Ș.l. univ. dr. ing. Mihai HUSCH
Date de contact
Tel.: +40 722 308 702
E-mail: mihai.husch@utcb.ro
Curriculum Vitae
Descriere activități și servicii
Area of expertise: lighting systems and electrical installations for buildings, energy efficiency.
The specialized services that can be provide:
- Lighting design, calculation and measurements;
- Design of electrical installations for buildings: feasibility studies, approval documentation for intervention works, documentation for obtaining the building permit, technical projects, execution details, technical assistance on site;
- Monitoring of electricity quality parameters;
- Testing and analysis of the building electrical installations;
- Design regarding renewable energy sources;
- Optimization of lighting systems, optimization of electricity consumption;
- Project verification – authorized verifier for the requirement „Ie”.
Work experience in:
- Lighting design
- Design of electrical installations for buildings
- Management of a professional association;
- Organization of postgraduate specialization courses in lighting and electrical installations;
- Technical standardization committees in lighting and electrical installations for buildings;
- Technical regulations in the field of constructions regarding electrical and lighting systems;
- Management and coordination of electrical installation projects.
Descriere activități de cercetare
Ph.D. in Electrical Engineering, Lighting Technique, Contributions to the decorative-architectural lighting of building facades, Technical University of Civil Engineering Bucharest (UTCB), 2004
Lecturer in Electrical Engineering, Department of Electrical Engineering in Construction and Installations, Faculty of Building Services Engineering
Research interests:
- Light engineering
- Safety lighting simulation and perception
- Renewable energy sources
- Optimization of energy consumption
- Photocatalytic activity of construction materials with antimicrobial properties
- Development of strategies based on materials with photocatalytic properties used for air and water depollution