Education Outputs:

• The ability to analyse, optimize and design technical solutions covering a wide range of environmental quality and quality of technical equipment and customer-oriented product features
• Gain practical experience and skills in environmental quality measuring and monitoring
• Application of knowledge in the field of Environmental Engineering in practice, the ability to manage teams of workers or independently lead large projects and take responsibility for complex solutions
• Application of the most modern methods in solutions of technical tasks, design and development in the field of optimization of product and environment properties
• Presentation of new solutions to problems in research, development, design and implementation in practice
• Knowledge of specification, design, implementation and sustainability of large-scale integrated solutions including Mechanical Engineering and various types of products
• The ability to organize and manage projects, integrate people, technologies, information, equipment and processes

Goals of Education:

• Mastery of the basic scientific disciplines and the theoretical basis related to Environmental Engineering
• Methodology design for environmental quality assessment processes
• Gain experience (performance of measurements within the educational process, excursions, projects, mastery of the most modern measuring techniques)
• The ability to use mathematical, statistical and methodological apparatus to achieve specified objectives
• Mastery of the theoretical basis of metrology and the ability to use theoretical knowledge in solving practical problems
• The ability to work in an interdisciplinary environment and address requirements and tasks from disciplines involving environmental engineering (mathematics, statistics, physics, simulations, visualization, psychology, medicine, teamwork, business, project management and scientific research)

Areas of application:

• Metrology, measurement, meter traceability, calibration and verification
• Company development workplaces
• Testing laboratory accreditation, management and operation
• Development of methodology for highly specialized measuring techniques
• Product development and optimization of their properties in terms of environmental quality
• Proposition of measures in regards to the improvements in the quality of the living and working environments
• Scientific interdisciplinary teams, SAS
• Diagnostic, research and development laboratories

Supported student projects:

• Student Scientific and Professional Activity (ŠVOČ)
• Projects for young scientists under the age of 35
• VEGA, KEGA, APVV, SF EU

Employers:

Public health offices, Transport companies of cities, Slovak National Accreditation Service, BOSCH Siemens Hausgeräte, Slovak Road Administration, National Highway Company, Eurovia, SPP, M-tel, Ericson, Orange, US Steel Košice, Sudop TRADE, Matador, Lear, Volkswagen

Enterprises with applied research and development:

National Highway Company, Slovak Road Administration, Dopravoprojent, SUDOP, Dopravný podnik Bratislava, Dopravný podnik mesta Košice, Eurovia, Skanska, SPP, Spinea