Chemical Engineering Technology

Overview

The Chemical Engineering Technology field is a diverse and vital discipline where knowledge of chemistry is applied to address modern societal challenges. Known for combining in-depth chemistry expertise with engineering principles, this field plays a critical role in developing products and processes that profoundly impact daily life. With continuous advancements, chemical engineering technology not only transforms the way we produce and utilize products but also contributes significantly to tackling global challenges, such as the need for clean energy development and environmental pollution reduction.

Major code

7510401

Enrollment combination

A00: Mathematics, Physics, Chemistry
A07: Mathematics, History, Geography
B00: Mathematics, Chemistry, Biology
B04: Mathematics, Biology, Civic Education

Academic years

4 years

Degree

Engineer

Chemical Engineering Technology

Highlights of the training program

Modern Training Program

The curriculum is developed based on the frameworks of Ho Chi Minh City University of Technology (Vietnam), Chulalongkorn University (Thailand), and Universiti Putra Malaysia (Malaysia). It focuses on providing comprehensive knowledge in the fields of chemical technology, food technology, and pharmaceutical chemistry, while integrating advanced research methods and cutting-edge technologies.

Faculty and Research Team

The program is supported by experienced lecturers and industry experts with high professional qualifications, providing students with opportunities to practice and access the latest advancements in chemical engineering technologies.

Internships at Enterprises

More than 30% of the program involves practical learning at enterprises in the fields of chemical technology, food technology, and pharmaceutical chemistry. Students have the opportunity to directly participate in real-world work environments, learn from top industry experts, and apply their academic knowledge to real-life projects. This enables students to develop professional skills while still in university.

Facilities and Technology

DNTU invests significantly in state-of-the-art facilities and technology to ensure students have the best learning and research environment. Laboratories, libraries, and research centers are equipped with advanced instruments, allowing students to execute meaningful projects and research.

Learning, Teaching & Assessment Methods

Learning Methods

Classroom learning, lectures, self-study, group work, presentations, project implementation, course assignments, essay writing, etc.

Teaching Methods

A learner-centered approach: In addition to delivering specialized knowledge, students are trained in presentation skills, practical application, teamwork, participation in research projects, site visits, and internships.

Assessment Methods

Evaluation through classroom activities, laboratory sessions, and practical work; assessment of presentation skills, teamwork, use of technology, and knowledge through tests; further evaluation via essays, presentations, debates, course assignments, site visit reports, internships, and graduation theses.

Program structure

Year 1
Year 2
Year 3
Year 4

Semester 1

Note: [Course code] - [Course name] (credits)

CB70303 - Public Speaking Skills (1)

HH70028 - General Chemistry (3)

HH70011 - Introduction to Chemical Engineering Technology (1)

TA70301 - Key English 1 (3)

TA70302 - Key English 2 (3)

TA70303 - Key English 3 (3)

TA70304 - English Speaking Community (2)

Semester 2

Note: [Course code] - [Course name] (credits)

CB70101 - Marxist-Leninist Philosophy (3)

TA70305 - Intensive English 1 (4)

CB70202 - Advanced Mathematics (3)

CB70304 - Emotional Management Skills (1)

CB70301 - Computer Science 1 (2)

HH70004 - General Chemistry Laboratory (1)

HH70009 - Analytical Chemistry (2)

HH70010 - Analytical Chemistry Laboratory (2)

MT70103 - Sustainable Production and Consumption (2)

HH70017 - Food Chemistry (2)

Semester 3

Note: [Course code] - [Course name] (credits)

CB70102 - Marxist-Leninist Political Economy (2)

CB70106 - Fundamentals of Law (2)

TA70306 - Intensive English 2 (4)

CB70305 - Communication & Relationship-Building Skills (2)

CB70302 - Computer Science 2 (2)

CB71101 - Environment and Sustainable Development (2)

CB71102 - Behavioral Psychology (2)

CB71103 - Ethics and Psychology in Medicine (2)

HH70002 - Applied Biochemical Technology (3)

CT70102 - Technical Drawing (2)

HH70013 - Mechanical Processes and Equipment (2)

CB71401 - Physical Education 1 - Swimming (1)

Semester 4

Note: [Course code] - [Course name] (credits)

CB70103 - Scientific Socialism (2)

TA70307 - Intensive English 3 (4)

CB70307 - Industrial Accident Prevention Skills (2)

CB71104 - Green Economy and Sustainable Development (2)

CB71105 - Vietnamese Culture and Music (2)

CB71106 - History of World Civilizations (2)

HH70001 - Organic Chemistry (3)

HH70006 - Physical Chemistry (3)

HH70007 - Organic Chemistry Laboratory (2)

HH70008 - Physical Chemistry Laboratory (2)

CB70206 - Scientific Research Methodology (2)

CB71402/CB71403/CB71404 - Physical Education 2 (choose 1): Soccer, Volleyball, Badminton (1)

CB70401 - National Defense and Security Education 1 (3)

CB70402 - National Defense and Security Education 2 (2)

CB70403 - National Defense and Security Education 3 (1)

CB70404 - National Defense and Security Education 4 (2)

Semester 5

Note: [Course code] - [Course name] (credits)

CB70104 - Ho Chi Minh’s Ideology (2)

CB70105 - History of the Communist Party of Vietnam (2)

TA70308 - Intensive English 4 (4)

HH70005 - Inorganic Chemistry (2)

HH70012 - Data Processing and Experimental Design (2)

MT70110 - Renewable Energy (2)

MT71129 - Change Management (2)

MT71130 - Circular Economy and Sustainable Development (2)

QT71020 - Operations Management (2)

HH71001 - Green Chemistry (2)

HH70014 - Heat Transfer Processes and Equipment (2)

HH70015 - Mass Transfer Processes and Equipment (2)

HH70018 - Fragrance Technology (2)

CB71405/CB71406/CB71407/CB71408 - Physical Education 3 (choose 1): Martial Arts, Fitness, Dance Sport, Basketball (1)

Semester 6

Note: [Course code] - [Course name] (credits)

MT71224 - Machinery Safety (2)

HH70016 - Reaction Engineering (2)

HH70019 - Fermentation Technology (3)

HH70020 - Functional Foods (3)

HH70022 - Isolation and Purification Techniques (2)

HH70024 - Modern Analytical Methods (2)

HH71002 - Chemical Plant Design (2)

HH71003 - Equipment and Chemical Industry Machines (2)

HH71004 - Refrigeration Engineering and Applications (2)

HH71005 - Membrane Technology Applications (2)

HH71006 - Optimization Model Design (2)

HH71007 - Packaging Technology (2)

HH71016 - Quality Management in Food Chemical Plants (2)

HH70025 - Industrial Internship (2)

Semester 7

Note: [Course code] - [Course name] (credits)

TP71017 - 5S and Kaizen Applications in Production (2)

HH70021 - Process and Equipment Laboratory (2)

HH70023 - Catalysis Engineering (2)

HH71008 - Pharmaceutical Technology (3)

HH71009 - Oil and Fat Processing (3)

HH71010 - Chemistry of Natural Compounds (3)

HH71011 - Pharmaceutical Chemistry (3)

HH71012 - Surfactants (2)

HH71013 - Natural Pharmaceuticals (2)

HH71014 - Composite Materials Technology (2)

HH71015 - Nano Materials Technology (3)

TP71024 - Food Toxins (2)

TP70008 - Food Hygiene and Safety (3)

TP71025 - Food Analysis (3)

TP70009 - Food Additives (3)

HH71017 - Natural Cosmetics (2)

HH71018 - Pharmaceutical and Food Testing (2)

Semester 8

Note: [Course code] - [Course name] (credits)

HH70026 - Graduation Internship (8)

HH70027 - Bachelor’s Graduation Thesis (10)

HH71019 - Specialized Project 1 (3)

HH71020 - Specialized Project 2 (3)

HH71021 - Specialized Chemical Engineering Design Project (4)

Career opportunities

After graduating with a degree in Chemical Engineering Technology from DNTU, students have numerous career opportunities. Below are some potential career paths:

Technology Engineer or Production Management Executive at manufacturing facilities, factories, or enterprises.
Technician in factories or laboratories.
Analytical Engineer, responsible for quality assurance and product development.
Positions in Industrial Management or Quality Management.
Researcher at research institutes.
Engaging in chemical trading, equipment sales, or technology transfer.
Teaching, researching, or working as a laboratory staff member at universities, colleges, or vocational schools.
Pursuing Master's or Ph.D. programs both domestically and internationally.