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Main
UQU Programs
Environmental Sciences

Air and Water Pollution

BIOE2504
3 hours English

Air and Water Pollution

Air and Water Pollution
BIOE2503 Environmental Pollution
3 hours One requisite
1 Major Sources and Types of Air Pollutants – Natural vs. anthropogenic sources, including primary and secondary pollutants
2 Health Effects of Air Pollution – Respiratory diseases, cardiovascular impacts, and long-term exposure risks
3 Air Quality Standards and Regulations – National and international policies for air pollution control
4 Climate Change and Air Pollution – The role of greenhouse gases and particulate matter in global warming
5 Urban Air Pollution and Smog Formation – Causes, effects, and mitigation of photochemical and industrial smog
6 Indoor Air Pollution: Sources and Health Risks – Common indoor pollutants, such as volatile organic compounds (VOCs) and mold
7 Technologies for Air Pollution Control – Filtration systems, scrubbers, and catalytic converters
8 Impact of Transportation on Air Quality – Emissions from vehicles and sustainable transportation alternatives
9 Sources and Types of Water Pollutants – Agricultural runoff, industrial discharge, and domestic waste
10 Eutrophication and Its Ecological Consequences – Nutrient pollution leading to algal blooms and oxygen depletion
11 Heavy Metal Contamination in Water Bodies – Effects of lead, mercury, and arsenic pollution on ecosystems and health
12 Microplastics in Water: Sources, Impacts, and Solutions – The growing concern of plastic pollution in freshwater and marine systems
13 Waterborne Diseases and Public Health – Pathogens in contaminated water and their effects on human health
14 Wastewater Treatment and Management – Processes like primary, secondary, and tertiary treatment for pollution reduction
15 Oil Spills and Their Environmental Impact – Causes, consequences, and remediation techniques for oil pollution in water bodies
17 Measurement of Particulate Matter in Ambient Air - / Use air quality monitors to measure and analyze particulate pollution levels in different environments
18 Detection and Quantification of Gaseous Pollutants (CO, NO?, SO?) - / Employ gas sensors or spectrophotometry to measure the concentration of common air pollutants
19 Air Quality Index (AQI) Calculation and Data Analysis - / Collect real-time air pollution data, compute AQI values, and interpret air quality trends
20 Efficiency Testing of Air Purification and Filtration Systems - / Evaluate the performance of HEPA filters, activated carbon, and wet scrubbers in removing pollutants
21 Indoor vs. Outdoor Air Quality Comparison - / Analyze VOCs, CO?, and particulate concentrations in indoor and outdoor environments
22 Analysis of pH, Conductivity, and Turbidity in Water Samples – Basic water quality testing using laboratory instruments
23 Measurement of Nitrate and Phosphate Levels in Water – Investigating nutrient pollution and its role in eutrophication
24 Heavy Metal Contamination in Water (Lead, Mercury, Arsenic) – Using atomic absorption spectroscopy or test kits to detect toxic metals
25 Microplastic Detection in Water Samples – Filtering and identifying microplastics using microscopy techniques
26 Wastewater Treatment Process Demonstration – Simulating primary, secondary, and tertiary treatment methods in a lab setup
1.1 Mapped to: K1

Identify the major sources, types, and effects of air and water pollutants on human health and the environment.

Teaching Strategy Lectures, Self-directed private study
Assessment Methods Examinations, Written and practical tests
1.2 Mapped to: K4

Explain the principles behind air and water pollution control technologies, including filtration, scrubbers, and wastewater treatment.

Teaching Strategy Lectures, Web-based study, Laboratories
Assessment Methods Examinations, Discussion sessions
1.3 Mapped to: K2

Analyze the relationship between air pollution and climate change, emphasizing the role of greenhouse gases and particulate matter.

Teaching Strategy Lectures, Web-based study, Individual and Group presentations
Assessment Methods Report and research, Answers through discussion in Blackboard
1.4 Mapped to: K3

Evaluate global and national air and water quality standards, regulations, and policies for pollution control.

Teaching Strategy Lectures, Self-directed private study, Discussion sessions
Assessment Methods Written and practical tests, Report and research
2.1 Mapped to: S3

Apply appropriate methods for air and water quality assessment, including pollutant measurement and data interpretation.

Teaching Strategy Laboratories, Web-based study, Individual and Group presentations
Assessment Methods Practical tests, Report and research
2.2 Mapped to: S4

Investigate the impact of urbanization and industrialization on air and water pollution through case studies and research.

Teaching Strategy Library visits, Web-based study, Discussion sessions
Assessment Methods Report and research, Active participation of students within their group
2.3 Mapped to: S2

Develop solutions for reducing pollution through innovative technologies and sustainable practices.

Teaching Strategy Individual and Group presentations, Self-directed private study
Assessment Methods Project production
2.4 Mapped to: S1

Compare the effectiveness of different pollution control measures in various environmental settings.

Teaching Strategy Lectures, Web-based study, Laboratories
Assessment Methods Examinations, Discussion sessions
2.5 Mapped to: S5

Design an awareness campaign or action plan to mitigate air and water pollution in a community setting.

Teaching Strategy Individual and Group presentations, Self-directed private study
Assessment Methods Project production
3.1 Mapped to: V1

Demonstrate a commitment to environmental sustainability by advocating for responsible air and water resource management.

Teaching Strategy Discussion sessions, Web-based study, Individual and Group presentations
Assessment Methods Active participation of students within their group
3.2 Mapped to: V2

Engage in ethical decision-making regarding pollution control and environmental protection policies.

Teaching Strategy Lectures, Self-directed private study, Discussion sessions
Assessment Methods Report and research, Answers through discussion in Blackboard
3.3 Mapped to: V3

Promote awareness and proactive behavior in reducing air and water pollution through education and community involvement.

Teaching Strategy Individual and Group presentations, Web-based study
Assessment Methods Project production
Assessment
Weight
Lec. Activities
10%
Lab. Quiz
10%
Mid-Term Exam
20%
Final Lab.
20%
Final Lec.
40%
Total
100%