Kestora College
BACHELORSchool of Technology

Bachelor of Engineering in Industrial Engineering and Management

Duration

3 Years

Language

English

Credits

240 ECTS

Back to Department of Automation & Control Engineering

Program Faculty

Oiva Brandt

Visiting Scholar

Dr. Lars Suzuki

Head of Department of Automation & Control Engineering

Prof. Vera Günther

Professor

Mathematics & Quantitative Foundations

  • Calculus I & II: Fundamentals of change and accumulation.
  • Linear Algebra: Systems of equations.
  • Probability & Statistics: Data distribution for engineers.
  • Operations Research I: Optimization basics.
  • Engineering Economics: Cost-benefit analysis.

Core Industrial Engineering

  • Introduction to Industrial Engineering: Systems thinking.
  • Work Study & Ergonomics: Efficiency and human factors.
  • Production Planning & Control: Scheduling and flow.
  • Manufacturing Processes & Systems: Fabrication methods.
  • Quality Control & Management: Statistical quality assurance.
  • Supply Chain Management: Logistics networks.
  • Facility Layout & Design: Space optimization.
  • Industrial Safety & Risk Management: Workplace safety.

Computing & Analytical Tools

  • Engineering Software: AutoCAD / SolidWorks.
  • Industrial Simulation & Modeling: Process simulation.
  • Database & Data Analytics: Information management.
  • Excel / Python: Tools for analysis.

Management & Business Fundamentals

  • Principles of Management: Organizational theory.
  • Project Management: Planning and execution.
  • Operations Management: Efficient resource use.
  • Organizational Behavior: Team dynamics.
  • Business Communication & Ethics: Professional conduct.
  • Financial Accounting (Intro): Basics of finance.

Optimization & Decision-Making

  • Linear Programming & Optimization: Maximizing utility.
  • Inventory Management: Stock control strategies.
  • Forecasting & Demand Planning: Predicting future needs.
  • Decision Analysis: Making choices under uncertainty.

Laboratory & Practical Work

  • Industrial Engineering Lab: Practical experiments.
  • Simulation & Production Lab: Virtual testing.
  • Work Measurement & Ergonomics Lab: Time and motion studies.

Professional Practice

  • Internship / Industrial Training: Real-world experience.

Capstone

  • Final Year Project: Process Improvement / Production Optimization.