Industrial and Systems Engineering Northern Illinois University

Overview

The Industrial and Systems Engineering programme at Northern Illinois University provides students with the essential tools to become innovators in the modern industrial landscape. By combining technical expertise with practical application, the university ensures graduates are prepared to improve the production of goods and services effectively.

Students enrolled in this degree develop a keen eye for efficiency, learning how to discover and implement ways to improve organisational processes. The curriculum is designed to balance vision with action, offering a fast-paced learning environment that mirrors the demands of the professional engineering sector.

The department offers several distinct pathways to allow for specialised expertise.

Why Industrial and Systems Engineering at Northern Illinois University?

Northern Illinois University provides a robust educational environment through its College of Engineering and Engineering Technology. The institution is recognised for its commitment to professional development, offering students access to specialised laboratories and a dedicated mentorship programme.

The university maintains strong links with industry through its Industrial Advisory Boards and corporate partnerships. These connections ensure the curriculum remains relevant to current market needs, while distinctive teaching features like the Senior Design project allow students to apply their knowledge to real-world challenges.

Facilities at the DeKalb campus are designed to support high-level research and practical learning. Students benefit from an ecosystem that includes an accelerator and various student organisations, fostering a community of engineers dedicated to excellence and professional growth.

Tuition Fee Breakdown

• International fee: USD 10742 per semester
• National fee: USD 5371 per semester
• Local fee: USD 5371 per semester

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is structured to provide a deep understanding of engineering principles and their application in various sectors. Modules may include:

• Health Systems Engineering
• Facility Layout
• Inventory Control
• Manufacturing Systems
• Six Sigma Skills
• Product and Process Design
• Metrology
• Computer-aided Manufacturing
• Quality Control
• Engineering Management
• Business

Careers with Industrial and Systems Engineering

Graduates of this programme are prepared for leadership and technical roles across a wide range of sectors. The training provided enables students to pursue careers in manufacturing, where they focus on streamlining systems and overseeing the entire production process from planning to inspection.

Opportunities also exist in the healthcare sector, where graduates work to advance the quality of facilities and reduce operational costs. Those who focus on management are well-equipped for leadership positions, bridging the gap between technical engineering requirements and business strategy in various corporate environments.

The skills acquired in productivity improvement and process innovation are highly transferable. This allows alumni to find success in industries requiring expertise in inventory control, facility optimisation, and the implementation of complex engineering-related systems.