Industrial Management

The Industrial Management major provides the essential knowledge and skills related to management activities, improvement of production systems, product quality, and efficient use of resources.

Introduction

Industrial Management is an intersection between economics and technology, providing the foundation and in-depth knowledge of economic management and technology. This major provides learners with specialized skills in production operations, project management, human resource management, inventory, inventory management, and supply chain management in manufacturing, trading, and commerce.

Program code

7510601

Training period

4 years

Degree

Bachelor of Engineering in Industrial Management

Subject combinations

A00: Mathematics – Physics – Chemistry
A01: Mathematics – Physics – English
A02: Mathematics – Physics – Biology
B00: Mathematics – Chemistry – Biology

Excellent features of the training program

Developed with the orientation of building high-quality human resources in the field of industrial management and business administration.

International standard

Benchmark with the training program of the University of Illinois, USA (Rank 48, THE 2022).

Enterprise courses

More than 30% of training programs are studied in practice at enterprises with domestic and foreign experts.

Skills

Focusing on skills in human factor analysis, production system control, and effective technology recommendations.

Program learning outcomes

Industry Management provides students with professional knowledge and training in research and case management skills so that they have a sense of lifelong learning and behave professionally.

Consulting capacity

Consulting services on industrial management and corporate governance; guiding enterprises to restructure production and business.

Technological competence

Proficiently apply information technology skills in practice.

Research capacity

Research on improvement and optimization of production systems in industrial management and corporate governance.

Innovation capacity

Lifelong learning, active self-innovation, passion for creativity, and professional ethics training.

Knowledge

Apply knowledge of management science, economics and finance, production management, supply chain management, strategic management, and human resource management.

Capacity to organize the implementation

Designing facilities, planning and controlling production activities, organizing and operating production and business at the enterprise.

Risk management capacity

Evaluation of capital investments, financial risk management, industrial production, and corporate governance.

Ability to propose solutions

Analyze, evaluate and propose appropriate technology solutions in industrial management and corporate governance.

Consulting capacity

Consulting services on industrial management and corporate governance; guiding enterprises to restructure production and business.

Technological competence

Proficiently apply information technology skills in practice.

Research capacity

Research on improvement and optimization of production systems in industrial management and corporate governance.

Innovation capacity

Lifelong learning, active self-innovation, passion for creativity, and professional ethics training.

Knowledge

Apply knowledge of management science, economics and finance, production management, supply chain management, strategic management, and human resource management.

Capacity to organize the implementation

Designing facilities, planning and controlling production activities, organizing and operating production and business at the enterprise.

Risk management capacity

Evaluation of capital investments, financial risk management, industrial production, and corporate governance.

Ability to propose solutions

Analyze, evaluate and propose appropriate technology solutions in industrial management and corporate governance.

Consulting capacity

Consulting services on industrial management and corporate governance; guiding enterprises to restructure production and business.

Technological competence

Proficiently apply information technology skills in practice.

Research capacity

Research on improvement and optimization of production systems in industrial management and corporate governance.

Innovation capacity

Lifelong learning, active self-innovation, passion for creativity, and professional ethics training.

Study Program

The training program is built with 151 credits, including general knowledge, specialized knowledge, internship, and graduation thesis course.

1ST YEAR

2ND YEAR

3RD YEAR

4TH YEAR

Introduction to Industrial Management
Economic Law
Microeconomic Theory
General Mechanical Engineering
Soft Skills

Our teaching, learning, and evaluation methods

To ensure effective communication and reception processes, the faculty have designed items for follow-up as follows:

Teaching methods

Diversified, with a combination of theory and practice through practical experience activities at enterprises, following the motto of taking learners as the center.

Learning methods

Combining traditional and modern methods (Blended Learning), practical experience, enhancing research ability, and lifelong learning.

Evaluation methods

Assessment is based on students' ability through different forms such as group discussions, presentations, and essays,…

Career Prospects

Industrial Management has diverse and attractive career prospects, specifically:

Design of facilities

Monitoring product quality

Productivity management in production

Logistics and supply chain management

Production line management

Head of shift/ Production manager

Factory director

Specialist in the management board of industrial parks and export processing zones

"Nothing is impossible, be the arrow pointed at your target until you reach your destination."

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