Bachelor of Science in Environmental Engineering Technology
GENERAL INFORMATION
- Program name: Bachalor Science in Environmental Engineering Technology
- Program name in Vietnames: Cử nhân Công nghệ Kỹ thuật Môi trường
- Degree: Bachelor of Science
- Program code: 7510406
- Type and duration: Full-time, 4 years
- Study language: Vietnamese
- Total credits: 132 credits
PO1 |
To have a basic understanding of natural sciences to facilitate the absorption of environmental knowledge and the ability to engage in higher-level learning for application in the field of environmental engineering technology. |
PO2 |
To have fundamental knowledge in the field and specialized knowledge in the physical, chemical, and biological processes for treating waste generated by human activities, including household and industrial waste. This includes expertise and experience in designing, constructing, and operating technical systems for the prevention and treatment of soil, water, air, and solid waste pollution. |
PO3 |
To possess moral virtues, a sense of dedication to the nation’s development and protection, a passion for science, and a commitment to self-improvement in order to enhance professional capabilities, self-confidence, and honesty. |
PO4 |
To possess the skills for independent and proactive work, the ability to identify, analyse, evaluate, design, and creatively solve problems in the field of environmental engineering technology. |
PO5 |
To have leadership skills, the ability for self-learning and research to meet the socio-economic development requirements of the country and integrate with the advanced higher education system of the region and the world. |
PO6 |
To have the ability to proficiently use English for communication and in the specialized field, reaching the required proficiency level set by the institution. |
PO7 |
To possess cultural awareness and professional ethics, understand and respect Vietnamese laws and regulations, as well as environmental laws, policies, and regulations. |
PO8 |
To exhibit professional behaviour and consistently update technical knowledge in environmental engineering technology. |
Label |
Learning Outcomes |
ILO1 |
Understand and apply basic knowledge of natural science (math, physics, chemistry, biology) and social sciences to support solving problems in the field of Environmental Engineering Technology |
ILO2 |
Understanding and applying fundamental knowledge of environmental knowledge (Earth Science, interactions between humans and the environment) as a scientific foundation to support solving practical problems for Environmental Engineering Technology |
ILO3 |
Understand and apply fundamental knowledge of soil, water and air, knowledge of the physical, chemical and biological processes of waste treatment; basic environmental engineering knowledge |
ILO4 |
Understand and apply specialized knowledge of environmental engineering technology in air, solid waste, water to identify problems, design, build and operate technical systems to prevent and remove environmental pollution. |
ILO5 |
Utilize office document informatic tools and environmental data processing tools in professional activities. |
ILO6 |
Proficient skills in utilizing basic tools and equipment in environmental quality monitoring, and software to design waste treatment systems. |
ILO7 |
Acknowledge the need and have the ability of self-studying and life-long learning as well as scientific research methodology to problem-solving, |
ILO8 |
Display competence in project planning and be able to work independently in a multicultural environment. |
ILO9 |
Display competence in leadership and teamwork as well as oral, written, and visual communication in academic and professional. |
ILO10 |
Analyse the social context in order to propose/design an engineering solution that applicable to local situation and also meet the global environmental treatment trends. |
ILO11 |
Able to analyse, design, deploy and evaluate a specific environmental problem-solving system toward sustainable development. |
ILO12 |
Utilize English to comprehend technical documents and communicate in a professional career. |
ILO13 |
Demonstrate cultural awareness and professional ethics, understanding, and respect for Vietnamese laws. |
ILO14 |
Demonstrate professional conduct and consistently update specialized knowledge in environmental engineering technology. |
No. |
Group of knowledge, skills and competancies |
Number of credits |
||||
Require |
Optional |
Total |
||||
1 |
I-General education (1) (excluded courses, namely National Defense Education, Physical Education, Basic Informatics and Basic Language) |
51 |
2 |
53 |
||
2 |
II-Professional |
II-1 Fundamental (2) |
42 |
8 |
50 |
|
II-2 Specialization (3) |
|
|
|
|||
1 |
Water and soil environmental engineering |
13 |
6 |
19 |
||
2 |
Air and solid waste environmental engineering |
13 |
6 |
19 |
||
3 |
III-Graduating works (4) |
0 |
10 |
10 |
||
Total accumulated credits for graduation (1+2+3+4) |
132 |
Graduates from the BSc program in Environmental Engineering Technology can pursue various career opportunities in the field of environmental engineering, as well as related fields.
- Designing and implementing solutions to environmental problems such as air and water pollution, solid waste management, and environmental remediation.
- Conducting environmental monitoring and impact assessments.
- Working in non-governmental organizations.
- Developing and implementing environmentally friendly practices and strategies to reduce their carbon footprint, conserve resources, and achieve sustainability goals.
- Water quality monitoring, watershed management, water treatment, and water conservation.
- Developing and implementing sustainable waste management practices such as implementing waste reduction, recycling, and waste disposal strategies.
- Developing safety protocols in various industries such as manufacturing, construction, and transportation.
- Conducting risk assessments, developing safety plans, and ensuring workplace safety and environmental compliance.
- Conducting research in research institutions, government agencies, or consulting firms, specializing in areas such as air quality, water quality, ecology, or climate change.
- Teaching and researching at universities, colleges, centers, and institutes.
PROGRAM CONTENT
TEACHING STAFF
PROGRAM PLAN
(C – Compulsory, E – Elective, GE – General Education, FE – Fundamental Education, SE – Specialized Education, GW – Graduation Work)
Y1 – Semester 1 | Y1 – Semester 2
Y1 – Semester 1 (28 credits including 6 credits of Gymnastics and National Defence Education)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
BAA00011 |
English 1 |
3 |
C |
GE |
2 |
BAA00021 |
Gymnastics 1 |
2 |
C |
GE |
3 |
BAA00030 |
National Defence Education |
4 |
C |
GE |
4 |
BAA00101 |
Marxist-Leninist Philosophy |
3 |
C |
GE |
5 |
BAA00102 |
Marxist-Leninist Political Economics |
2 |
C |
GE |
6 |
BIO00001 |
Fundamental Biology 1 |
3 |
C |
GE |
7 |
CSC00003 |
Introduction to Informatics |
3 |
C |
GE |
8 |
ENV00010 |
Introduction to Environmental Sciences |
2 |
C |
GE |
9 |
MTH00001 |
Calculus 1C |
3 |
C |
GE |
10 |
PHY00001 |
General Physics 1 (Mechanics – Thermodynamics) |
3 |
C |
GE |
Y1 – Semester 2 (24 credits including 2 credits of Gymnastics)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
BAA00004 |
General Law |
3 |
C |
GE |
2 |
BAA00012 |
English 2 |
3 |
C |
GE |
3 |
BAA00022 |
Gymnastics 2 |
2 |
C |
GE |
4 |
CHE00001 |
General Chemistry 1 |
3 |
C |
GE |
5 |
ENV00002 |
Environmental Sciences |
3 |
C |
GE |
6 |
GEO00002 |
Earth Science |
2 |
C |
GE |
7 |
MTH00002 |
Higher Mathematics C |
3 |
C |
GE |
8 |
PHY00002 |
General Physics 2 (Electromagnetic – Optics) |
3 |
C |
GE |
Students choose at least 2 credits from the following modules |
|||||
9 |
BAA00005 |
Basic Economics |
2 |
E |
GE |
10 |
BAA00007 |
Innovative Methodology |
2 |
E |
GE |
11 |
BAA00006 |
Psychology |
2 |
E |
GE |
Y2 – Semester 1 | Y2 – Semester 2
Y2 – Semester 1 (21credits)
|
Mode code |
Title |
Credit |
C or E |
Notes |
1 |
BAA00003 |
HoChiMinh’s Ideology |
2 |
C |
GE |
2 |
BAA00013 |
English 3 |
3 |
C |
GE |
3 |
BAA00103 |
Scientific Socialism |
2 |
C |
GE |
4 |
BAA00104 |
History of Vietnamese Communist Party |
2 |
C |
GE |
5 |
CHE00003 |
General Chemistry 3 |
3 |
C |
GE |
6 |
CHE00007 |
Analytical Chemistry |
3 |
C |
GE |
7 |
CHE00082 |
General Chemistry Laboratory 2 |
2 |
C |
GE |
8 |
CHE00083 |
Analytical Chemistry Laboratory |
1 |
C |
GE |
Students choose at least 3 credits from the following modules |
|||||
9 |
ENV00004 |
Environmental Statistics |
3 |
E |
FE |
10 |
MTH00040 |
Probability and Statistics |
3 |
E |
GE |
Y2 – Semester 2 (at least 22 credits)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
BAA00014 |
English 4 |
3 |
C |
GE |
2 |
ENE10001 |
Environmental Ecology |
2 |
C |
FE |
3 |
ENE10002 |
Environmental Chemistry |
3 |
C |
FE |
4 |
ENE10003 |
Fundamentals in Soil Science |
2 |
C |
FE |
5 |
ENE10004 |
Principles of Hydrology |
2 |
C |
FE |
6 |
ENE10005 |
Physical and Chemical Processes for Water Treatment |
2 |
C |
FE |
7 |
ENE10006 |
Biological Processes for Wastewater Treatment |
2 |
C |
FE |
8 |
ENE10007 |
Labwork on Basic Environmental Engineering |
1 |
C |
FE |
9 |
ENE10009 |
Applied Microbiology in Environment |
3 |
|
|
Students choose at least 2 credits from the following modules |
|||||
10 |
ENE10018 |
Cartography and Geographic Information System |
3 |
E |
FE |
11 |
ENE10019 |
Environmental Biochemistry |
2 |
E |
FE |
12 |
ENE10020 |
Environmental System Analysis |
2 |
E |
FE |
Y2 – Summer semester (5 credits)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10016 |
Engineering Drawing |
3 |
C |
FE |
2 |
ENE10017 |
Fieldtrip |
2 |
C |
FE |
Y3 – Semester 1 | Y3 – Semester 2
Y3 – Semester 1 (21 credits)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10008 |
Environmental Technology Equipment and Process |
3 |
C |
FE |
2 |
ENE10010 |
Environmental Analysis Methods |
3 |
C |
FE |
3 |
ENE10011 |
Environmental Management |
2 |
C |
FE |
4 |
ENE10013 |
Environmental Hydraulics |
3 |
C |
FE |
5 |
ENE10014 |
Air Treatment Engineering |
3 |
C |
FE |
6 |
ENE10015 |
Wastewater Treatment Engineering |
3 |
C |
FE |
Students choose at least 4 credits from the following modules |
|||||
7 |
ENE10021 |
Cleaner Production |
2 |
E |
FE |
8 |
ENE10022 |
Environmental Health |
2 |
E |
FE |
9 |
ENE10023 |
Solid Waste and Hazardous Waste Management |
2 |
E |
FE |
10 |
ENE10024 |
Environmental Economics |
2 |
E |
FE |
Y3 – Semester 2 (12-14 credits depending on specializations)
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10012 |
Environmental Monitoring |
3 |
C |
FE |
Students choose at least 5 credits from the following modules |
|||||
2 |
ENE10025 |
Environmental Toxicology |
2 |
E |
FE |
3 |
ENE10026 |
Methodology for Scientific Research |
2 |
E |
FE |
4 |
ENE10027 |
Environmental Modelling |
3 |
E |
FE |
5 |
ENE10030 |
Analysis of Environmental Data |
3 |
E |
FE |
- Specialization of Water and Soil Environmental Engineering
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10101 |
Water Supply Treatment Engineering |
2 |
C |
SE |
2 |
ENE10102 |
Soil Remediation Technology |
2 |
C |
SE |
3 |
ENE10103 |
Design of Wastewater Treatment Plant |
2 |
C |
SE |
- Specialization of Air and Solid Waste Environmental Engineering
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10150 |
Design of Waste Air Treatment Plant |
2 |
C |
SE |
2 |
ENE10152 |
Solid Waste Treatment Technology |
2 |
C |
SE |
Y4 – Semester 1 | Y4 – Semester 2
Y4 – Semester 1 (13-15 credits depending on specializations)
- Specialization of Water and Soil Environmental Engineering
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10104 |
Labwork on Wastewater Treatment Pilot Systems |
2 |
C |
SE |
2 |
ENE10105 |
Soil and Water Quality Analysis |
3 |
C |
SE |
3 |
ENE10106 |
Internship (Water and Soil Environmental Engineering) |
2 |
C |
SE |
Students choose at least 6 credits from the following modules |
|||||
4 |
ENE10151 |
Analysis of Air and Solid Waste Pollution |
3 |
E |
SE |
5 |
ENE10153 |
Labwork on Waste Air and Solid Waste Treatment Pilot Systems |
2 |
E |
SE |
6 |
ENE10155 |
Seminar on Solid Waste Reusing and Recycling |
2 |
E |
SE |
7 |
ENE10156 |
Environmental Impact Assessment |
2 |
E |
SE |
8 |
ENE10157 |
Seminar on Water Pollution Control |
2 |
E |
SE |
9 |
ENE10158 |
Waste Incineration Technology |
2 |
E |
SE |
10 |
ENE10159 |
Electric Engineering |
2 |
E |
SE |
11 |
ENE10160 |
Health – Safety – Environment |
2 |
E |
SE |
12 |
ENE10161 |
Water Supply and Drainage System |
2 |
E |
SE |
13 |
ENE10162 |
Climate Change |
2 |
E |
SE |
14 |
ENE10163 |
Seminar on Air Pollution Control |
2 |
E |
SE |
- Specialization of Air and Solid Waste Environmental Engineering
|
Module code |
Title |
Credit |
C or E |
Notes |
1 |
ENE10151 |
Analysis of Air and Solid Waste Pollution |
3 |
C |
SE |
2 |
ENE10154 |
Intership (Air and Solid Waste Environmental Engineering) |
2 |
C |
SE |
3 |
ENE10153 |
Labwork on Waste Air and Solid Waste Treatment Pilot Systems |
2 |
C |
SE |
4 |
ENE10155 |
Seminar on Solid Waste Reusing and Recycling |
2 |
C |
SE |
Students choose at least 6 credits from the following modules |
|||||
5 |
ENE10104 |
Labwork on Wastewater Treatment Pilot Systems |
2 |
E |
SE |
6 |
ENE10105 |
Soil and Water Quality Analysis |
3 |
E |
SE |
7 |
ENE10156 |
Environmental Impact Assessment |
2 |
E |
SE |
8 |
ENE10157 |
Seminar on Water Pollution Control |
2 |
E |
SE |
9 |
ENE10158 |
Waste Incineration Technology |
2 |
E |
SE |
10 |
ENE10159 |
Electric Engineering |
2 |
E |
SE |
11 |
ENE10160 |
Health – Safety – Environment |
2 |
E |
SE |
12 |
ENE10161 |
Water Supply and Drainage System |
2 |
E |
SE |
13 |
ENE10162 |
Climate Change |
2 |
E |
SE |
14 |
ENE10163 |
Seminar on Air Pollution Control |
2 |
E |
SE |
Y4 – Semester 2 – Students can choose 2 options for graduation work
|
Module code |
Title |
Credit |
C or E |
Notes |
Option 1 |
|||||
1 |
ENE10195 |
Thesis |
10 |
C |
GW |
Option 2 |
|||||
1 |
ENE10190 |
Graduation Project |
6 |
C |
GW |
2 |
Students choose at least 4 credits from the modules that have not been selected yet in the list of elective modules belonging to the student’s specialization. |