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Academics

Undergraduate Program in Environmental Engineering

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

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Concentration

The following is a list of specializations contained in Undergraduate Program in Environmental Engineering

Water Supply Engineering in the Environmental Engineering undergraduate program is the main focus that explores the principles, technology, and management of clean water resources. The aim of this research group is to prepare students to become experts who have an in-depth understanding of the provision of safe, affordable, and sustainable clean water.

Water Supply Engineering in the Environmental Engineering undergraduate program is the main focus that explores the principles, technology, and management of clean water resources. The aim of this research group is to prepare students to become experts who have an in-depth understanding of the provision of safe, affordable, and sustainable clean water.

Water Supply Engineering in the Environmental Engineering undergraduate program is the main focus that explores the principles, technology, and management of clean water resources. The aim of this research group is to prepare students to become experts who have an in-depth understanding of the provision of safe, affordable, and sustainable clean water.
Wastewater Engineering

Wastewater Engineering

Wastewater Engineering in the Environmental Engineering undergraduate program focuses on the study and management of wastewater. Its main objective is to prepare students to become experts in planning, designing, and managing efficient, environmentally friendly, and regulatory compliant wastewater management systems.
Solid Waste Management

Solid Waste Management

Solid Waste Management in the Environmental Engineering undergraduate program focuses on the study and management of solid waste to achieve efficient and sustainable waste management. Students in this group understand important aspects related to solid waste, including its characteristics, sources, environmental impacts, and responsible management strategies.
Air Pollution

Air Pollution

Air Pollution in the Environmental Engineering undergraduate program focuses on the study, analysis, and management of air pollution to achieve healthy and sustainable air quality. Students in this group understand the complexity of key aspects related to air pollution, including pollutant sources, characteristics, environmental impacts, and mitigation methods.
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Curriculum

The following is a complete list of courses that will be taken in each semester.

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Course Schedule

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Tuition Fee

Here are the study fees Undergraduate Program In Environmental Engineering
Undergraduate Program SNBP & SNBT Pathway
UKT Group I IDR 500,000
UKT Group II IDR 1,000,000
UKT Group III IDR 2,400,000
UKT Group IV IDR 3,000,000
UKT Group V IDR 4,600,000
UKT Group VI IDR 5,200,000
UKT Group VII IDR 7,400,000
UKT Group VIII IDR 9,600,000
Undergraduate Program Single Tuition Fee
Single Tuition Fee 1 IDR 500,000
Single Tuition Fee 2 IDR 1,000,000
Single Tuition Fee 3 IDR 2,000,000
Single Tuition Fee 4 IDR 2,500,000
Single Tuition Fee 5 IDR 3,500,000
Single Tuition Fee 6 IDR 4,500,000
Single Tuition Fee 7 IDR 5,500,000
Single Tuition Fee 8 IDR 6,500,000
Single Tuition Fee 9 IDR 9,500,000
UKT is paid every semester during the study period
Undergraduate Program Institutional Development Fee (Independent Program Only)
IDR 15,000,000 One-Time Payment
Undergraduate Program Education Development Contribution
Rp. 15.000.000,- Per student for 1 semester
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Learning Outcomes

The graduates profile of the Undergraduate Program in Environmental Engineering are (1) Ability to design environmental engineering infrastructure by applying relevant technical regulations/standards and preparing environmental documents such as AMDAL, UKL/UPL, KLHS and others, (2) Ability to evaluate on the performance of environmental management, environmental management systems and OSH as well as preparing technical regulations or guidelines/procedures related to the field of environmental engineering at both government and industrial levels by referring to relevant regulations and applicable standards, (3) Ability to carry out engineering trials, analysis and interpretation of data to produce solutions to problems in the field of environmental engineering, as well as present research results both in writing and orally, and (4) Ability to work both independently and in groups in designing environmental engineering businesses, innovating and communicating products/services produced, and building positive cooperation with employees, clients, investors and others in running their business.

Learning Outcomes
1 Able to employ basic engineering abilities (mathematics, basic science, statistics, technology and information) in solving environmental engineering challenges
2 Capable of implementing infrastructure design and designing environmental engineering systems, components, and processes in accordance with sustainability principles
3 Capable of designing laboratory and field research, analyzing and interpreting data to solve challenges in engineering and environmental management
4 Capable of conveying knowledge and information effectively and efficiently orally and in writing
5 Capable of evaluating environmental management systems based on sustainability principles
6 Capable of demonstrating environmental engineering and management knowledge and innovation, as well as an entrepreneurial spirit
7 Capable of collaborating in multidisciplinary and intercultural teams
8 Able to apply an attitude of responsibility, professional ethics, leadership, self-development and lifelong learning, especially those connected to environmental engineering
9 Capable of using the advancement of science and technology as well as the most recent environmental engineering issues