PROFILE


Introduction to Department of Energy Engineering

The Department was founded in 2008. Because sharp increase in greenhouse gas emission caused global warming and the subsequent environmental challenges, now the research and development of green energy demand immediate attention. The Department is focused on the development of renewable energy technologies, such as hydrogen, solar, fuel cell, biomass power, hydraulics and wind power, etc., and offers an outstanding environment for learning the energy discipline.
In response to evidence of global damage and diminishing reserves of fossil fuels, the ambition and goal of the department is to breed the students to become clean and renewable energy engineers or energy system engineers. There are few energy departments in Taiwan. However, the unique of this department is increasing pressure to intelligently manage the provision of energy from conventional non-renewable sources and to increase the supply from clean and renewable sources.

CURRICULUM
For undergraduate study, the Department has developed a curriculum to provide students with a broad base on which building an engineering career, the courses include both basic sciences and engineering sciences. To obtain the Bachelor degree of Energy Engineering, a student has to complete a minimum of 128 credit hours (including the 48 required credit hours and 38 credits of general education). The main study is to investigate and provide solutions of energy engineering problems from both the science and the engineering point of view.

Course Title in English

 

Credit Hour

General Physics

Compulsory

3

General Physics Exp

Compulsory

1

General Chemistry

Compulsory

3

General Chemistry Exp

Compulsory

1

Calculus (I)

Compulsory

3

Engineering Drawing(I)

Compulsory

1

Energy Industry & Career Plan

Compulsory

1

Calculus (II)

Compulsory

3

Engineering Drawing (II)

Compulsory

1

Introduction to Energy Engineering

Compulsory

2

Electrotechnics and Electronics

Compulsory

3

Electrotechnics and Electronics Exp

Compulsory

1

Fluid Dynamics

Compulsory

3

Engineering Mathematics

Compulsory

3

Course Title in English

Credit Hour

Heat Transfer

Compulsory

3

Undergraduate Research (£L)

Compulsory

2

Undergraduate Research (£S)

Compulsory

2

Fuel & Combustion Technologies

Compulsory

3

Engineering Thermodynamic

Compulsory

3

Energy Technologies Exp (£L)

Compulsory

1

Energy Technologies Exp (£S)

Compulsory

1

Automatic Control

Compulsory

3

Interfacing and Automatic Control Exp

Compulsory

1

Green Energy

Optional

3

Chemical Kinetic and Catalyst Applications

Optional

3

Hydrogen Energy Technologies

Optional

3

Electrochemistry

Optional

3

Solar Energy and Technologies

Optional

3

Combustion Equipments Technologies and Engineering

Optional

3

Fuel Cells

Optional

3

Bio-fuels

Optional

3

Instrument and Measurement

Optional

3

Power System

Optional

3

Fluid Mechanics

Optional

3

Electric Machinery

Optional

3

Energy Saving and Managements

Optional

3

Power Electronics

Optional

3

Mechatronics

Optional

3

Fuel Cell System Design

Optional

3

Wind Power Technologies and System Design

Optional

3

Solar Cell System Design

Optional

3

High Efficiency and Clean Combustion Technologies

Optional

3

Internship

Optional

2

Internship

Optional

2

FACULTIES
Faculty members are from a variety of diverse academic/technical backgrounds, such as chemical engineering, mechanical engineering and material science, etc. They have long experience of research and development in renewable energy engineering such as fuel cell, hydrogen, biomass, wind and solar powers.