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HCMC University of Technology and Education Celebrating 55 YEARS
(1962-2017) on 05/10/2017

Tác giả :

Academic program

Thermal Engineering Technology

Major code

52510206

Types of training

Full time

Degree

Bachelor’s degree in Thermal Engineering Technology

Training time

4 years

Degree awarding institution

HCMUTE

Training institution

HCMUTE

Prospective students

High school graduates

Admission Criteria

- As regulated by Ministry of Education and Training

- The candidate selection was based on the results of the national high school graduation examination (Three subjects: Mathematics, Physics, Chemistry (Group A); Mathematics, Physics, English (Group A1); Mathematics, Literature, English (Group D1)) together with the 3-year academic results at high school.

Total number of credits

150 credits

(excluding Physical Education and National Defense Education credits)

The academic program includes 150 credits (including 124 required credits and 26 elective credits), in which general knowledge occupies 56 credits, fundamental knowledge accounts for 28, specialized knowledge includes 36 and 10 of them are for graduation thesis, exclusive of Physical Education and National Defense Education.

The program shows a good balance between generic, fundamental and specialized knowledge. The program structure is coherent; the courses have been integrated.

Program content

Details are described in the curriculum

Training procedure

The academic program includes three main parts: Generic education, fundamental and specialized knowledge (including Graduation thesis). All of them have strong connection and are be taught by different teachers:

+     Lecturers from the Faculty of Foundation Science are in charge of teaching generic knowledge.

+     Lecturers from the Faculty of Vehicles and Energy Engineering and Faculty of Mechanical Engineering are in charge of teaching fundamental and specialized knowledge.

+     Specific lecturers will instruct students to do research within 6 months in graduation thesis, which is aimed to bring opportunities to enhance sharpen knowledge and skills for students.

The academic program lasts 8 semesters. Excellent students are allowed to study more credits in one semester; therefore, they can graduate sooner than others. Maximum training time for program completion is 8 years.

Graduation conditions

Students who have fully completed 150 credits of the program with the minimum cumulative GPA of 5.0, are not involved in any criminal prosecution or under suspension and have had the certificates of Physical Education and National Defense Education are considered to qualify for graduation.

Extracurricular activities

Students are encouraged to take part in different activities in art, music, voluntary activities and community events.

 

The expected learning outcomes of TET program

Group of ELOs

ELOs

General Knowledge

ELO 1: Apply basic knowledge of mathematics and science into engineering and acquire the ability to learn at a higher level

Fundamental Knowledge

ELO 2: Apply fundamental knowledge in Thermal Engineering Technology.

ELO 3: Apply specialized knowledge in designing, calculating, testing, and diagnosing thermal systems

Professional Skills

ELO 5: Analyze, explain and reason to solve Thermal engineering problems.

ELO 6: Experiment and discover Thermal engineering knowledge.

ELO 7: Attain the ability to think critically and systematically about Thermal engineering problems.

ELO 8: Have professional skills in Thermal Engineering Technology.

ELO 11: Conceive ideas of thermal systems.

ELO 12: Calculate, design, and simulate thermal components and systems.

ELO 13: Deploy systematically different activities in the field of thermal engineering technology.

ELO 14: Operate and manage systems in the field of thermal engineering technology.

 

Generic Skills

ELO 9: Lead, function in teams, and communicate well in writing and speaking forms.

ELO 10: Communicate in technical English.

Attitude and Awareness

ELO 4: Possess professional ethics and professional working manner in Thermal Engineering Technology.

Credit distribution for knowledge areas

Content

Number of credits

Required

Elective

Total

(1)

(2)

(1)+(2)

Generic knowledge

45

11

56

Political theory

12

0

12

Social sciences and humanities

0

6

6

English

9

0

9

Introduction to Thermal Technology

3

0

3

Computing

3

0

3

Mathematics and Natural Sciences

18

5

23

Specialised knowledge

79

15

94

Fundamental courses

24

4

28

Specialized courses

25

11

36

Workshop practice courses

18

0

18

Graduation internship

2

0

2

Capstone Project

10

0

10

Semester 1:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

LLCT150105

The basic principles of Marxism-Leninism

5

 

2       

INAT130130

Introduction to Thermal Technology

3

 

3       

ENGL130137

English 1

3

 

4       

MATH130101

Advanced Mathematics A1

3

 

5       

PHYS130102

Fundamental Physics 1

3

 

6       

VBPR131085

Visual Basic Programming

3

 

7       

PHED110513

Physical Education 1 (without accumulation)

1

 

Total

20

Semester 2:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

LLCT120314

Ho Chi Minh's Ideology

2

 

2       

ENGL130237

English 2

3

 

3       

GCHE130103

Fundamental chemistry A1

3

 

4       

MATH130301

Advanced Mathematics A2

3

 

5       

PHYS120202

Fundamental Physics 2

2

 

6       

PHYS110302

General Experimental Physics

1

 

7       

 

Social sciences and humanities (1)

 

2

8       

MHAP110127

Mechanical handywork practice

1

 

9       

LLCT230214

Revolution of Vietnamese Communist Party

3

 

10   

PHED110613

Physical Education 2 (without accumulation)

1

 

11   

GDQP008031

National defence education (without accumulation)

4

 

Total

20

Semester 3:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

MATH130301

Advanced Mathematics A3

3

 

2       

 

Social sciences and humanities (2)

 

2

3       

ENGL330337

English 3

3

 

4       

GELA220405

General Law

2

 

5       

THER240232

Thermodynamics

4

 

6       

THME220821

Theory Mechanics

2

 

7       

STMA230121

Strength of Materials

3

 

8       

MATH121201

Numerical Method

2

 

9       

PHED130715

Physical Education 3 (without accumulation)

 

3

Total

21

Semester 4:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

MAPS130401

Probability and Applied Statistics

3

 

2       

HEAT240332

Heat Transfer

4

 

3       

REEN230532

Refrigeration Engineering

3

 

4       

 

Social sciences and humanities (3)

 

2

5       

EDDG230120

Descriptive Geometry and Engineering

3

 

6       

TMMP230320

Theory of machine and machine design

3

 

7       

FLUI220132

Applied Fluid Mechanics

2

 

Total

20

Semester 5:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

PFCO330232

Pums, Fans and Compressors

3

 

2       

COMP340732

Compressors and refrigeration equipments

4

 

3       

EEEN234062

Electrical and Electronic Engineering

3

 

4       

ENTE220432

English for Thermal Engineering

2

 

5       

BOIT330632

Steam Boilers

3

 

6       

THMA221332

Thermal Materials

 

 

Choose 2

 

 

4

METE320126

Metal Technology

OPTI423129

Optimization

THME221432

Thermal Measurements

PICE220130

Internal Combustion Engine Principles

PNHY320329

Hydraulic Technology and Air Compress

AMIC320133

Applied Microcontroller

7       

HEEX321532

Heat Exchangers

Choose 1

2

PTPA321632

Principles of Thermal Process Automation

ENEC320832

Energy Economics

PLCT220146

PLC

STRT321731

Special Topics in Refrigeration Technology

STTT321832

Special Topics in Thermal Technology

STRE321931

Special Topics in Renewable Energy

Total

21

Semester 6:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

ACSY330932

Air Conditioning Systems

3

 

2       

DRYT331132

Drying Technology and Distillation

3

 

3       

RETP332132

Practice of Refrigeration Technology 1

3

 

4       

RETP332232

Practice of Refrigeration Technology 2

3

 

5       

RETP332332

Practice of Refrigeration Technology 3

3

 

6       

HEEX321532

Heat Exchangers

Choose 2

4

PTPA321632

Principles of Thermal Process Automation

ENEC320832

Energy Economics

PLCT220146

PLC

STRT321731

Special Topics in Refrigeration Technology

STTT321832

Special Topics in Thermal Technology

STRE321931

Special Topics in Renewable Energy

Total

19

Semester 7:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

THPP341032

Thermal Power plants

4

 

2       

RETP332432

Practice of Refrigeration Technology 4

3

 

3       

BOIP322732

Boiler Practice

2

 

4       

DRYP332932

Drying Practice

3

 

5       

HEEX321532

Heat Exchangers

Choose 2

4

PTPA321632

Principles of Thermal Process Automation

ENEC320832

Energy Economics

PLCT220146

PLC

STRT321731

Special Topics in Refrigeration Technology

STTT321832

Special Topics in Thermal Technology

STRE321931

Special Topics in Renewable Energy

6       

REPR310132

Refrigeration Technology Projects

Choose 1

1

THPR310232

Thermal Project

Total

17

Semester 8:

No.

Course Code

Courses Name

Number of credits

Required

Elective

1       

UNTH322732

Graduation Internship

2

 

2       

UNTH402832

Capstone Project

10

 

Total

12

 

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