Bachelor of Science in Industrial Engineering (120 credits)

  • BSIE1001 Introduction to Electrical and Computer Engineering
  • BSIE1002 General Chemistry
  • BSIE1003 Physics I
  • BSIE1004 Circuit Analysis
  • BSIE1005 Information Technology Fundamentals and Practices
  • BSIE1006 Electricity and Electronics
  • BSIE1007 Mechanics
  • BSIE1008 Intermediate Calculus
  • BSIE1009 Introduction to Embedded Systems
  • BSIE1010 Computer Programming I
  • BSIE2001 Humanities and Social Science
  • BSIE2002 Engineering Statistics
  • BSIE2003 Measurement and Instrumentation
  • BSIE2004 Discrete Structure
  • BSIE2005 Electromagnetism
  • BSIE2006 Engineering Mathematics
  • BSIE2007 Dynamics
  • BSIE2008 Thermodynamics
  • BSIE2009 Signals and Systems
  • BSIE2010 Applied Electronics
  • BSIE3001 Physics II
  • BSIE3002 Power System Analysis
  • BSIE3003 Computer Programming II
  • BSIE3004 Information Systems Design
  • BSIE3005 Digital Signal Processing
  • BSIE3006 Business Law and Ethics
  • BSIE3007 System Engineering
  • BSIE3008 Electromagnetism
  • BSIE3009 Productivity
  • BSIE3010 Numerical Methods
  • BSIE4001 Industrial Logistics
  • BSIE4002 Simulation modeling
  • BSIE4003 Industrial Analysis
  • BSIE4004 Manufacturing Systems
  • BSIE4005 Professional and Technical Communication
  • BSIE4006 Quality Assurance
  • BSIE4007 Engineering Professionalism
  • BSIE4008 Facilities Planning
  • BSIE4009 Engineering Management
  • BSIE4010 Advanced Integrated Circuit Design