As artificial intelligence (AI) changes the way businesses operate, students are increasingly asking an important question: Will AI replace the careers they are preparing for? For students considering Industrial & Systems Engineering, the answer is more nuanced. AI is likely to change parts of the profession, particularly repetitive analysis, forecasting and optimisation tasks. However, the broader work of designing systems, solving complex problems, managing human-machine interactions and making decisions in real-world environments still requires engineering judgement and human involvement

For students considering industrial engineering and AI, the more useful question is not simply whether AI will replace the profession. It is how engineers can learn to use AI as part of their work.

What Is Industrial & Systems Engineering?
Industrial & Systems Engineering combines engineering, mathematics, statistics, computing and systems thinking to improve how organisations operate.

An industrial engineer might work on a manufacturing process, supply chain, logistics system, quality-control process or service operation. The goal is often to make a system safer, more efficient, more reliable or less wasteful.

At Academic City, the BSc Industrial & Systems Engineering programme includes areas such as data management, statistics, operations research, production planning, simulation, human factors, industrial automation, robotics and logistics engineering.

Will AI Replace Industrial Engineers?
Artificial Intelligence may replace some tasks, but automating individual tasks is different from replacing an entire profession. For example, AI can analyse large volumes of production data and assist companies with demand forecasting and planning. An industrial engineer, however, still needs to interpret the results, consider operational constraints, assess risks and determine how a solution should work in practice. This suggests that future engineers may increasingly use AI as a tool to enhance their work rather than simply compete with it.

Research by the International Labor Organization on generative AI and jobs shows that many jobs are more likely to be transformed than fully replaced, with human involvement remaining important in many areas.

How Is AI Transforming Industrial Engineering?
AI and automation are creating new ways to make industrial systems better.

Key applications include:

• Predictive maintenance: identifying potential problems with equipment.
• Production planning: improving schedules and distribution of resources.
• Supply-chain forecasting: assisting demand and inventory decisions.
• Quality control: identifying trends and potential defects.
• Process automation: eliminating repetitive manual activities.
• Data analysis: identifying trends in large datasets.
• Simulation: testing out possible changes before implementation.
• Optimisation: improving the use of time, materials and resources.

The World Economic Forum identifies AI, information processing, robotics and automation as technologies expected to transform businesses through 2030.

What Jobs Can Industrial & Systems Engineers Do?
Industrial & Systems Engineering can lead to careers in:

• Manufacturing
• Supply chain and logistics
• Operations
• Quality control
• Process improvement
• Robotics and automation
• Data and analytics
• Project management
• Systems optimisation

Is Industrial & Systems Engineering a Good Career for the Future?
The future of industrial engineering is likely to involve greater use of data, automation, optimisation and AI.

For students, this means the discipline is evolving. A strong engineering foundation combined with digital and analytical skills can help graduates understand both the systems they are improving and the technologies being used to improve them.

The U.S. Bureau of Labor Statistics projects 12% employment growth for industrial engineers between 2025 to 2035. This is U.S. data and should not be treated as a forecast for Ghana, but it indicates continued demand for the profession in that labour market.

What Skills Should Industrial & Systems Engineering Students Learn for the AI Era?
Students should consider developing:

• Data analysis and statistics
• Programming
• AI and machine-learning literacy
• Process optimisation
• Systems thinking
• Problem-solving
• Simulation and modelling
• Communication
• Project management

The goal is not for every industrial engineer to become an AI researcher but to develop enough AI and digital literacy to understand where these technologies can add value and how to apply them responsibly.

Why Study Industrial & Systems Engineering at Academic City?

Academic City’s BSc Industrial & Systems Engineering programme combines engineering principles with areas such as programming, data management, optimisation, simulation, industrial automation and robotics. The programme also includes Artificial Intelligence and Expert Systems as an elective area.
Explore the Industrial & Systems Engineering programme at Academic City to review the curriculum and admission requirements.

How to Apply to Study Industrial & Systems Engineering at Academic City
Students interested in the programme can review Academic City’s entry requirements and begin the application process online. Thinking about studying Industrial & Systems Engineering? Start your application to Academic City.

Frequently Asked Questions
Is Industrial & Systems Engineering safe from AI automation?
AI may automate some tasks, but Industrial & Systems Engineering also involves complex systems, human factors, optimisation and decision-making.

Will AI replace industrial engineers?
AI is expected to change some of the tasks industrial engineers perform and may increase the use of automation and AI-assisted decision-making. Current research points more toward task transformation and augmentation than wholesale replacement of many occupations.

How is AI changing industrial engineering?
AI is being applied to areas such as predictive maintenance, forecasting, quality control, optimisation, simulation and data analysis.

What jobs can Industrial & Systems Engineers do?
Career areas include manufacturing, logistics, supply chain, operations, quality, robotics, data analytics and process improvement.

Is Industrial & Systems Engineering a good career for the future?
The field is adapting to new technologies like AI, automation, and data analytics. Students who develop both engineering and digital skills can prepare themselves to work with emerging technologies and apply them to real-world engineering.

What skills should Industrial & Systems Engineering students learn?
Data analysis, programming, statistics, AI literacy, optimisation, systems thinking, problem-solving and communication are useful skills for the AI era.

Written by: Benjamin Kofi Mantey, Digital Marketing & Technology Specialist, Academic City University