that challenge learners to think about how the factors of production can be brought together to create maximum value in an enterprise setting.
• Data Analysis (5 ECTS)
  • This module provides learners with the ability to evaluate and conduct appropriate statistical analysis on data relating to engineering processes.
• Lean Systems (5 ECTS)
  • This module addresses core aspects of what an industrial engineer must deliver and combines many of the traditional elements of industrial engineering such as method study under the lean umbrella.
• Project Management (5 ECTS)
  • In this module learners are taught how to apply project management principles across a range of industrial engineering settings.
• Professional Practice (5 ECTS)
  • This module equips learners with the knowledge and skills necessary to adopt behaviour patterns consistent with the ethos of the industrial engineering profession.
• Industrial Engineering Finances (5 ECTS)
  • This module develops the learners’ application of various cost accounting principles and techniques.
• Emerging Technologies and Industrial Systems (5 ECTS)
  • This module highlights the importance of leading edge technologies in helping to overcome industrial engineering challenges.
• Logistics and Supply Chain Management (5 ECTS)
  • This module develops the learners' understanding of supply chain management processes and the various tools and techniques adopted for the effective management of supply chains.
• Environment and Sustainability (5 ECTS)
  • This module informs learners of the seismic changes to the energy markets in Ireland and how policies are shaped to meet EU mandated environmental targets.
• Industrial Engineering Project (10 ECTS)
  • This module provides learners with direct experience of applying industrial engineering skills in actual work settings.

Logistics, Supply Chain Management and Project Management

• Project Management (5 ECTS)
  • In this module learners are taught how to apply project management principles across a range of industrial engineering settings.
• Logistics and Supply Chain Management (5 ECTS)
  • This module develops the learners' understanding of supply chain management processes and the various tools and techniques adopted for the effective management of supply chains.

Lean and Sustainable Systems Engineering

• Industrial Engineering Principles and Systems (10 ECTS)
  • This module delivers the key foundational elements of industrial engineering.
• Data Analysis (5 ECTS)
  • This module provides learners with the ability to evaluate and conduct appropriate statistical analysis on data relating to engineering processes.
• Lean Systems (5 ECTS)
  • This module addresses core aspects of what an industrial engineer must deliver and combines many of the traditional elements of industrial engineering such as method study under the lean umbrella.
• Industrial Engineering Finances (5 ECTS)
  • This module develops the learners’ application of various cost accounting principles and techniques.
• Environment and Sustainability (5 ECTS)
  • This module informs learners of the seismic changes to the energy markets in Ireland and how policies are shaped to meet EU mandated environmental targets.

Professional Certificate in Industrial and Systems Engineering

• Industrial Engineering Principles and Systems (10 ECTS)
  • This module delivers the key foundational elements of industrial engineering.
• Data Analysis (5 ECTS)
  • This module provides learners with the ability to evaluate and conduct appropriate statistical analysis on data relating to engineering processes.
• Lean Systems (5 ECTS)
  • This module addresses core aspects of what an industrial engineer must deliver and combines many of the traditional elements of industrial engineering such as method study under the lean umbrella.
• Project Management (5 ECTS)
  • In this module learners are taught how to apply project management principles across a range of industrial engineering settings.
• Industrial Engineering Finances (5 ECTS)
  • This module develops the learners’ application of various cost accounting principles and techniques.
• Logistics and Supply Chain Management (5 ECTS)
  • This module develops the learners' understanding of supply chain management processes and the various tools and techniques adopted for the effective management of supply chains.
• Environment and Sustainability (5 ECTS)
  • This module informs learners of the seismic changes to the energy markets in Ireland and how policies are shaped to meet EU mandated environmental targets.

Course Contact

• John McDonough
  • Engineering Programme Director
  • Dublin Main Campus

Timetables

• Timetables will be made available closer to the starting date.

How to Apply

• For 2025/26, Springboard+ funding is available for this course. If you wish to avail of Springboard+ funding for this course, please apply through Springboard's website.

Fees

• For 2025/26, Springboard+ funding is available for this course. Visit Springboard+ for more details.
• Irish/EU Living in Ireland
  • Limerick: €5900.00
  • Springboard+: €590 (for those employed) - Free (for those unemployed)

Progression

• Academic Progression
  • Graduates of the B.Eng. in Industrial Engineering may be considered eligible to join related Level 8 programmes depending on their particular combination of qualifications, experience and suitability.
• Career Progression
  • Graduates of the B.Eng. in Industrial Engineering will have a good basis for professional progression in industrial engineering. There is currently a need for skilled industrial engineers across all industries, in manufacturing (traditional and modern), and services as well as in banking, transportation, consultancy, distribution services, the health sector, military and other areas of government.

Program Outline

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Degree Overview:

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This part-time program is designed to equip individuals with the skills and knowledge needed to analyze and improve business processes and optimize resource utilization.

The B.Eng. in ISE aims to prepare graduates for a variety of roles across diverse industries, including:

• Manufacturing
• Transportation
• Consultancy
• Distribution Services
• Healthcare and Pharmaceutical Sectors
The program focuses on developing key competencies in:
• Lean Systems: Implementing Lean principles and methodologies to improve efficiency, reduce waste, and enhance productivity.
• Project Management: Applying project management frameworks to effectively plan, execute, and monitor projects within budget and time constraints.
• Professional Practice: Developing the behavioral patterns and communication skills necessary for success in the industrial engineering profession.
• Industrial Engineering Finances: Gaining a comprehensive understanding of cost accounting principles, enabling cost-effective decision-making and resource allocation.
• Emerging Technologies & Industrial Systems: Exploring the application of cutting-edge technologies, such as the Internet of Things, 3D printing, and Big Data analytics, to address industrial engineering challenges.
• Environment & Sustainability: Understanding the impact of engineering practices on the environment and implementing sustainable solutions.
• Industrial Engineering Project: Applying theoretical knowledge to a real-world industrial engineering project, demonstrating practical skills.

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Outline:

The program is structured into several modules, each addressing specific aspects of industrial engineering. These modules include:

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Industrial Engineering Principles and Systems (10 ECTS): Introduces the fundamental concepts of industrial engineering, problem-solving techniques, and data collection and analysis methods.

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Data Analysis (5 ECTS): Develops skills in statistical analysis, enabling the interpretation and application of data to engineering problems.

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Lean Systems (5 ECTS): Focuses on Lean principles, including waste elimination, value-stream mapping, and continuous improvement, equipping learners with the tools to optimize processes and systems.

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Project Management (5 ECTS): Provides a framework for effective project management, covering project planning, scheduling, resource allocation, and risk management.

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Professional Practice (5 ECTS): Emphasizes the professional conduct and communication skills necessary for success in industrial engineering careers.

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Industrial Engineering Finances (5 ECTS): Covers cost accounting principles, budgeting, and financial analysis, enabling informed financial decision-making.

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Emerging Technologies and Industrial Systems (5 ECTS): Explores the application of emerging technologies, such as the Internet of Things, 3D printing, and Big Data analytics, in industrial engineering contexts.

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Logistics and Supply Chain Management (5 ECTS): Focuses on supply chain management principles, including inventory control, transportation, and warehousing, enabling effective planning and optimization of supply chains.

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Environment and Sustainability (5 ECTS): Examines the environmental impact of engineering practices and sustainable solutions, promoting responsible and environmentally conscious engineering.

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Industrial Engineering Project (10 ECTS): Provides an opportunity to apply the acquired knowledge and skills to a real-world project, demonstrating the learner's ability to solve industrial engineering problems in a practical setting.

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Assessment:

Assessments are conducted throughout the program, using a variety of methods including:

• Exams: Assessing theoretical understanding and knowledge retention.
• Assignments: Evaluating the application of theoretical knowledge to practical problems.
• Presentations: Gauging communication and presentation skills.
• Project work: Assessing the ability to apply theoretical knowledge and skills to real-world industrial engineering projects.

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Teaching:

The program employs various teaching methods to optimize learning, including:

• Lectures: Providing theoretical knowledge and foundational concepts.
• Guest Lectures: Engaging industry professionals to share their expertise and real-world insights.
• Case Studies: Analyzing and discussing real-world industrial engineering challenges, fostering critical thinking and problem-solving skills.
• Group Work: Encouraging collaboration, teamwork, and communication skills.

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Careers:

Graduates of the B.Eng. in ISE are well-positioned for diverse career paths in various industries, including:

• Industrial Engineer: Applying industrial engineering principles to improve efficiency, productivity, and quality in manufacturing, healthcare, and other sectors.
• Production Manager: Overseeing production processes, ensuring quality, efficiency, and adherence to schedules.
• Logistics and Supply Chain Manager: Planning, optimizing, and controlling the flow of materials and goods within a supply chain.
• Project Manager: Leading and managing projects, ensuring successful completion within budget and timeline constraints.
• Consultant: Providing expertise in industrial engineering to organizations seeking to optimize their operations and processes.
• Researcher: Pursuing research and development in industrial engineering, exploring new technologies and methodologies.
The program prepares graduates for professional roles requiring strong analytical, problem-solving, communication, and project management skills.

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Other:

• The program is offered on a part-time basis, enabling working professionals to balance their studies with their careers.
• Professional Certificate in Industrial and Systems Engineering: Covering the core principles of industrial engineering, Lean methodologies, project management, and other relevant topics.