BACHELOR OF INDUSTRIAL ENGINEERING

OVERVIEW

The Industrial Engineering Program is designed to produce graduates capable of optimizing industrial systems and production processes through a multidisciplinary approach. Students will learn how to design, manage, and improve integrated systems involving people, machines, materials, and energy.

The curriculum covers topics such as production planning, supply chain management, ergonomics, quality systems, and data analysis. Students will also be equipped with skills in using cutting-edge technologies like automation, Internet of Things (IoT), and management information systems.

This program combines theoretical learning with hands-on practice through real-world projects, case studies, and industry collaborations. This enables students to apply their knowledge in real-world situations and develop innovative solutions to industrial challenges.

Graduates of Industrial Engineering have diverse career opportunities, such as operations managers, production efficiency consultants, system analysts, or supply chain specialists. They can also contribute to improving productivity and sustainability across various industrial sectors.

With in-depth knowledge and skills, Industrial Engineering graduates are ready to become agents of change in the industrial world, driving innovation and creating more efficient and sustainable systems for the future.

Admission Form

VISION

To become a leading study program in the field of repair, design, and installation of integrated systems in the manufacturing and service industry that is innovative, adaptive, and has a socio-technopreneurship perspective by 2030

MISSION

1. Organizing education in the field of repair, design, and installation of integrated systems in the manufacturing and service industries with a socio-technopreneurship perspective
2. Organizing research and publications in the field of repair, design, and installation of integrated systems in the manufacturing industry with a socio-technopreneurship perspective
3. Organizing community service in the field of industrial engineering with a socio-technopreneurship perspective
4. Cooperating with various parties at the local, national, regional, and international levels

PURPOSES

1. Achieving education in the field of repair, design and installation of integrated systems in the manufacturing and service industries with a sociotechnopreneurship perspective;
2. Producing research and publications in the field of repair, design and installation of integrated systems in the manufacturing industry with a sociotechnopreneurship perspective;
3. Producing community service in the field of industrial engineering with a socio-technopreneurship perspective;
4. Realizing cooperation with various parties at the local, national, regional, and international levels.

TARGETS

The Industrial Engineering Program aims to produce graduates who are competent in designing, managing, and improving industrial systems efficiently and sustainably.

Graduates are expected to have strong analytical, problem-solving, and data-driven decision-making skills in various industries, including manufacturing, services, and logistics.

The program also emphasizes the importance of innovation and technology in enhancing productivity and the quality of industrial processes.

Additionally, Industrial Engineering graduates are equipped with leadership, communication, and collaboration skills to adapt to the evolving global industry.

With the support of research and development, this program is committed to creating graduates who can provide effective and highly competitive industrial solutions.