Green House Gases Inventory and Mitigation
Course Code
TL4207
Number of Credits
2
Semester
Course Type
Study Material
| Study Material | Depth |
|---|---|
| Introduction to Greenhouse Gases and Climate Change - Definition and types of greenhouse gases (GHG) - The concept of climate change and its impacts - Relevance and urgency of GHG mitigation | Express |
| Sources and Sectors of Greenhouse Gas Emissions - Main sources of GHG emissions (energy, transportation, industry, agriculture, waste) - Analysis of emission contributing sectors - Case studies of the emissions sector in various countries | Expert |
| Greenhouse Gas Emission Inventory Method - IPCC methodology for emissions inventory - Top-down vs bottom-up approach - Data collection and emission estimation techniques | Expert |
| Emission Measurement Tools and Techniques - Emission measurement and monitoring tools - Modern sensors and monitoring technology - Calibration and validation of measurement tools | Expert |
| GHG Inventory Calculation and Reporting - Emission calculation protocol (GHG Protocol, ISO 14064) - Inventory reporting and data transparency - Case study of emissions reporting in the industrial sector | Expert |
| Emission Inventory Analysis and Evaluation - Analysis of inventory data - Evaluation and validation of inventory results - Statistical analysis and modeling techniques | Expert |
| Greenhouse Gas Mitigation Regulations and Policies - National and international policies - Paris Agreement and its implementation - The role of government and related institutions in mitigation | Expert |
| GHG Mitigation Strategy and Technology - Mitigation strategies in the energy sector (renewable energy, energy efficiency) - Carbon capture and storage (CCS) technology - Waste management and sustainable agriculture | Expert |
| Greenhouse Gas Emissions Modeling and Prediction - Mathematical modeling and simulation approach - Modeling software and tools - Case study of application of emission prediction models | Expert |
| Innovative Technology in GHG Mitigation - Innovation in low carbon technology - Use of IoT and smart systems in emission control - Development of environmentally friendly industrial materials and processes | Expert |
| Implementation of Mitigation Projects in Various Sectors - Case studies of mitigation projects in the energy sector - Mitigation projects in the transportation and industrial sectors - Evaluation of success and learning from real projects | Expert |
| Economics and Financing of GHG Mitigation - Analysis of costs and benefits of mitigation - Green financing and carbon trading mechanisms - Economic case studies of mitigation projects | Expert |
| Community Participation and Education - Public awareness and education - The role of communities in GHG mitigation - Educational programs and environmental campaigns | Expert |
| Mitigation at Urban and Regional Scales - Mitigation strategies in urban areas - Integration of mitigation in spatial planning - Mitigation case studies in big cities | Expert |
Graduate Learning Outcomes (GLO) carried by the course
| CPMK Code | Course Learning Outcomes Elements (CLO) |
|---|---|
| CPMK 1 | Students can understand, analyze system requirements, interpret data for calculations and design industrial waste management systems. |
Learning Method
- KBL, SBL, PBL, CBL.
Learning Modality
- Offline, online, synchronous, asynchronous.
Assessment Methods
- Selections, descriptions, essays, interviews, reports,