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Bachelor of Science in Industrial Engineering (4 years)

Bachelor of Science in Industrial Engineering (4 years)

Offered by the Faculty of Engineering – Department of Industrial Engineering
Offered by the Faculty of Engineering – Department of Industrial Engineering

Description

The Bachelor of Science in Industrial Engineering (IE) program is designed to prepare the student for professional work in the design, improvement, installation, and maintenance of integrated systems of people, materials, information, equipment, methods, and energy. The curriculum covers the engineering and social sciences, principles, and methods of systems analysis and design, industrial management, and human behavior.

Tracks and Specializations

Tracks and Specializations

Production Engineering

This track institutes the use of engineering principles and tools in advanced analytical thinking and problem-solving abilities.  It is mainly concerned with the development and management of safe, effective, and efficient complex production systems are used in the conversion of raw materials into finished goods whilst maintaining the sustainability of such systems. This track also focuses on the scheduling and utilization of materials, machines, tools, and human capital in the manufacturing of goods.

Quality Engineering

This track involves methods analysis and system development for the improvement of the design and procedures in the production or provision of goods and services to match industry standards.  It gives emphasis on the idea that products or transactions delivered must meet or exceed customer requirements and expectations. This track focuses on the development of quantitative thinking on the modern principles and practices of quality fundamentals used in process technology, and quality analysis and assurance.

Operations Research and Analytics

This track is the discipline of applying advanced analytical methods leading to decision-making in complex real-world systems and the development of new models for management science applications and controlled experimentation. This specialization prepares students to be knowledgeable in mathematical sciences which include mathematical optimization, stochastic modeling, probability and statistics, and data analytics. The track highlights the solution methodology for mathematical models and their data applications.

Service Engineering

This track applies engineering knowledge into the service sector such as, but not limited to, banking, health care, and transportation, to improve customer service satisfaction and operational efficiency. This track uses an interdisciplinary approach to revenue management, workforce planning, enterprise collaboration, service quality management,  innovative service designs, and service analytics.

Identity​

Becoming Part of the Program

Identity​

Thomasian Graduate Attributes

The University of Santo Tomas, in pursuit of truth, guided by reason and illumined by faith, dedicates herself to the generation, advancement, and transmission of knowledge to form competent and compassionate professionals committed to the service of the Church, the nation, and the global community.

I am a Thomasian. I carry the SEAL of Thomasian education. I am a Servant leader, an Effective communicator and collaborator, an Analytical and creative thinker, and a Lifelong learner. With Christ at the center of my formation as a Thomasian, I am expected to demonstrate the following Thomasian Graduate Attributes (ThoGAs): 

SERVANT LEADER 

  • Show leadership abilities to promote advocacies for life, freedom, justice, and solidarity in the service of the family, the local and global communities, the Church, and the environment. 
  • Implement relevant projects and activities that speak of Christian compassion to the poor and the marginalized in order to raise their quality of life. 
  • Show respect for the human person, regardless of race, religion, age, and gender. 

EFFECTIVE COMMUNICATOR AND COLLABORATOR 

  • Express oneself clearly, correctly, and confidently in various environments, contexts, and technologies of human interaction.
  • Work productively with individuals or groups from diverse cultures and demographics. 
  • Show profound respect for individual differences and/or uniqueness as members of God’s creation. 

ANALYTICAL AND CREATIVE THINKER 

  • Show judiciousness and resourcefulness in making personal and professional decisions. 
  • Engage in research undertakings that respond to societal issues. 
  • Express personal and professional insights through an ethical and evidence-based approach. 

LIFELONG LEARNER 

  • Engage in reflective practice to ensure disciplinal excellence and professional development. 
  • Exhibit preparedness and interest for continuous upgrading of competencies required by the profession or area of specialization. 
  • Manifest fidelity to the teachings of Christ, mediated by the Catholic Church, in the continuous deepening of faith and spirituality in dealing with new life situations and challenges. 
Program Educational Objectives

Within five years after graduation, BS Industrial Engineering alumni from the University of Santo Tomas shall be engaged either locally or abroad in the design, operation, or management, in the fields of:

 

  • Production Engineering
  • Quality Engineering
  • Operations Research and Analytics
  • Service Engineering

 

They shall demonstrate the Thomasian values of compassion, commitment, and competence in their profession in the service of the Church, the nation, and the global community.

They shall exhibit the Thomasian traits of contemplative, creative and critical thinking; exemplary work ethics; practice lifelong learning for continuous development of oneself and the society.”

 

Student Outcomes

Equivalent to Program Intended Learning Outcomes

Effectivity: A.Y. 2019-2020

    1. An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics
    2. An ability to apply engineering design to produce solutions that meet specified needs, with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors
    3. An ability to communicate effectively with a range of audiences
    4. An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal context
    5. An ability to function effectively in a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives
    6. An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions
    7. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies

 

Effectivity: A.Y. 2013-2014 to A.Y. 2018-2019

a-K1: An ability to apply knowledge of mathematics and science appropriately to solve Industrial Engineering problems

b-D1 : An ability to design and conduct experiments, as well as to analyze and interpret data accordingly

c-D2 : An ability to design a system, component or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability and sustainability, in accordance with standards.

d-P1 : An ability to function effectively in multi- disciplinary teams

e-D3 : An ability to identify, formulate, and solve Industrial Engineering problems correctly

f-K2 : Understanding of professional and ethical responsibility

g-P2 :Effectively communicate orally and in writing using the English language

h-K3 : The broad education necessary to understand the impact of engineering solutions or research and innovation in a global, economic, environmental, and societal context

i-P3 : The recognition of the need for, and an ability to engage in life-long learning

j-P4 : An active concern for contemporary local and global issues

k-P5 : An ability to use techniques, skills, and modern engineering tools necessary for the practice of Industrial Engineering

l-K4 : The knowledge and understanding of Engineering and management principles as a member and leader in a team, to manage projects in multidisciplinary environments

m-K5 : The specialized knowledge in at least one field of IE practice, and the ability to apply such knowledge to provide solutions to actual problems

Becoming Part of the Program

Application

Application Period: August to November of each year

Application Website

Release of Results: Second Quarter of the following year 

Fees

Go to THIS PAGE and look for the “Faculty of Engineering” tab for the tuition fees.

Career Opportunities

Career Opportunities

Planning Engineer

Methods Analyst

System Analyst

Design Engineer

Quality Engineer

Project Analyst

Information Analyst

Productivity Consultant / Analyst

Operations Research Analyst

Academician

Student Experience and Support

Student Experience and Support

The University of Santo Tomas provides student services that cater to academic, spiritual, and wellness concerns of students. These support units are found in the different parts of the campus and can be accessed by Thomasians. When the University shifted to distance learning, the services also transitioned to online services to continue addressing the needs of Thomasians.

Program Curriculum (New)​

Program Curriculum (New)​

Effectivity: A.Y. 2025-2026

This curriculum may have some changes upon the availability of new guidelines.

Program Schedule
Year
First Term 
(August – December)
Second Term
(January – May)
Special Term
(June – July)
1
/
/
none
2
/
/
none
3
/
/
/
4
/
/
none
First Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 201
Chemistry Applications in Engineering
3
1
4
 
 
ENG 203
Calculus 1
3
1
4
 
 
ENG 205
Introduction to Engineering
0
1
1
  
GE ELEC I
Elective I
3
0
3
  
MATH_MW
Mathematics in the Modern World
3
0
3
  
NSTP 1
National Service Training Program 1
0
3
3
  
PATH-FIT 1
Physical Activities Toward Health and Fitness 1: 
Movement Competency Training
2
0
2
  
PURPCOM
Purposive Communication
3
0
3
  
THY 1
Christian Vision of the Human Person
3
0
3
  
TOTAL
 
20
6
26
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ART_APP
Art Appreciation
3
0
3
  
ENG 206
Calculus 2
3
1
4
ENG 203
 
ENG 207
Physics for Engineers
4
0
4
 
ENG 206
ENG 208A
Physics for Engineers Laboratory
0
1
1
 
ENG 206, 
ENG 207
ENG 209
Computer Fundamentals and Programming
0
1
1
 
 
ETHICS
Ethics
3
0
3
  
NSTP 2
National Service Training Program 2
0
3
3
NSTP 1
 
PATH-FIT 2
Physical Activities Toward Health and Fitness 2: 
Exercised-based Fitness Activities
2
0
2
  
STS
Science, Technology, and Society
3
0
3
  
THY 2
Christian Vision of Marriage and Family
3
0
3
THY 1
 
TOTAL
 
21
6
27
  
 
Second Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2014
Differential Equations
3
0
3
ENG 206
 
ENG 2016
Engineering Mechanics
3
0
3
ENG 206, 
ENG 207, 
ENG 208A
 
IE 252
Industrial Materials and Processes
2
1
3
ENG 201, 
ENG 207, 
ENG 208A
 
IE 253
Industrial Organization and Management
3
0
3
 
 
IE 2533
Statistical Analysis for Industrial Engineering 1
3
0
3
ENG 206
 
IE 254
Financial Accounting
3
0
3
 
 
IE 2544
Advanced Computer Programming for Industrial Engineering
0
1
1
ENG 209
 
IE 255
Basic Electrical Engineering
3
0
3
ENG 207, 
ENG 208A
 
PATH-FIT 3
Physical Activities Towards Health and Fitness in 
Dance and Recreational Activities
2
0
2
PATH-FIT 1,
PATH-FIT 2
 
THY 3
Christian Vision of the Church in Society
3
0
3
THY 1, 
THY 2
 
TOTAL
 
25
2
27
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2023
Service-Learning for Engineers
0
1
1
ENG 205
 
IE 257
Advanced Mathematics for Industrial Engineering
3
0
3
ENG 2014
 
IE 259
Work Study
3
1
4
IE 252, 
IE 253,
IE 2533
 
IE 2510
Principles of Economics
3
0
3
IE 253,
IE 254
 
IE 2511
Managerial Accounting
3
0
3
IE 254
 
IE 2526
Industrial Engineering Computer-Aided Design
0
1
1
 
 
IE 2531
Biomechanics
2
1
3
 
 
IE 2535
Statistical Analysis for Industrial Engineering 2
3
0
3
IE 2533
 
PATH-FIT 4
Physical Activities Towards Health and Fitness in 
Sports, Martial Arts, Outdoor and Adventures Activities
2
0
2
PATH-FIT 1,
PATH-FIT 2
 
THY 4
Living the Christian Vision in the Contemporary World
3
0
3
THY 1,
THY 2,
THY 3
 
TOTAL
 
22
4
26
  
Third Year - 3 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2013
Environmental Science and Engineering
3
0
3
ENG 201
 
ENG 2022
Thermodynamics I
3
0
3
ENG 206, 
ENG 207, 
ENG 208A
 
GE ELEC II
Elective II
3
0
3
  
IE 2513
Operations Research 1
4
0
4
IE 257
 
IE 2516
Industrial Quality Control
3
0
3
IE 2535, 
IE 259
 
IE 2518
Engineering Economy for Industrial Engineering
3
0
3
IE 2510, 
IE 2511
 
IE 2536
Ergonomics 1: Physical Ergonomics
2
1
3
IE 2531, 
IE 2536, 
IE 259
 
IE 2537
Computer Applications for Industrial Engineering 1: 
Statistical Analysis and Design laboratory
0
1
1
IE 2535, 
IE 2544
 
READ_PH
Readings in Philippine History
3
0
3
  
UND_SELF
Understanding the Self
3
0
3
 
 
TOTAL
 
27
2
29
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
FIL
Panimulang Pagsasalin
3
0
3
 
 
IE 2514
Operations Research 2
4
0
4
IE 2513, 
IE 2535
 
IE 2519
Operating Productive Systems
4
1
5
IE 2513, 
IE 2516
 
IE 25210
Facilities Planning and Design
2
0
2
IE 2526, 
IE 2537
IE 2519
IE 2527A
Project Feasibility 1
2
1
3
IE 2518
 
IE 2538
Ergonomics 2: Cognitive Ergonomics
2
1
3
IE 2536,
IE 2537
 
IE 2540A
Computer Applications for Industrial Engineering 2: 
Optimization Modelling Laboratory
0
1
1
IE 2513
 
IE 2545
Undergraduate Research for Industrial Engineering
2
1
3
IE 2513,
IE 2516, 
IE 2536
 
TOTAL
 
19
5
24
  

Special Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
IE 2525
Industrial Engineering Industry Immersion
0
1
1
IE 2514, 
IE 2519,
IE 2527A,
IE 2538,
IE 2545
 
TOTAL
 
0
1
1
  
Fourth Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ELE 1
Professional Elective 1
3
0
3
IE 2514,
IE 2519,
IE 2538,
 
ENG 2012
Techpreneurship
3
0
3
IE 2527A
IE 2543A
GE ELEC III
Elective III
3
0
3
  
IE 2521
Occupational Safety and Health
3
0
3
ENG 2013, 
IE 2536
 
IE 2525B
Industrial Engineering Industry Immersion 2
0
1
1
IE 2525A
 
IE 2527B
Project Feasibility 2
0
1
1
IE 2519, 
IE 25210, 
IE 2527A
 
IE 2542
Industrial Engineering Values and Ethics
2
0
2
IE 2514, 
IE 2519,
IE 25210, 
IE 2527A,
IE 2538,
IE 2545
 
IE 2543A
Capstone Design Project in Industrial Engineering 1
2
1
3
IE 2514,
IE 2519,
IE 2538,
IE 2545
IE 25214
IE 25214
Systems Engineering
3
0
3
IE 2518,
IE 2519,
IE 2519L

IE 2543A
LIWORIZ
Life and Works of Rizal
3
0
3
  
TOTAL
 
22
3
25
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
CONTEM_W
The Contemporary World
3
0
3
  
ELE 2
Professional Elective 2
3
0
3
ELE 1
 
ELE 3
Professional Elective 3
3
0
3
ELE 1
 
IE 25215
Information Systems
3
0
3
IE 2519, 
IE 25214 
 
IE 25216
Systems Simulation
1
1
2
IE 2514,
IE 2519
 
IE 25217A
Research Colloquium, Seminars and Fieldtrip
0
1
1
ELE 1, 
IE 2521,
IE 25214
IE 2525B,
IE 2527B,
IE 2542,
IE 2543A
 
IE 2528
Supply Chain Management
3
0
3
IE 2519
 
IE 2543B
Capstone Design Project in Industrial Engineering 2
0
1
1
IE 25214,
IE 2543A
 
TOTAL
 
16
3
19
  
Professional Elective Offerings

A. Production Engineering

  • Smart Manufacturing
  • Sustainability Engineering and Management
  • Macroergonomics

B. Quality Engineering

  • Operational Excellence (Six Sigma)
  • Business Process Management
  • Industrial Quality Standards (ISO Systems)

C. Operations Research and Analytics

  • Multi-Criteria Decision Making
  • Risk Management
  • Data Mining and Analytics

D. Service Engineering

  • Service Operations Management
  • Service Innovation in Design Thinking
  • Service Analytics
Curriculum Code Flowchart

Curriculum Code 5, 6, and 7 Flowchart

Effectivity: A.Y. 2023-2024

This curriculum may have some changes upon the availability of new guidelines.

Program Schedule
Year
First Term 
(August – December)
Second Term
(January – May)
Special Term
(June – July)
1
/
/
none
2
/
/
none
3
/
/
/
4
/
/
none
First Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 201
Chemistry Applications in Engineering
3
0
3
 
ENG 202
ENG 202
Chemistry Applications in Engineering (Laboratory)
0
1
1
 
ENG 201
ENG 203
Calculus 1
3
1
4
  
ENG 204
Engineering Drawing
0
1
1
  
ENG 205
Engineering Orientation
1
0
1
  
MATH_MW
Mathematics in the Modern World
3
0
3
  
NSTP 1
National Service Training Program 1
0
3
3
  
PATH-FIT 1
Physical Activities Toward Health and Fitness 1: 
Movement Competency Training
2
0
2
  
PURPCOM
Purposive Communication
3
0
3
  
THY 1
Christian Vision of the Human Person
3
0
3
  
UND_SELF
Understanding the Self
3
0
3
  
TOTAL
 
21
6
27
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ART_APP
Art Appreciation
3
0
3
  
ENG 206
Calculus 2
4
0
4
ENG 203
 
ENG 207A
Physics for Engineers 1A
2
0
2
 
ENG 206
ENG 207B
Physics for Engineers 1B
2
0
2
 
ENG 206
ENG 208
Engineering Physics Laboratory
0
1
1
 
ENG 207A,
ENG 207B
ENG 209
Computer Fundamentals and Programming
0
1
1
  
ETHICS
Ethics
3
0
3
  
NSTP 2
National Service Training Program 2
0
3
3
NSTP 1
 
PATH-FIT 2
Physical Activities Toward Health and Fitness 2: 
Exercised-based Fitness Activities 
2
0
2
  
STS
Science, Technology, and Society
3
0
3
  
THY 2
Christian Vision of Marriage and Family
3
0
3
THY 1
 
TOTAL
 
22
5
27
  
 
Second Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2014
Differential Equations
3
0
3
ENG 206
 
ENG 2016
Engineering Mechanics
3
0
3
ENG 206, 
ENG 207A
 
IE 252
Industrial Materials and Processes
2
1
3
ENG 201, 
ENG 202, 
ENG 207A, 
ENG 208
 
IE 253
Industrial Organization and Management
3
0
3
ART_APP,
ENG 201,
ENG 202,
ENG 204,
ENG 207 A
ENG 207 B
ENG 208,
ENG 209, 
ETHICS,
MATH_MW,
NSTP 1,
NSTP 2,
PURPCOM,
STS,
THY 1,
THY 2,
UND_SELF
 
IE 254
Financial Accounting
3
0
3
ART_APP,
ENG 201,
ENG 202,
ENG 204,
ENG 207 A
ENG 207 B
ENG 208,
ENG 209, 
ETHICS,
MATH_MW,
NSTP 1,
NSTP 2,
PURPCOM,
STS,
THY 1,
THY 2,
UND_SELF
 
IE 255
Basic Electrical Engineering
3
0
3
ENG 207B, 
ENG 208
 
IE 2533
Statistical Analysis for Industrial Engineering 1
3
0
3
ENG 206
 
IE 2534
Computer Programming and Analytics
0
1
1
ENG 209
IE 2533
PATH-FIT 3
Physical Activities Towards Health and Fitness in Dance and 
Recreational Activities 
2
0
2
PATH-FIT 1,
PATH-FIT 2
 
THY 3
Christian Vision of the Church in Society
3
0
3
THY 1, 
THY 2
 
TOTAL
 
25
2
27
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
IE 257
Advanced Mathematics for Industrial Engineering
3
0
3
ENG 2014
 
IE 259
Work Study
3
1
4
IE 252, 
IE 253,
IE 2533
 
IE 2510
Principles of Economics
3
0
3
IE 253,
IE 254
 
IE 2511
Managerial Accounting
3
0
3
IE 254
 
IE 2512
Strength of Materials
2
0
2
ENG 2016,
IE 252
 
IE 2526
Industrial Engineering Computer Aided Design
0
1
1
ENG 204
 
IE 2531
Biomechanics
2
1
3
ENG 2014,
ENG 2016,
IE 252,
IE 253,
IE 2533
IE 2534,
IE 254,
IE 255,
THY 3
 
IE 2535
Statistical Analysis for Industrial Engineering 2
3
0
3
IE 2533
 
PATH-FIT 4
Physical Activities Towards Health and Fitness in Sports, 
Martial Arts, Outdoor and Adventures Activities 
2
0
2
PATH-FIT 1,
PATH-FIT 2
 
THY 4
Living the Christian Vision in the Contemporary World
3
0
3
THY 1,
THY 2,
THY 3
 
TOTAL
 
24
3
27
  
Third Year - 3 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2013
Environmental Science and Engineering
3
0
3
ENG 201
 
ENG 2022
Thermodynamics I
3
0
3
ENG 206, 
ENG 207A, 
ENG 207B
 
GE ELEC I
Elective I
3
0
3
  
IE 2513
Operations Research 1
4
0
4
IE 257
 
IE 2516
Industrial Quality Control
3
0
3
IE 2535, 
IE 259
 
IE 2518
Engineering Economy for Industrial Engineering
3
0
3
IE 2510, 
IE 2511
 
IE 2530
Technopreneurship for Industrial Engineering
3
0
3
IE 2510.
IE 253
 
IE 2536
Ergonomics 1: Physical Ergonomics
2
1
3
 
 
IE 2537
Computer Applications for Industrial Engineering 1: 
Statistical Analysis and Design laboratory
0
1
1
IE 2534,
IE 2535
 
READ_PH
Readings in Philippine History
3
0
3
  
TOTAL
 
27
2
29
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
FIL
Panimulang Pagsasalin
3
0
3
 
 
IE 2514
Operations Research 2
4
0
4
IE 2513, 
IE 2535
 
IE 2519
Operating Productive Systems
4
0
4
IE 2516
IE 2519L
IE 2519L
Operating Productive Systems (Laboratory)
0
1
1
 
IE 2519
IE 2521
Occupational Safety and Health
3
0
3
ENG 2013, 
IE 2515
 
IE 2522
Undergraduate Research 1
1
2
3
IE 2513,  
IE 2516,
IE 2518,
IE 2536,
IE 2537
 
IE 2538
Ergonomics 2: Cognitive Ergonomics
2
1
3
IE 2536
 
IE 2539
Marketing Management in Industrial Engineering
2
1
3
IE 2518,
IE 2530
 
IE 2540
Computer Applications for Industrial Engineering 2:
Numerical Analysis and Optimization (Laboratory)
0
1
1
IE 2513,
IE 2534
IE 2514
TOTAL
 
19
6
25
  

Special Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
IE 2525
Industrial Engineering Industry Immersion
0
2
2
IE 2514, 
IE 2519,
IE 2540
 
TOTAL
 
0
2
2
  
Fourth Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ELE 1
Professional Elective 1
3
0
3
IE 2514,
IE 2519,
IE 2538,
 
GE ELEC II
Elective II
3
0
3
  
GE ELEC III
Elective III
3
0
3
  
IE 2527
Project Feasibility Study
2
1
3
IE 2519, 
IE 2519L,
IE 2539
 
IE 2529
Undergraduate Research 2
0
2
2
IE 2522
 
IE 2541
Supply Chain Engineering and Management
3
0
3
IE 2519
IE 2519L
 
IE 25210
Facilities Planning and Design
2
0
2
IE 2519, 
IE 2526,
IE 2538
 
IE 25214
Systems Engineering
3
0
3
IE 2518,
IE 2519,
IE 2519L
 
LIWORIZ
Life and Works of Rizal
3
0
3
  
TOTAL
 
22
3
25
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
CONTEM_W
The Contemporary World
3
0
3
  
ELE 2
Professional Elective 2
3
0
3
ELE 1
 
ELE 3
Professional Elective 3
3
0
3
ELE 1
 
IE 25215
Information Systems
3
0
3
IE 2540
IE 25215L
IE 25215L
Information Systems (Laboratory)
0
1
1
 
IE 25215
IE 25216
Systems Simulation
1
1
2
IE 2514, 
IE 2519
 
IE 25217
Seminars and Field Trip
0
1
1
ELE 1,
GE ELEC II,
GE ELEC III,
IE 25210,
IE 25214,
IE 2527,
IE 2529,
IE 2541,
LIWORIZ
 
 IE 2532
Undergraduate Research 3
0
1
1
IE 2529
 
 IE 2542
Industrial Engineering Values and Ethics
2
0
2
ELE 1
GE  ELEC II,
GE ELEC III,
IE 25210,
IE 25214,
IE 2527,
IE 2529,
IE 2541,
LIWORIZ
 
 
 IE 2543
Industrial and Systems Engineering Capstone Design
1
2
3
IE 25214
 
TOTAL
 
16
6
22
  
Professional Elective Offerings

A. Production Engineering

  • Smart Manufacturing
  • Sustainability Engineering and Management
  • Macroergonomics

B. Quality Engineering

  • Operational Excellence (Six Sigma)
  • Business Process Management
  • Industrial Quality Standards (ISO Systems)

C. Operations Research and Analytics

  • Multi-Criteria Decision Making
  • Risk Management
  • Data Mining and Analytics

D. Service Engineering

  • Service Operations Management
  • Service Innovation in Design Thinking
  • Service Analytics
Curriculum Code Flowchart

Curriculum Code 5, 6, and 7 Flowchart

Effectivity: A.Y. 2021-2022

This curriculum may have some changes upon the availability of new guidelines.

Program Schedule
Year
First Term 
(August – December)
Second Term
(January – May)
Special Term
(June – July)
1
/
/
none
2
/
/
none
3
/
/
/
4
/
/
none
First Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 201
Chemistry Applications in Engineering
3
0
3
 
ENG 202
ENG 202
Chemistry Applications in Engineering (Laboratory)
0
1
1
 
ENG 201
ENG 203
Calculus 1
3
1
4
  
ENG 204
Engineering Drawing
0
1
1
  
ENG 205
Engineering Orientation
1
0
1
  
MATH_MW
Mathematics in the Modern World
3
0
3
  
NSTP 1
National Service Training Program 1
0
3
3
  
PATH-FIT
Human Enhancement
2
0
2
  
PURPCOM
Purposive Communication
3
0
3
  
THY 1
Christian Vision of the Human Person
3
0
3
  
UND_SELF
Understanding the Self
3
0
3
  
TOTAL
 
21
6
27
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ART_APP
Art Appreciation
3
0
3
  
ENG 206
Calculus 2
4
0
4
ENG 203
 
ENG 207A
Physics for Engineers 1A
2
0
2
 
ENG 206
ENG 207B
Physics for Engineers 1B
2
0
2
 
ENG 206
ENG 208
Engineering Physics Laboratory
0
1
1
 
ENG 207A,
ENG 207B
ENG 209
Computer Fundamentals and Programming
0
1
1
  
ETHICS
Ethics
3
0
3
  
NSTP 2
National Service Training Program 2
0
3
3
NSTP 1
 
PATH-FIT
Fitness Exercises for Specific Sports
2
0
2
  
STS
Science, Technology, and Society
3
0
3
  
THY 2
Christian Vision of Marriage and Family
3
0
3
THY 1
 
TOTAL
 
22
5
27
  
 
Second Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2014
Differential Equations
3
0
3
ENG 206
 
ENG 2016
Engineering Mechanics
3
0
3
ENG 206, 
ENG 207A
 
IE 252
Industrial Materials and Processes
2
1
3
ENG 201, 
ENG 202, 
ENG 207A, 
ENG 208
 
IE 253
Industrial Organization and Management
3
0
3
ART_APP,
ENG 201,
ENG 202,
ENG 204,
ENG 207 A
ENG 207 B
ENG 208,
ENG 209, 
ETHICS,
MATH_MW,
NSTP 1,
NSTP 2,
PATH FIT,
PATH FIT,
PURPCOM,
STS,
THY 1,
THY 2,
UND_SELF
 
IE 254
Financial Accounting
3
0
3
ART_APP,
ENG 201,
ENG 202,
ENG 204,
ENG 207 A
ENG 207 B
ENG 208,
ENG 209, 
ETHICS,
MATH_MW,
NSTP 1,
NSTP 2,
PATH FIT,
PATH FIT,
PURPCOM,
STS,
THY 1,
THY 2,
UND_SELF
 
IE 255
Basic Electrical Engineering
3
0
3
ENG 207B, 
ENG 208
 
IE 2533
Statistical Analysis for Industrial Engineering 1
3
0
3
ENG 206
 
IE 2534
Computer Programming and Analytics
0
1
1
ENG 209
IE 2533
PATH-FIT
Physical Activities Towards Health and Fitness in Dance
2
0
2
  
THY 3
Christian Vision of the Church in Society
3
0
3
THY 1, 
THY 2
 
TOTAL
 
25
2
27
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
IE 257
Advanced Mathematics for Industrial Engineering
3
0
3
ENG 2014
 
IE 259
Work Study
3
1
4
IE 252, 
IE 253,
IE 2533
 
IE 2510
Principles of Economics
3
0
3
IE 253,
IE 254
 
IE 2511
Managerial Accounting
3
0
3
IE 254
 
IE 2512
Strength of Materials
2
0
2
ENG 2016,
IE 252
 
IE 2526
Industrial Engineering Computer Aided Design
0
1
1
ENG 204
 
IE 2531
Biomechanics
2
1
3
ENG 2014,
ENG 2016,
IE 252,
IE 253,
IE 2533
IE 2534,
IE 254,
IE 255,
PATH-FIT
THY 3
 
IE 2535
Statistical Analysis for Industrial Engineering 2
3
0
3
IE 2533
 
PATH-FIT
Physical Activities Towards Health and Fitness in Sports
2
0
2
  
THY 4
Living the Christian Vision in the Contemporary World
3
0
3
THY 1,
THY 2,
THY 3
 
TOTAL
 
24
3
27
  
Third Year - 3 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ENG 2013
Environmental Science and Engineering
3
0
3
ENG 201
 
ENG 2022
Thermodynamics I
3
0
3
ENG 206, 
ENG 207A, 
ENG 207B
 
GE ELEC I
Elective I
3
0
3
  
IE 2513
Operations Research 1
4
0
4
IE 257
 
IE 2516
Industrial Quality Control
3
0
3
IE 2535, 
IE 259
 
IE 2518
Engineering Economy for Industrial Engineering
3
0
3
IE 2510, 
IE 2511
 
IE 2530
Technopreneurship for Industrial Engineering
3
0
3
IE 2510.
IE 253
 
IE 2536
Ergonomics 1: Physical Ergonomics
2
1
3
 
 
IE 2537
Computer Applications for Industrial Engineering 1: 
Statistical Analysis and Design laboratory
0
1
1
IE 2534,
IE 2535
 
READ_PH
Readings in Philippine History
3
0
3
  
TOTAL
 
27
2
29
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
FIL
Panimulang Pagsasalin
3
0
3
 
 
IE 2514
Operations Research 2
4
0
4
IE 2513, 
IE 2535
 
IE 2519
Operating Productive Systems
4
0
4
IE 2516
IE 2519L
IE 2519L
Operating Productive Systems (Laboratory)
0
1
1
 
IE 2519
IE 2521
Occupational Safety and Health
3
0
3
ENG 2013, 
IE 2515
 
IE 2522
Undergraduate Research 1
1
2
3
IE 2513,  
IE 2516,
IE 2518,
IE 2536,
IE 2537
 
IE 2538
Ergonomics 2: Cognitive Ergonomics
2
1
3
IE 2536
 
IE 2539
Marketing Management in Industrial Engineering
2
1
3
IE 2518,
IE 2530
 
IE 2540
Computer Applications for Industrial Engineering 2:
Numerical Analysis and Optimization (Laboratory)
0
1
1
IE 2513,
IE 2534
IE 2514
TOTAL
 
19
6
25
  

Special Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
IE 2525
Industrial Engineering Industry Immersion
0
2
2
IE 2514, 
IE 2519,
IE 2540
 
TOTAL
 
0
2
2
  
Fourth Year - 2 Terms
First Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
ELE 1
Professional Elective 1
3
0
3
IE 2514,
IE 2519,
IE 2538,
 
GE ELEC II
Elective II
3
0
3
  
GE ELEC III
Elective III
3
0
3
  
IE 2527
Project Feasibility Study
2
1
3
IE 2519, 
IE 2519L,
IE 2539
 
IE 2529
Undergraduate Research 2
0
2
2
IE 2522
 
IE 2541
Supply Chain Engineering and Management
3
0
3
IE 2519
IE 2519L
 
IE 25210
Facilities Planning and Design
2
0
2
IE 2519, 
IE 2526,
IE 2538
 
IE 25214
Systems Engineering
3
0
3
IE 2518,
IE 2519,
IE 2519L
 
LIWORIZ
Life and Works of Rizal
3
0
3
  
TOTAL
 
22
3
25
  

Second Term
Abbreviation
Description
Lec. Hrs.
Lab. Hrs.
Units
Pre-Requisites
Co-Requisites
CONTEM_W
The Contemporary World
3
0
3
  
ELE 2
Professional Elective 2
3
0
3
ELE 1
 
ELE 3
Professional Elective 3
3
0
3
ELE 1
 
IE 25215
Information Systems
3
0
3
IE 2540
IE 25215L
IE 25215L
Information Systems (Laboratory)
0
1
1
 
IE 25215
IE 25216
Systems Simulation
1
1
2
IE 2514, 
IE 2519
 
IE 25217
Seminars and Field Trip
0
1
1
ELE 1,
GE ELEC II,
GE ELEC III,
IE 25210,
IE 25214,
IE 2527,
IE 2529,
IE 2541,
LIWORIZ
 
 IE 2532
Undergraduate Research 3
0
1
1
IE 2529
 
 IE 2542
Industrial Engineering Values and Ethics
2
0
2
ELE 1
GE  ELEC II,
GE ELEC III,
IE 25210,
IE 25214,
IE 2527,
IE 2529,
IE 2541,
LIWORIZ
 
 
 IE 2543
Industrial and Systems Engineering Capstone Design
1
2
3
IE 25214
 
TOTAL
 
16
6
22
  
Professional Elective Offerings

A. Production Engineering

  • Smart Manufacturing
  • Sustainability Engineering and Management
  • Macroergonomics

B. Quality Engineering

  • Operational Excellence (Six Sigma)
  • Business Process Management
  • Industrial Quality Standards (ISO Systems)

C. Operations Research and Analytics

  • Multi-Criteria Decision Making
  • Risk Management
  • Data Mining and Analytics

D. Service Engineering

  • Service Operations Management
  • Service Innovation in Design Thinking
  • Service Analytics
Curriculum Code Flowchart

Curriculum Code 5, 6, and 7 Flowchart

Program Recognitions

Program Recognitions

Engineering Accreditation Commision of ABET

The Bachelor of Science in Electronics Engineering program is accredited by the Engineering Accreditation Commission of ABET, under the commission’s General Criteria and Program Criteria for Industrial, and Similarly Named Engineering Programs. 

Center of Development

PAASCU (FAAP)
Reaccredited

PTC ACBET
Assessed