Environmental Biology

Objectives
The main objective of the Environmental Biology thrust area is to expose students to the basic principles of the environmental sciences. Since about 71% of the Earth’s surface is covered by water, fresh, marine and brackish water ecosystems are the major environment on Earth.  Environmental biology and aquatic biology is therefore very closely related. Students majoring in Environmental Biology are also exposed to the principles of aquatic sciences. For this reason, the thrust areas of Environmental Biology and Aquatic Biology are both coordinated under the same Programme Chairperson and come under the AQEN Bio (AQuatic & ENvironment Biology) group. With the basic knowledge acquired in these thrust areas, students can then utilise it in applied fields. The Environmental Biology thrust area is structured to strengthen the knowledge and understanding of the various concepts of ecology, function and interaction between the abiotic and biotic components of an ecosystem.  This will give a broad understanding about the diversity together with structure and function of various tropical ecosystems. Students will also be exposed to basic ecological aspects of various ecosystems and the economics of management, exploitation and conservation of these resources. The importance of environmental protection and conservation of natural resources will be taught through lectures, laboratory practical, field visits and focused research projects as well as exposure to various ecological methods including EIA and GIS. Upon successful completion of the programme, students are expected to have grasped the necessary knowledge and skills to manage the exploitation of natural resources together with the proper use of these resources for the benefit of mankind.  Students should then also be able to carry out research in the field of aquatic and environmental sciences. Having a good understanding of current global issues such as global warming, pollution, environmental deterioration, loss of biodiversity, climate change, etc, will give Environmental Biology students a competitive advantage in many related job prospects as more and more companies are using the “eco-friendly” tag as a central theme of their company’s public image.
Programme outcome
  1. Able to acquire knowledge and understand the fundamental and applied concepts in environmental sciences.
  2. Able to apply the acquired knowledge and practical skills to succeed in solving real-world issues in the environmental sciences.
  3. Able to possess a sense of environmental stewardship.
  4. Able to analyse, synthesize and evaluate experimental data and information objectively.
  5. Able to communicate and present ideas clearly and effectively on environmental issues.
  6. Able to apply knowledge of computer applications including software related to the environmental discipline.
  7. Able to demonstrate knowledge of human and animal systems and their interaction with the global environment.
  8. Able to understand and adhere to professional practices and ethical responsibilities in the profession.
  9. Able to practice a collaborative and team spirit in coordinating projects related to environmental issues.

10.  Able to pursue independent research in post-graduate courses leading to higher academic qualifications.

Course Structure
Environmental Biology courses are taught by research-active academic staff with diverse backgrounds. Students are exposed to essential fundamental knowledge about ecosystem, biodiversity, plant, animal, microbial and cellular processes in the first academic year. In the second and third year, students register for courses specially tailored for the Environmental Biology programme. Second-year students are encouraged to participate in an optional 3-month internship programme with appropriate industry and research organizations during the semester break at the end of their second year. All final year students are given the option to register for a final year research project of 8 units which spans over two semesters.  At the end of the second semester, a thesis will be submitted for examination and a research seminar held to present the findings of the research project. These research projects will be supervised by experts in the respective research areas. Before being allowed to register for the final year project, students must fulfill these cumulative credit unit requirements.

Total minimum overall credit                          60 units

Total minimum credit in Biology courses       30 units

Students who do not register for a final year project must replace the 8 units with BOE 300/2 – Special Topics in Biology, which is a 2 unit course.  The remaining 6 units can be obtained by taking other biology courses which will support the Aquatic Biology field of specialisation, as approved by the programme.

Year I Core Courses (30 Units)

All School of Biological Sciences’ students must enroll and attain passing grades in these courses. Students must obtain a total of 30 units.  The courses are as follows:

Year

Semester

Course Code

Course Title

Unit Requirement

Basic Core [10 Units]

 

 

I

 

 

I & II

KTT 111/3

Inorganic Chemistry I

 

 

10

KOT 121/3

Organic Chemistry

MAA 101/4  or

Calculus or

MAT 181/4

Programming For Scientific Application

Compulsory Core [20 Units]

 

 

 

 

 

 

 

I & II

 

 

 

I & II

BOI 101/3

Biodiversity

 

 

 

 

 

 

20

BOI 102/3

Ecology

BOI 103/3

Cellular Biochemistry

BOI 104/3

Genetics

BOI 105/2

Biodiversity and Ecology Practical

BOI 106/2

 

Cellular Biochemistry and  Genetics Practical

BOI 109/4

Biostatistics

 

Year II and III Required Core Courses (35 Units)

Environmental Biology students must enroll in all the core required courses that are listed here:

Course Code

Course Title

Semester

Course Prerequisite

Required Core: Level 200 [12 Units]

BST 201/3

Environmental Pollution

I

BOI 102/3

(S)

BST 202/3

Soil Science and Environment

I

BOI 102/3

(S)

BST 203/3

Population and Community Ecology

II

BOI 102/3

(S)

BST 204/3

Tropical Ecosystems

II

BOI 102/3

(S)

Required Core: Level 300  [20 Units]

BST 300/8

Project in Environmental Biology

I & II

 

 

BOE 300/2

Special Topics in Biology

I & II

 

 

BST 301/3

Environmental Management

II

BST 201

(S)

BST 304/3

Wildlife Ecology and Management

II

BST 203/3

(S)

BST 312/3

Conservation Ecology and Natural Resources

I

BST 204/3

(S)

BST 313/3

Ecology and Management of Weeds

I

BOI  102/3

BOI 105/2

(S)

(S)

Elective Core:  [12 Units]

BAT 201/3

Limnology

I

BOI 102/3

(S)

BAT 202/3

Oceanography

I

BOI 102/3

(S)

BAT 311/3

Management of Aquatic Ecosystem

II

BAT 213/3

(S)

 

BBT 302/3

Economic Botany

I

BOI 101/3

(S)

Elective (4/20 Units)

Any biology course that supports the Environmental Biology component.

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