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Department of Natural Sciences<br />

framework of environmental issues<br />

2. Provide students with enough background<br />

to be able to collect, analyze and formulate<br />

possible solutions to environmental<br />

problems.<br />

3. Provide students with understanding of<br />

the intertwining effects and impacts of<br />

human activities on the world vital natural<br />

resources.<br />

4. Better prepare students for the job market.<br />

LEARNING OUTCOMES<br />

1. Understand the underlying concepts and<br />

principles associated with environmental<br />

science.<br />

2. Identify sources of water, soil and air<br />

pollutants.<br />

3. Demonstrate familiarity with the practical/ field<br />

dimensions of a range of environmental<br />

problems and issues.<br />

4. Understand the interrelationships between<br />

society, economy and environment.<br />

5. Ability to critically review environmental<br />

impact assessment reports.<br />

6. Discuss remediation strategies of a variety<br />

of environmental contaminants.<br />

7. Recognize potential harmful role of human<br />

being in shaping the environment.<br />

MINOR’S REQUIREMENTS<br />

For a Minor in Environmental Science students<br />

must complete a minimum of 18 credits<br />

Core Courses (9 Credits)<br />

ENV200<br />

Introduction to Environmental<br />

Science<br />

3<br />

ENV 402/<br />

CIE525<br />

Environmental Policy and<br />

Management<br />

3<br />

ENV422/<br />

CIE522<br />

Environmental Impact Assessment 2<br />

Elective courses (minimum 9 Credits)<br />

CHM340 Environmental chemistry 3<br />

BIO203* Introduction to Ecology 3<br />

ENV423 Environmental Microbiology 3<br />

CIE424 Water Distribution and Treatment 3<br />

CIE 520 Solid Waste Management 3<br />

CIE585<br />

Risk and Natural Hazard<br />

Management<br />

3<br />

ENV426/<br />

CIE526<br />

Environmental Remediation 3<br />

ENV427 Environmental Physics 3<br />

*May replace ENV200 for engineering students only. Also, it can be<br />

substituted with BIO 331 (Ecology) for biology students. CIE course are<br />

considered as CIE technical electives for civil engineering students.<br />

Graduate Programs<br />

MASTER OF SCIENCE IN<br />

MOLECULAR BIOLOGY<br />

The overwhelming developments and advances<br />

in the fields of medicine, biotechnology, and<br />

the environment are mostly due to the recent<br />

achievements and breakthroughs in the field<br />

of molecular biology, basically through a better<br />

understanding of genetic systems. Molecular<br />

biology methodologies are now employed in<br />

environmental studies, and in remediation<br />

of polluted ecosystems. They have direct<br />

applications in the fields of infertility, hormonal<br />

and immune disorders, and genetic diagnosis and<br />

therapy. They are employed in the production of<br />

new therapeutic drugs, growth factors, vaccines,<br />

foods, and much needed novel bio-molecules.<br />

MISSION<br />

The M.S. in Molecular Biology Program at the<br />

<strong>Lebanese</strong> <strong>American</strong> University gives its students<br />

advanced knowledge and tools for basic molecular<br />

biology investigations and applications.<br />

EDUCATIONAL OBJECTIVES<br />

The purpose of the M.S. in Molecular Biology<br />

Program is to provide students with:<br />

1. Expertise education in molecular and<br />

diagnostic microbiology, nutrition,<br />

physiology, and affiliated medical<br />

disciplines.<br />

2. An opportunity, through biotechnology, to<br />

meet the challenges of the future in the<br />

various fields of applied Biology.<br />

3. Basic research efforts on molecular<br />

biology problems that will advance our<br />

understanding of disease processes, and<br />

the methods for therapy or cure.<br />

4. Updated revolutionary molecular<br />

technologies, and to train them to deal with<br />

the increasing man-made degradation of<br />

the environments.<br />

LEARNING OUTCOMES<br />

Graduates in the M.S. in Molecular Biology will<br />

be able to:<br />

1. Choose appropriate experimental strategy<br />

for research in basic and molecular biology.<br />

2. Collect, quantify, summarize, interpret,<br />

and present biological data.<br />

ACADEMIC CATALOG [ 2011-2012 ] SCHOOL OF ARTS AND SCIENCES<br />

175

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