Universitas Wijaya Putra

About Industrial Engineering

The Industrial Engineering program is a field of study that focuses on the planning, development, and management of systems involving people, machinery, materials, energy, and information in an industrial context. Industrial Engineering covers various aspects ranging from operations management and manufacturing engineering to supply chain management. In addition, this department also studies ergonomics, systems engineering, systems analysis and planning, as well as quality management to create efficient, productive, and high-quality systems in both the goods and services industries. The Industrial Engineering Department at Wijaya Putra University, in an effort to meet the demand for excellent human resources in the Industrial and Business World (DUDI), is committed to continuously improving the quality of Teaching, Research, and Community Service. The Industrial Engineering Department at Wijaya Putra University is an active member of the Indonesian Association of Industrial Engineering Higher Education Institutions (BKSTI) and has received accreditation from the Independent Accreditation Agency LAM-TEKNIK.

As part of the Faculty of Engineering, the UWP Industrial Engineering Program develops structured academic knowledge in four main fields: Sustainable Production Systems, Supply Chain & Industrial System Optimization, Quality, Safety & Human Engineering, and Industrial Innovation & Sociopreneurship. These four fields are integrated to support the profile and competencies of graduates.

Sustainable Production System

This specialized field focuses on the design, management, and improvement of efficient, productive, and sustainable production systems. Students learn how to optimize production processes, energy use, facility layouts, and labor productivity, as well as reduce waste through approaches such as lean manufacturing, green productivity, and sustainable manufacturing. Through this field, students are expected to be able to design modern production systems that not only improve corporate efficiency but also support environmental sustainability. These competencies are highly sought after by the manufacturing, food, energy, and SME sectors, which currently face global demands for efficiency and sustainability.

Supply Chain & Industrial System Optimization

This flagship field explores how to manage and optimize logistics systems, supply chains, and industrial decision-making in an integrated manner. Students will study production planning, inventory management, distribution, industrial data analysis, and digital technology-based decision support systems. Additionally, students are introduced to the concepts of sustainable supply chains and the circular economy to create industrial systems that are more responsive, efficient, and environmentally friendly. This field is highly relevant to the needs of modern industry, which demands rapid distribution, cost efficiency, and the integration of technology in industrial system management.

Quality, Safety & Human Engineering

This flagship program focuses on improving quality, workplace safety, ergonomics, and the reliability of work systems in industry. Students study quality management systems, quality control, occupational safety and health (OSH), ergonomics, and the design of human-centered work systems. This program aims to produce graduates capable of creating a safe, comfortable, productive, and high-quality work environment. In today’s industrial landscape, the demand for professionals who understand product quality, workplace safety, and worker well-being is growing as a key component of corporate competitiveness.

Industrial Innovation & Sociopreneurship

This flagship field develops students’ abilities to create product innovations, industrial business development, and technology-based solutions that have a social and sustainable impact. Students study product design and development, industrial management, business innovation, and the application of sociopreneurship concepts in business development and community empowerment. This field aims to produce graduates who are not only ready to work in industry but are also capable of becoming innovators, consultants, or entrepreneurs who can create added value for society. These competencies are highly relevant to the development of the creative industries, SMEs, technology startups, and the need for sustainable business transformation in the modern era.

Quality, Safety & Human Engineering

Industrial Innovation & Sociopreneurship

Integration of Academic Fields in the Industrial Engineering Program

The Industrial Engineering Program at Wijaya Putra University advances the field of sustainable industrial systems through the integration of four key areas: Sustainable Production Systems, Supply Chain & Industrial System Optimization, Quality, Safety & Human Engineering, and Industrial Innovation & Sociopreneurship. These four fields complement one another in creating efficient, productive, high-quality, safe, and sustainable industrial systems through the circular economy approach, green productivity, and digital technology support.

Through the integration of these academic fields, students are equipped with the ability to design, manage, analyze, and develop modern industrial systems involving people, materials, energy, information, and technology. These competencies serve as the foundation for graduates to meet the needs of the business and industrial sectors, as well as to create sustainable added value for society and the environment.

Program Highlights

Outcome-Based Education (OBE) Approach
The learning process is designed around graduate learning outcomes integrated with case studies, project-based learning, and capstone design to enhance analytical, problem-solving, and industrial decision-making skills.
Focus on Sustainable Industrial Systems
The program develops Industrial Engineering knowledge through a circular economy and green productivity approach to create efficient, productive, and environmentally friendly industrial systems in line with the needs of modern industry.
Integration of digital technology and industry needs
Students are equipped with skills in the application of digital technology, data analysis, industrial information systems, and the Internet of Things (IoT), all integrated with the real-world needs of business and industry.
Strengthening competencies in industrial systems and modern management
The curriculum is designed to strengthen students’ competencies in production, logistics and supply chain, quality, occupational safety, and risk-based project management.
Development of industrial innovation and social entrepreneurship
The program encourages the development of product, process, and business model innovations based on industrial technology that have a social impact and are sustainable through collaboration with industry and the community.

Program Details

Program Name	Industrial Engineering (Accredited: Very Good)
Degree	Bachelor of Engineering (S.T.)
Duration	4 Years
Requirements	High school diploma (SMA/MA/SMK) in any major
Campus Location	Kampus 1 Jl. Raya Benowo 1-3 Surabaya
Faculty	Faculty of Engineering
Facilities	Technical Drawing / Product Design Laboratory (AutoCAD) Manufacturing Process Laboratory (Cutting, Grinding, Welding, Drilling, Milling) CNC (Computer Numerical Control) Laboratory Physics Laboratory Computer Laboratory (Simulation, Quality Control Statistics, Manufacturing Systems, Facility Layout) Ergonomics Laboratory Industrial Automation Laboratory
Supporting Facilities	Air-Conditioned Lecture Halls with LCD Projectors Library Faculty Office Department Chair’s Office Parking Area Display Area Cafeteria Place of Worship
Contact	IG: teknikindustri_uwp TikTok: teknik_industri_uwp Email: [email protected] Website: https://industri.uwp.ac.id/
Field of Work	Production Planner (PPIC) Production Supervisor Product or System Developer Quality Control and Assurance Specialist Project Engineer Entrepeneur Occupational Safety and Health (OSH) Specialist Systems Auditor/Consultant Academic

Vision Mission Industrial Engineering

Vision

“To become a center of excellence in the development of sustainable industrial systems through a circular economy and green productivity approach, supported by digital technology and sociopreneurship insights.”

Mission

To provide Industrial Engineering education based on Outcome-Based Education (OBE) to produce graduates who are adaptable, competent, and competitive in the development of sustainable industrial systems.
Conducting innovative and applied research in the development of sustainable industrial systems through a circular economy approach, green productivity, and digital technology support.
Conducting community service rooted in Industrial Engineering to support improvements in productivity, sustainability, and community well-being.
Developing strategic partnerships with the business sector, industry, government, and other partners at the local, national, and international levels in the development of sustainable industrial systems.
Implementing effective, adaptive, and sustainable program management to support the enhancement of the three pillars of higher education.

Graduate Learning Outcomes Industrial Engineering

Program Outcomes (CPL)

Graduates of the UWP Industrial Engineering program are expected to possess the following competencies:

CPL-1	Demonstrate professionalism, integrity, discipline, responsibility, ethics, and concern for occupational safety, sustainability, and the environment in Industrial Engineering practice.
CPL-2	Mastering the concepts of mathematics, science, engineering, management, and industrial systems to support the analysis and resolution of Industrial Engineering problems.
CPL-3	Able to identify, formulate, analyze, and solve complex problems in industrial systems using a systems approach and engineering methods.
CPL-4	Able to design, integrate, and improve industrial systems involving humans, materials, information, energy, technology, and the environment effectively and sustainably.
CPL-5	Able to design, manage, and optimize production, logistics, and supply chain systems through a circular economy and green productivity approach.
CPL-6	Able to implement and evaluate quality systems, occupational safety, ergonomics, and continuous improvement to improve industrial performance.
CPL-7	Able to plan, implement, and evaluate projects and make data-based decisions by utilizing digital and computing technology.
CPL-8	Able to design experiments, analyze data, and interpret results to support development and decision making in industrial systems.
CPL-9	Able to communicate effectively, work in multidisciplinary teams, and demonstrate leadership skills in organizations and projects.
CPL-10	Able to develop oneself sustainably, be adaptive to technological and industrial developments, and have sociopreneurship insight in creating innovative solutions for society.

Independent Professional Profile

Graduates of the Industrial Engineering program at Universitas Wijaya Putra typically pursue careers as:

No	Graduate Profile	Competency Description
PL 1	Production & Sustainable Manufacturing Engineer	Graduates are able to design, manage, and improve production and manufacturing systems efficiently, productively, and sustainably through a green productivity and circular economy approach.
PL 2	Supply Chain & Industrial Systems Analyst	Graduates are able to analyze, manage, and optimize logistics systems, supply chains, and integrated industrial systems with the support of digital technology to improve industrial efficiency and sustainability.
PL 3	Quality, Safety & Project Engineer	Graduates are able to implement and evaluate quality systems, occupational safety, ergonomics, and project management to support effective, safe, and sustainable industrial performance improvement.
PL 4	Industrial Innovator & Sociopreneur	Graduates are able to develop innovative products, processes, and business models based on Industrial Engineering science that are adaptive, sustainable, and have a social impact through sociopreneurship insights.

STUDENT ACHIEVEMENTS (NATIONAL LEVEL)

Year	ACTIVITY	TITLE	IMPLEMENTER
2024	National Innovation	IoT-Based Solar-Powered Fruit Fly Pest Trap	Dwi Yunita R dkk
2024	National Innovation	Eco Burner: An IoT-Based, Eco-Friendly Self-Burning Waste Processor	Ainur Dwi R dkk
2023	National MSIB	Certified Internship and Independent Study Program at PT. Artificial Intelligent Indonesia	Yogi Tri Agustiyan
2023	MSIB Ministry of Education, Culture, Research, Technology and Higher Education	Bangkit Program Certified Internship and Independent Study	Dody Hogo Napitupulu
2023	PPK Student Organization	Household Waste Management Based on Circular Economy and Environmentally Friendly Technology	Fajar Akhira P, Meirinda Eka CK, Ainur Dwi R dkk
2023	National Student Organization PPK	Capacity Building of Fishermen's Groups on the West Coast of Surabaya City, Tambak Osowilangun Subdistrict for Fishermen's Socio-Economic Independence	Chandra Ilham P, Yahya Ahmad A. dkk
2022	National P2MW	"Krisada.id “Social Enterprise-Based Businesses in Greater Surabaya.”"	Yogi Tri Agustiyan, Lailatul F, Fajar Akhira P
2022	Innovillage Nasional	"Empowering Clover Farmers in Semanggi Village Through Efficiency Leaf Drying Using Solar Panel and IoT-Based Drying Technology."	Yogi Tri Agustiyan dkk
2022	Indonesian next Telkomsel	Finalists of the Indonesian next session 6 Telkomsel	Dyah Puspita IBSW
2021	P2HD Holistic Village Development and Empowerment Program	Processing Household Waste into Alternative Energy Using the Concept of Thromolysis and Biogas to Create Energy-Independent Villages	Dyah Puspita IBSW, Moch. Rizal dkk
2020	P2HD Holistic Village Development and Empowerment Program	Utilizing Corn Silk Waste to Make Tea	Dyah Puspita, Moch. Rizal dkk

FACULTY RESEARCH ACHIEVEMENTS (NATIONAL LEVEL)

Year	SCHEME	TITLE	IMPLEMENTER
2025	Regular Fundamental Research (PFR)	"Optimizing the Biodiesel Production Process Using Waste Cooking Oil Integrated Wastewater Treatment System for Biodiesel To Support Energy Self-Sufficiency"	Ong Andre W.R, S.T, MT, M. Hasan Abdullah, S.T, M.MT
2024	PDP (Beginner Lecturer Research)	Application of Response Surface Methodology to Optimize the Characteristics Compressive Strength and Water Absorption of Building Materials from Incineration Ash Household Waste	Hasan Abdullah, S.T, M.MT
2024	PDP (Beginner Lecturer Research)	Analysis of Interest in Buying Green Products, Environmental Value of Sanitary Napkins Women in Gen Z in Malang City	Krisnadhi Hariyanto, S.T., MM
2023	Prototype Grant	Prototype of Biodiesel Production Machine from Waste Cooking Oil Raw Material Based on Electric Energy from Solar Panels	Ong Andre W.R, S.T, MT, M. Hasan Abdullah, S.T, M.MT
2020	PDP (Beginner Lecturer Research)	"Designing a Sustainable Development Strategy Based on Co-optation Competition Between the MSME Sector of Seafood Products and Tourism Kenjeran Beach, Surabaya, to Create Potential Ecological Industrial Parks (EIP)"	Astria Hindratmo, S.T., MT

FACULTY COMMUNITY SERVICE ACHIEVEMENTS (NATIONAL LEVEL)

Year	SCHEME	TITLE	IMPLEMENTER
2025	Community Partnership Program	Increasing the Production Capacity and Quality of Milkfish Processing Businesses Using the TTG Bone Tenderizer Machine in Sumber Rejo Village, Pakal District, Surabaya City	Ir. Subaderi, MM. (A)
2025	Community Partnership Program	"Empowering Community Partnerships to Improve the Quality and Capacity of Banana Chip Businesses in Supporting National Independence Based on a Green Economy in Sidowungu Village, Menganti District, Gresik Regency"	Krisnadi Hariyanto, S.T., M.M. (A)
2025	Community Partnership Program	Increasing the production capacity and quality of traditional dry cake businesses in Randupadangan, Menganti, Gresik	Ampar Jaya Suwondo, ST., MT.
2025	Community Partnership Program	Optimizing the Management and Production of Bu Sumi's Dawet with the Siwalan Fruit Chopping Machine in Hendrosari, Gresik	Krisnadi Hariyanto, S.T., M.M.
2025	Community Partnership Program	Improving the Capacity and Management of Bakery SMEs Through Lean Halal-Based Production in Gilang Village, Babat District, Lamongan Regency	M. Hasan Abdullah, S.T., M.MT.
2024	Community Partnership Program	"Increasing the Production Capacity and Quality of Kriuk Wader Fish Farming By Using TTG Wader Dryers in Sidokepung Village, Buduran District, Sidoarjo Regency"	M. Hasan Abdullah, S.T., M.MT. (A)
2023	Community Partnership Program	"Mainstreaming the Green Economy: Coffee Shop Neira, Surabaya City As Economic Recovery for MSMEs"	Krisnadi Hariyanto, S.T., M.M. (A)
2023	Community Partnership Program	"Improving the Capacity and Management of Spice Entrepreneurs Kertonyono Wedangan Spices with a Spice Drying Machine Spices at Jalan Raya Benowo No. 06, Pakal District, Surabaya City"	Ir. Subaderi, MM. (A)
2022	Community Partnership Program	"Implementation of Eco-Friendly Tofu Waste Processing Manufacturing and Green Energy in Tofu SMEs in Klepek Village Kediri Regency"	Astria Hindratmo, S.T.,
2021	Community Partnership Program	"Implementing Stability and Continuity in the Fish Smoking Process SMEs in Penatarsewu Village, Tanggulangin, Sidoarjo Community Partnership Program"	Krisnadi Hariyanto, S.T., M.M. (A)
2021	Community Partnership Program	"Implementation of Independent Market Waste Management Based on a Circular Economy System and Eco-Friendly Technology in Kunjang Village, Kunjang District, Kediri Regency Community Partnership Program"	Astria Hindratmo, S.T.,M.T., M. Hasan Abdullah, S.T., M.MT.
2020	Community Partnership Program	Traditional Beverage Business "Wedang Segar" in Madiun Regency	Onny Purnamayudhia, S.T., M.M., Ampar Jaya Suwondo, ST., MT.
2020	Community Partnership Program	"Lakarsantri Village Housewife Business Group Surabaya City Community Partnership Program"	Ir. Subaderi, MM. (A)

Curicullum of Industrial Engineering

Year One

No	Semester	MK Code	Courses	SKS
1	1	00A001	RELIGIOUS EDUCATION	2
2		00A008	INDONESIAN	2
3		00A013	PANCASILA	2
4		00A014	CITIZENSHIP	2
5		52A001	ENGLISH	2
6		50B001	TECHNICAL DRAWING	2
7		52B002	BASIC PHYSICS I	2
8		52B024	INTRODUCTION TO INDUSTRIAL ENGINEERING	2
9		52B025	TECHNICAL DRAWING PRACTICE	1
10		52B037	CALCULUS 1	3
Sub Jumlah				20

No	Semester	MK Code	Courses	SKS
1	2	52B005	BASIC PHYSICS 2	2
2		52B009	ENGINEERING MATERIALS	2
3		52B011	ENGINEERING MECHANICS	2
4		52B026	INTRODUCTION TO ECONOMICS	2
5		52B027	ALGORITHMS AND COMPUTER PROGRAMMING	3
6		52B028	INDUSTRIAL AUTOMATION	2
7		52B029	MANUFACTURING PROCESS	2
8		52B039	CALCULUS 2	3
9		52B013	PHYSICS PRACTICAL	1
10		52B019	MANUFACTURING PROCESS PRACTICE	1
Sub Jumlah				20

Year Two

No	Semester	MK Code	Courses	SKS
1	3	00A009	ANTI-CORRUPTION EDUCATION	2
2		52B018	OPERATIONAL RESEARCH I	3
3		52C005	ERGONOMICS & APK PRACTICAL	1
4		52B031	LINEAR ALGEBRA	2
5		52B032	STATISTICS I	2
6		52B038	INDUSTRIAL CHEMISTRY	2
7		52B014	COST ANALYSIS AND ESTIMATION	2
8		52C080	ERGONOMICS	2
9		52C058	WORK DESIGN AND MEASUREMENT	2
10		52C085	INDUSTRIAL AUTOMATION PRACTICAL	1
Sub Jumlah				19

No	Semester	MK Code	Courses	SKS
1	4	52B021	OPERATIONAL RESEARCH II	3
2		52B033	STATISTICS II	3
3		52B034	OPTIMIZATION MATHEMATICS	2
4		52B035	ENGINEERING ECONOMICS	2
5		52B036	DATA ANALYTICS	2
6		52C064	INDUSTRIAL ENVIRONMENTAL SYSTEM	2
7		52B022	STATISTICS PRACTICE	1
8		52D001	INDUSTRIAL PSYCHOLOGY	2
9		52C060	PRODUCTION PLANNING AND CONTROL	3
Sub Jumlah				20

Year Three

No	Semester	MK Code	Courses	SKS
1	5	52C015	MANUFACTURING SYSTEM	3
2		52C019	MANUFACTURING SYSTEM PRACTICAL	1
3		52C062	QUALITY CONTROL AND ASSURANCE	3
4		52C012	QUALITY CONTROL PRACTICAL	1
5		52C063	LOGISTICS MANAGEMENT	3
6		52D003	WRITING AND SCIENTIFIC COMMUNICATION	2
7		52C067	SYSTEM MODELING	3
8		52C075	EXPERIMENTAL DESIGN	3
Sub Jumlah				19

No	Semester	MK Code	Courses	SKS
1	6	52C069	BUSINESS INFORMATION SYSTEM DESIGN	3
2		52C086	FACILITY LAYOUT PRACTICAL	1
3		52C006	FACILITY LAYOUT DESIGN	3
4		52C082	INTEGRATED PRACTICUM	3
5		52C068	INDUSTRY FEASIBILITY ANALYSIS	3
6		52C070	SUPPLY CHAIN MANAGEMENT	2
7		52C066	TECHNOPRENEURSHIP	3
8		00E001	STUDENT WORK LECTURES	2
9		322C24	OPTION -1 :MCDM	3
Sub Jumlah				23

Year Four

No	Semester	MK Code	Courses	SKS
1	7	52C081	INTEGRATED SYSTEM DESIGN (capstone design)	2
2		52C073	SYSTEM SIMULATION	3
3		52C026	INDUSTRIAL SYSTEM SIMULATION PRACTICAL	1
4		52C077	OCCUPATIONAL HEALTH AND SAFETY	2
5		52C056	PRODUCT DESIGN AND DEVELOPMENT	3
6		52C083	RESEARCH METHODOLOGY	3
7		52C084	DESIGN AND MANAGEMENT OF INDUSTRIAL ORGANIZATIONS	3
8		52C046	OPTION -2 :LEAN MANUFACTURING	3
9		52C011	OPTION -3 : PROJECT MANAGEMENT	2
Sub Jumlah				22

No	Semester	MK Code	Courses	SKS
1	8	52C016	PRACTICAL WORK	2
2	8	52C030	THESIS	5
Sub Jumlah				7
Jumlah SKS				150

Industrial Engineering Lecturers

Ong Andre Wahyu Riyanto, S.T., MT	M. Hasan Abdullah, S.T., M.MT	Ir. Subaderi, MM	Krisnadhi Hariyanto, S.T., MM
Onny Purnamayudhia, S.T., S.E., MM	Ampar Jaya Suwondo, S.T., MT	Astria Hindratmo, S.T., MT	Fitriya Gemala Dewi, S.T., M.MT
Chendrasari Wahyu Oktavia, S.Si., MT	Dyah Puspita Indah Budi Sari Wulan, S.T., MT