Current research profiles
- Evaluation of the environmental impact, energy efficiency, and cost-effectiveness of technologies using life cycle assessment software.
- Determination of the environmental impact of products using cradle-to-gate and cradle-to-grave analysis.
- LEAN-based design processes.
- Establishing end-of-life waste management scenarios using software: cut-off and substitution approaches.
- Establishing life cycle management for sustainable product development.
- Application of environmental and process management to engineering processes.
- Input-output modeling, mass and energy balance analysis.
- Life cycle inventory analysis and life cycle impact assessment using special process plan blocks.
- Calculation of product carbon footprint, environmental impact categories, material and energy resources, primary energy use, and emissions for engineering processes.
- Application of hot-spot analysis, sensitivity studies, and Monte Carlo analysis to engineering technologies.
- Evaluation of engineering technologies based on environmental performance and economic indicators for optimal decision-making.
- Integration of energy and LCA models into manufacturing processes.
- Integration of LCA and statistical methods into engineering processes.
- LCA-based development of innovative and environmentally friendly materials through the recycling of secondary raw materials and waste.
- Formulation of mathematical equations for engineering processes that integrate scale-up and LCA.
- Comparative life cycle analysis of thermal treatment technologies.
- Comparative analysis results based on LCA-based testing of building heating systems.
- Development of sustainability assessment models.
- Examination of composites produced from waste materials that can be used as construction products using life cycle assessment software.
- Comparative decarbonization studies for online and on-site processes and procedures.
- Comparative assessment of the carbon footprint of packaging materials.
Future research profiles
- Design, software modeling, and development of open-loop and closed-loop manufacturing processes.
- Establishment of concepts for the life cycle of buildings. Development of building information and building services LCA models.
- Creation of new emission factors for engineering processes by establishing an energy LCA model.
- Determination of the carbon footprint of the injection molding process using the looping method in line with the circular economy.
- Investigation of the environmental impact of manufacturing processes using different energy mixes and clean green energy.
- Life cycle assessment of IT processes in terms of energy efficiency.
- Optimization of material transport and energy supply processes.
- Optimization of manufacturing processes by integrating LEAN and LCA.
- Designing engineering processes based on the circular economy and the 10R strategy: reuse, remanufacture, and recycle technological solutions.
- Evaluating biogas technology based on life cycle assessment.
Last update:
2025. 09. 16. 11:28