Thermal Engineering

Thermal Engineering is a discipline of thermal and refrigeration engineering systems applied in many fields, especially thermal and refrigeration systems for food factories, buildings, thermal power plants ... Students can design and manufacture refrigeration systems, air conditioners, thermal equipment, research new refrigeration methods, use new refrigerants to improve energy efficiency and protect the environment.

Introduction

Buildings are being built a lot in Vietnam, so it is indispensable for air conditioning systems to cool. In addition, in the field of food processing, thermal power, oil refining is also indispensable for Thermal and Refrigeration systems. Therefore, thermal engineering engineers play a very important role in the industrialization and modernization of the country.

The Thermal Engineering major at Van Lang University aims to train students with full knowledge and skills from the grassroots to the in-depth, helping students to be able to analyze, evaluate and solve business and social problems to contribute to sustainable values for life today.

Program code

7520115

Duration

4 years

Degree

Bachelor of Engineering in Thermal Engineering

Subject combinations

A00: Math – Physics – Chemistry

A01: Math – Physics – English

D07: Mathematics – Chemistry – English

Excellent features of the training program

The Thermal Engineering training program is built in the direction of application, and we always strive to bring the best training and learning environment for students, maximizing capacity in domestic and international projects today.

Create an environment that motivates students to maximize their abilities

Thermal Engineering major wins prizes in academic competitions. The faculty has recently won the first prize of the contest "Ventilation System Design 2022" organized by Panasonic. The competition ga

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Equipped with Energy Simulation Technology

In addition to free training in Energy Simulation software, students are equipped with AR-VR virtual reality room system to practice in the process of building energy simulation.

Increase real-world experience for students

In addition to practicing in the modern workshop and laboratory at the university, students are trained through internships, and practical training at the Faculty's partner enterprises such as LG, Pan

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Program learning outcomes

The program trains engineers with professional competencies to solve complex jobs in the thermal and refrigeration industry, ethical qualities, sense of community service, integration in an international, and multicultural environment.

Apply knowledge and practice

Use your knowledge of natural sciences to handle expertise issues of the Thermal and Refrigeration industry.

Master energy simulation software

Use energy simulation software to analyze heat transfer, dynamics, design and management of energy in buildings.

Ability to design thermal systems

Design refrigeration systems, air conditioners, and heat supply systems.

Evaluation and testing

Test the results based on experiments and operations in the field of Heat and Refrigeration.

Apply knowledge and practice

Use your knowledge of natural sciences to handle expertise issues of the Thermal and Refrigeration industry.

Master energy simulation software

Use energy simulation software to analyze heat transfer, dynamics, design and management of energy in buildings.

Ability to design thermal systems

Design refrigeration systems, air conditioners, and heat supply systems.

Evaluation and testing

Test the results based on experiments and operations in the field of Heat and Refrigeration.

Study Program

Thermal Engineering Major

1ST YEAR

2ND YEAR

3RD YEAR

4TH YEAR

• English 1,2,3 (IELTS)

• Basic Informatics

• Soft Skills

• Engineering Mathematics

• Thermodynamics, Heat Transfer and Heat Exchanger

• General Law

• Probability and Statistics

• Technical Drawing

• Engineering Physics

- Philosophy of Marxism - Leninism

• Computational Engineering for Engineers

• Theoretical Mechanics

• Electric Circuits and Equipment

Our teaching, learning and evaluating methods

The Faculty applies various teaching methods including lectures, situational illustrations, practice, extracurricular activities, focusing on technology for students to have the best learning experience.

Teaching methods

The program is designed with a training route that allows learners to visualize comprehensively from overview to detail, especially associated with software, simulation technology ... to help students have full skills to promote in practical projects at enterprises.

Evaluation methods

Evaluate students through major exercises, how they complete exercises required by teachers, subject projects, practice reports, internships at workshops or businesses.

Career Prospects

After graduation, students can take up positions in the enterprise as follows:

Thermal and refrigeration engineers at factories with industrial refrigeration sector (cold storage, freezing) such as ice cream, ice, seafood freezing, food, beer production,...

Thermal engineers at factories with Heat Thermal segment such as thermal power plants, boilers, furnace, wood drying, drying agricultural products, foods,...

Engineers at companies designing, constructing, consulting and supervising thermal systems, refrigeration systems, air conditioners

Energy Simulation Engineer

Specialists at companies and research institutes on thermal energy, energy saving

Be able to set up their own facilities to design and construct refrigeration and air conditioning systems

Highlight Message

"The success of the university is not determined by reputation, but by its dedicated teaching staff."

Thermal Engineering

Excellent features of the training program

Create an environment that motivates students to maximize their abilities

Equipped with Energy Simulation Technology

Increase real-world experience for students

Program learning outcomes

Ability to manage and construct expertise

Adapting to the environment

Apply knowledge and practice

Master energy simulation software

Ability to design thermal systems

Evaluation and testing

Ability to manage and construct expertise

Adapting to the environment

Apply knowledge and practice

Master energy simulation software

Ability to design thermal systems

Evaluation and testing

Ability to manage and construct expertise

Adapting to the environment

Our teaching, learning and evaluating methods

Teaching methods

Evaluation methods