Environmental analysis and planning (Undergraduate)
- Humanity and the environment.
- Concepts and principles of ecology.
- Environmental ethics and legislation.
- Environment and sustainable development.
- Environmental problems: global warming and climate change, depletion of stratospheric ozone, acid rain, urban smog, damage of ecosystems.
- Environmental Management Systems.
- Life Cycle Analysis.
- Environmental – ecological footprint.
- Ecological and energy labelling.
- European legislation and international standards and regulations for environmental issues and energy planning and management.
Materials science and technology (Undergraduate)
- Introduction to Materials Science
- Atomic structure
- Chemical Bonds
- Metallic Bond
- Structure of Crystalline Solids
- Imperfections in Solids
- Diffusion
- Mechanical Properties
- Strengthening Mechanisms
- Phase Diagrams
- Structure-properties-applications of Catalytic materials
- Composites
- Materials Properties
- Materials for environmental and energy applications
- Economic, environmental and social issues in the selection and use of materials.
Renewable Energy Sources (Undegraduate)
- Introduction and general definitions.
- Energy forms and global energy needs.
- Solar energy: solar thermal, photoelectric and passive solar systems.
- Wind energy: key features of wind – technology of wind turbines.
- Biomass – Biofuels.
- Geothermal energy.
- Hydraulic power and hydroelectric plants.
- Ocean and Tidal energy.
- Main principles of energy saving and energy efficiency.
Environmental Science and Technology (undergraduate)
- Global Energy System & Fossil Fuels
- Industry & Environment
- Air pollution: sources, consequences and control technologies
- Water purification
- Waste water treatment
- Solid waste management
- Particulate Matter Emission & Control Technologies.
Systems and technologies for Energy Conservation and Management (MSc)
- Environment & energy
- Principles of energy analysis and energy efficiency
- Special topics in energy management and conservation – applications
- Technology of energy materials - "Smart" materials and devices for energy saving applications
- Environmental and ecological assessment of energy systems
- Energy savings through renewable energy sources (RES)
- RES and environmental implications
- Technical, economic and environmental parameters of evaluation RES applications
- Restrictions on energy production from RES