Online degree BEng (Hons) Industrial Engineering and Management

• Business 101

  Build a comprehensive understanding of business administration basics. Explore corporate goals, strategic marketing, and decision-making approaches. This module gives you the foundation you need for more advanced business subjects.

• Fundamentals of physics

  Explore key physics concepts such as mechanical systems, thermodynamics, electricity, and optics. These principles will help you solve engineering problems.

• Mathematics: analysis

  Dive into calculus, including differential and integral equations, which are essential for understanding and solving problems in engineering and mechanics.

• Mathematics: linear algebra

  Understand vectors and matrices and how they are used to solve problems in geometry and engineering. You’ll apply these tools across related fields in science and technology.

• Principles of management

  Discover the core concepts of management, from planning and organising to leading and controlling. This module prepares you for making strategic decisions in a business setting.

• Production engineering industry 4.0

  Study modern manufacturing methods like additive manufacturing and cyber-physical systems. Learn how digital technologies are transforming industrial processes.

• Managerial economics

  Analyse supply and demand, consumer behaviour, and market dynamics. This module links economic theory to real-world business applications.

• Electrical engineering

  Learn the basics of electrical systems, including direct and alternating currents. Understand how circuits and networks are designed and optimised for various technologies.

• Introduction to academic work for IT and technology

  Develop your interdisciplinary research skills, academic writing, and critical thinking. You’ll learn how to produce high-quality academic work in the technology-related fields.

• Automation technology

  Understand modern automation systems, their design, and the latest trends. Learn how to develop automated solutions for different industries.

• Digital business models

  Explore the rise of digital business models, their strengths and weaknesses, and how businesses are succeeding in the digital era.

• Product development and design thinking

  Engage in customer-focused product development using design thinking. This module teaches you how to innovate with digital tools and methods.

• Agile project management

  Learn about agile project management and compare its core principles to traditional methods. You’ll apply these concepts to practical projects.

• Data analytics and big data

  Understand the essentials of data analysis and how big data is used in real-world projects. You’ll learn about data mining and distributed computing.

• Elective A (see electives A section below)

• Elective A (see electives A section below)

• Sustainability and quality management

  Study how companies manage sustainability and quality control. You’ll learn practical strategies for implementing sustainable practices.

• Seminar: digital transformation in production

  Conduct independent research on how digital transformation is changing manufacturing. You’ll develop strategies for applying Industry 4.0 principles in real-world settings. You'll also consider technical, organisational and human factors.

• Elective B (see electives B section below)

• Elective B (see electives B section below)

• Elective C (see electives C section below)

• Elective C (see electives C section below)

• Bachelor (undergraduate) thesis

  Apply your skills to a research project, creating a detailed dissertation on a topic related to industrial engineering and management. This is your chance to showcase your research and problem-solving abilities.

• Project: AI excellence with creative prompting techniques

  Learn how to use AI for creative solutions. You’ll practice hands-on techniques to create AI-generated content and apply it to real-world challenges.

• Intercultural and ethical decision-making

  Develop skills in making decisions across cultures and using ethical frameworks. Apply what you learn to case studies and real-life scenarios.

• Sensor technology

  This module focuses on different types of sensors and how they can be applied. You’ll learn how to choose the right sensor for various technical needs.

• Mechatronic systems

  Study the integration of mechanics, electronics, and computer systems. You’ll design and simulate mechatronic systems to solve engineering problems.

• Introduction to computer vision

  Learn about image processing, filtering, and recognition. You’ll explore deep learning techniques used in tasks like object detection.

• Materials science for engineers

  Learn about the properties of metals, ceramics, and polymers. You’ll study how these materials are used in engineering and what makes them suitable for different applications.

• Self-arranged internship I (*)

  Gain practical and analytical skills by securing and completing an internship, enhancing your employability. In preparation tutorials, explore workplace dynamics and set personal goals for your placement.

• Self-arranged internship II (*)

  Building on your first experience, this self-arranged internship lets you apply academic skills in a real-world engineering setting. This module focuses on refining your communication, problem-solving, and time-management skills.

*You'll be responsible for arranging suitable work placements for your field of study. Once arranged, please complete an application to the internship module via myCampus, to make sure your internship can be recognised and credited towards your course requirements.

Smart operations

• Smart services

  Investigate the development of smart services in Industry 4.0. You’ll explore how these services are implemented, how to ensure quality control, and what makes them successful.

• Smart factory

  Study the key technologies behind smart factories. You’ll address the challenges of engineering and safety in autonomous production systems.

Advanced industrial and vehicle safety

• Handling technology

  Learn about the technology behind handling systems and how they’re used in different industries. You’ll design systems to improve efficiency in assembly and handling tasks.

• Safety of industrial plants and machines

  This module focuses on safety regulations for industrial machines. You’ll learn how to conduct risk assessments and ensure compliance with safety standards.

Smart tech and logistics

• Smart devices

  Explore how smart devices are developed and applied in everyday life. You’ll design prototypes and learn how these devices connect and interact within the Internet of Things (IoT).

• Supply chain management I

  Examine the frameworks used to manage supply chains. You’ll create strategies to solve coordination problems and boost the efficiency of supply chain operations.

Leadership and management

• Leadership 4.0

  Discover new approaches to leadership and management in today’s innovative workplaces. Learn how to inspire teams and lead them through digital transformation.

• Seminar: current issues in international management

  Research a current topic in international management. You’ll present your findings in a scientific paper, building your research and writing skills.

Marketing

• Online marketing

  Study the latest theories and strategies in online marketing. Learn how to measure success and improve campaigns to attract and keep customers.

• Digital methods in market research

  Explore modern digital methods for conducting market research. You’ll develop a full research project and evaluate different techniques used in the industry.

Smart operations

• Project: smart product solutions

  Critically evaluate smart product solutions and their business models. Design tools to help with decision-making in digital transformations.

• Artificial intelligence

  This module focuses on the history and development of AI systems. You’ll explore machine learning, natural language processing, and how AI is used in real-world applications.

Advanced industrial and vehicle safety

• Self-driving vehicles

  Learn about the technology behind autonomous vehicles. You’ll study safety standards, sensor fusion, and how self-driving cars are designed.

• Project: AI in supply chain management

  Use AI to solve complex problems in supply chain management. You’ll address both operational and financial challenges in real-world scenarios.

HR management

• Digital HR

  Explore the impact of digital technologies on HR management. You’ll develop strategies to help businesses adapt to digital changes in HR processes.

• International HR management

  Learn how HR is managed across different cultures and countries. You’ll apply these strategies to international business environments.

Leadership and surveillance

• Corporate governance and strategy

  Understand how corporate governance affects business strategy. You’ll analyse real-life cases to develop strategic business plans.

• Corporate planning and control

  Learn about budgeting and control systems used in companies. You’ll apply this knowledge to create strategic plans for real businesses.

Marketing

• Social media marketing

  This module focuses on the latest strategies in social media marketing. You’ll learn how to create campaigns and analyse trends to attract and retain customers.

• Project: digital methods in market research

  Develop a project using advanced digital market research methods. You’ll gain practical experience in designing and conducting studies in industrial psychology.

You can find more details about your BEng (Hons) Industrial Engineering and Management course in these PDF files:

• Programme specification

Once enrolled, you will be expected to meet LIBF's policies and standards.

Industrial engineering is about improving complex systems and processes to boost efficiency, quality, and productivity. Engineering management brings together technical engineering skills with business management strategies. This enhanced theoretical knowledge of management science and theory will help you lead companies and projects to achieve their goals and targets. 

At LIBF, our BEng Industrial Engineering and Management online degree blends both fields. During your online studies, you'll develop a comprehensive understanding of how to succeed in both engineering and engineering management roles. 

Industrial engineering and management combine skills that are in high demand across many sectors. According to the Engineering Skills Needs—Now And Into The Future report by EngineeringUK (2023), 25% of all job ads in the UK are for engineering roles, reflecting the critical need for talent in this field. 

By studying industrial engineering and management, you’ll equip yourself with the skills to solve complex problems, improve efficiency, and lead innovation. The same EngineeringUK report states that the average salary for industrial engineering roles is £34,240. With the opportunity of a strong starting salary, this higher education degree offers a strong return on investment. It also opens doors to management roles likely to offer even higher salaries. 

Absolutely. A 2023 report by EngineeringUK states that the demand for industrial engineers will grow by 2030. As industries embrace automation, digital transformation, and sustainable practices, industrial engineers will be at the forefront of shaping these changes. By studying this field, you’ll position yourself for success in a future-focused, high-demand industry.

There were over 3.65 million UK job postings for engineering roles between October 2021 and September 2022. So, you’ll have plenty of opportunities to build a successful career in this high-growth field. 

An industrial engineering degree opens doors to employment in industries like manufacturing, logistics, automation, energy, healthcare and technology. Here are some potential roles you could pursue after you graduate or advance in your future career: 

• Senior industrial engineer 

• Senior operations manager 

• Engineering project manager 

• Supply chain manager 

• Automation engineer 

• Quality control specialist 

• Operations research analyst 

• Chief Technology Officer (CTO) 

Yes, industrial engineering degrees are STEM (Science, Technology, Engineering, and Mathematics) degrees. They teach you how to apply theoretical knowledge to practical applications to improve systems and processes. 

As part of your higher education, you’ll develop a comprehensive understanding of mathematics, technology and core engineering principles. Graduates of industrial engineering degrees also build the skills to think critically when solving complex engineering problems. At LIBF, our BEng Industrial Engineering and Management programme equips you with the theoretical knowledge and hands-on experience needed to excel in this STEM field. 

Our online BEng Industrial Engineering and Management course uses the latest technology to immerse you in an engaging learning experience. You’ll work with interactive materials, join tutorials, and take part in group projects with other students that reflect real challenges in industrial engineering and management. You'll be taught by industry-experienced teaching staff and have the chance to connect with students worldwide. Plus, the online studies format allows you to balance your studies with work and personal commitments, helping you learn wherever and whenever suits you best. 

Ready to apply for full-time or part-time study? Take a look at our simple application process.