Inorganic Technologies and Materials

Description:

Overview

The PhD study programme in Inorganic Technologies and Materials is offered by the Faculty of Chemical and Food Technology at Slovak University of Technology in Bratislava. The programme focuses on chemical engineering, inorganic materials, industrial chemical processes, and the development and optimisation of technologies for industrial and research applications.

Students develop advanced knowledge of thermodynamics, chemical kinetics, reactor theory, material and energy balances, and numerical methods for analysing complex chemical systems.

Research Areas and Specialisations

The programme covers two main specialisation areas: Inorganic Technologies and Materials, and Catalytic Technologies.

Inorganic Technologies and Materials

Students explore the relationship between chemical structure and material properties, with emphasis on:

• Inorganic and non-metallic materials
• Composite and hybrid materials
• Nanomaterials and advanced thin-layer materials
• Biomaterials and functional or structural materials
• Corrosion analysis and protection
• Electrochemical technologies
• Industrial chemical production and process optimisation

Catalytic Technologies

This specialisation focuses on homogeneous and heterogeneous catalysts, catalyst preparation and characterisation, and their applications in chemical, pharmaceutical, food, and environmental processes.

Students also study petroleum processing, hydrocarbon separation and refining, fuel treatment, and the quality of automotive fuels.

Research and Technical Skills

Students learn to design chemical reactors, simulate and optimise industrial processes, evaluate kinetic data, and perform calculations involving thermodynamics, material transfer, and multiphase systems.

The programme also develops skills in technological equipment design, quality control, experimental data analysis, industrial accident prevention, and the evaluation of environmental impacts. Graduates learn to propose practical and cost-effective solutions to complex engineering problems.

Career Opportunities

Graduates can pursue careers in chemical and pharmaceutical companies, industrial production, universities, research institutes, consulting firms, and commercial-technical organisations.

Potential roles include chemical specialist technologist, chemical research and development specialist, chemical production manager, quality management specialist, senior process engineer, materials researcher, environmental protection specialist, waste management manager, and project manager.

The programme prepares graduates for technical, scientific, managerial, and industrial roles involving process optimisation, materials development, production quality, and environmental performance.