Undergraduate Program Teaching Features

The Department aims to strengthen the association between practical engineering courses and national and social trends through curriculum design, discussions and forums, research projects, visitation and internship, and employment counseling.
The Department employs numerous professional teachers recruited through the “Flexible Salary Program” co-launched by the Ministry of Education and the Ministry of Science and Technology to provide students with more diverse and professional training.
The Department accepts students from Hong Kong, Macau, and China to actively create cross-strait exchange and internship opportunities, as well as overseas employment opportunities after graduation.
The Department provides adequate fundamental computer training to students, assisting students in applying cutting-edge information technology into the field of civil engineering.
The Department forms alliance with industries to provide students with internship and pre-employment preparation opportunities.
The Department offers interdisciplinary courses for students to improve abilities required by the employment market.

Graduate Program Teaching Features

The specializations under the civil engineering framework comprise transportation engineering, environmental engineering, hydraulic engineering, geotechnical engineering, and structural stress. The features of the civil engineering graduate program are as follows:

The Department maintains a balance between engineering and management, as well as research and practice, offering students the opportunity to participate in research or practice projects.
The Department offers students the opportunity to improve their professional interdisciplinary abilities through inter-department, inter-school, or cross-country cooperative projects of their preference.
The Department values academic research and industry-university cooperation, actively promoting the collaboration and exchange with various renowned domestic and international universities.
In response to disaster prevention trends, the Department endeavors to highlight local features, coordinate integrated research pertaining to landslide and earthquake disaster prevention, and cultivate technical professionals in disaster prevention.
The Department provides large, multifunctional laboratories for disaster prevention research and large experimental flumes to accommodate the development of internationally acclaimed research.
The Department uses advanced nanotechnology to research environment pollution testing and analysis and remediation.
In response to international environmental protection trends, the Department develops techniques to produce biomass energy and biodegradable plastics from recycled waste.

Postgraduate Program Teaching Features

The specializations under the civil engineering framework comprise transportation engineering, environmental engineering, hydraulic engineering, geotechnical engineering, and structural stress. The features of the civil engineering postgraduate program are as follows:

The Department maintains a balance between engineering and management, as well as research and practice, offering students the opportunity to participate in research projects, practice projects, or teaching work.
The Department offers students the opportunity to improve their professional interdisciplinary abilities through inter-department, inter-school, or cross-country cooperative projects of their preference.
The Department values academic research and industry-university cooperation, actively promoting the collaboration and exchange with various renowned domestic and international universities.
In response to disaster prevention trends, the Department endeavors to highlight local features, coordinate integrated research pertaining to landslide and earthquake disaster prevention, and cultivate technical professionals in disaster prevention.
The Department provides large, multifunctional laboratories for disaster prevention research and large experiment flumes to accommodate the development of internationally acclaimed research.
The Department uses advanced nanotechnology to research environment pollution testing techniques and wastewater/underground water remediation.
In response to international environmental protection trends, the Department develops techniques to produce biomass energy and biodegradable plastics from recycled waste.

Full English Courses for Environmental Engineering Master Program

Unit Operation for Environmental Engineering
Special Topics and Experiments for Environmental Engineering (I)
Biological Tteatment for Environmental Engineering
Special Topics and Experiments for Environmental(III)
Groundwater Pollution Remediation
Environmental Chemistry
Environmental Management and Sustainable Development

Full English Courses for Environmental Engineering PhD Program

Unit Operation for Environmental Engineering
Special Topics and Experiments for Environmental Engineering (I)
Biological Tteatment for Environmental Engineering
Special Topics and Experiments for Environmental(III)
Groundwater Pollution Remediation
Environmental Chemistry

Scholarship

n Participate in the Master Program will be granted 8000-10,000 NTD per month

n Participate in the PhD Program will be granted 12000-16,000 NTD per month

Faculty

Yung-Pin Tsai Distinguished Professor & Dean

u waste reuse

u sludge treatment and disposal

u algae biofuel

u bioplastics

u Nano-materials applications

u Nutrient Removal

u Heavy Metal

u Biofilm Control

u Optimal Control

u Drinking Water Quality

u Wastewater Purification

u Nanomaterials: Carbon nanotubes, TiO2, metals adsorption and reduction by the combination of two or more than two kinds of nanomaterials, the effects of organic compound on the adsorption or reduction mechanisms, thermodynamics, adsorption isotherms, modification of nanomaterials, nanomaterial characteristics etc.

u Biological Wastewater Treatment System (such as A2O, SBR, activated sludge process): Operational efficiency, toxic effects by heavy metals, dynamic characteristic, modeling etc.

u Safety for Drinking Water: Biofilm problem occurs in drinking water distribution system, bacterial regrowth and pathogen pollution, biofilm formation and detachment, reduction of biofilm effects on drinking water, modeling etc.

CHEN, Ku-Fan Distinguished Professor & Chair

u Soil and Groundwater Remediation

u Electrochemical Advanced Oxidation Processes

u Environmental Nanotechnology

u Water Resource and Watershed Management

u Noise Assessment and Control

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Teaching Features

Undergraduate Program Teaching Features

The Department aims to strengthen the association between practical engineering courses and national and social trends through curriculum design, discussions and forums, research projects, visitation and internship, and employment counseling.

The Department employs numerous professional teachers recruited through the “Flexible Salary Program” co-launched by the Ministry of Education and the Ministry of Science and Technology to provide students with more diverse and professional training.

The Department accepts students from Hong Kong, Macau, and China to actively create cross-strait exchange and internship opportunities, as well as overseas employment opportunities after graduation.

The Department provides adequate fundamental computer training to students, assisting students in applying cutting-edge information technology into the field of civil engineering.

The Department forms alliance with industries to provide students with internship and pre-employment preparation opportunities.

The Department offers interdisciplinary courses for students to improve abilities required by the employment market.

Graduate Program Teaching Features

The specializations under the civil engineering framework comprise transportation engineering, environmental engineering, hydraulic engineering, geotechnical engineering, and structural stress. The features of the civil engineering graduate program are as follows:

The Department maintains a balance between engineering and management, as well as research and practice, offering students the opportunity to participate in research or practice projects.

The Department offers students the opportunity to improve their professional interdisciplinary abilities through inter-department, inter-school, or cross-country cooperative projects of their preference.

The Department values academic research and industry-university cooperation, actively promoting the collaboration and exchange with various renowned domestic and international universities.

In response to disaster prevention trends, the Department endeavors to highlight local features, coordinate integrated research pertaining to landslide and earthquake disaster prevention, and cultivate technical professionals in disaster prevention.

The Department provides large, multifunctional laboratories for disaster prevention research and large experimental flumes to accommodate the development of internationally acclaimed research.

The Department uses advanced nanotechnology to research environment pollution testing and analysis and remediation.

In response to international environmental protection trends, the Department develops techniques to produce biomass energy and biodegradable plastics from recycled waste.

Postgraduate Program Teaching Features

The specializations under the civil engineering framework comprise transportation engineering, environmental engineering, hydraulic engineering, geotechnical engineering, and structural stress. The features of the civil engineering postgraduate program are as follows:

The Department maintains a balance between engineering and management, as well as research and practice, offering students the opportunity to participate in research projects, practice projects, or teaching work.

The Department offers students the opportunity to improve their professional interdisciplinary abilities through inter-department, inter-school, or cross-country cooperative projects of their preference.

The Department values academic research and industry-university cooperation, actively promoting the collaboration and exchange with various renowned domestic and international universities.

In response to disaster prevention trends, the Department endeavors to highlight local features, coordinate integrated research pertaining to landslide and earthquake disaster prevention, and cultivate technical professionals in disaster prevention.

The Department provides large, multifunctional laboratories for disaster prevention research and large experiment flumes to accommodate the development of internationally acclaimed research.

The Department uses advanced nanotechnology to research environment pollution testing techniques and wastewater/underground water remediation.

In response to international environmental protection trends, the Department develops techniques to produce biomass energy and biodegradable plastics from recycled waste.