47 Engineering MSc Degree Programs in Poland

We offer a Master's course in Process Engineering, Environmental Protection for international students. The program provides knowledge on modern technologies of water treatment, wastewater treatment, waste management and utilization. Graduate is able to solve problems related to planning, designing and control of technological processes, supervision and operation of installations for water and wastewater treatment as well as disposal and management of municipal and industrial wastes, independently or in an international team. Graduate knows and applies advanced research techniques and tools as well as analytical and simulation methods.

A four-semester program and preparation of the final M.Sc. thesis under the guidance of the Faculty supervisor allows students to acquire comprehensive knowledge and qualifications in the area of civil engineering.

Green Technologies in Chemical Engineering is an MSc programme for those who want to gain fundamental and practical knowledge of modern chemical processes’ development, design, and operation with a particular focus on sustainability. During these studies, students will acquire proficiency in implementing chemical, physical, and biochemical processing of raw materials into useful forms of advanced market products while minimising the environmental burden.

Graduates from Power Engineering are prepared for creative work and research within the field of process control in the power industry and in related industries. They can develop techniques of energy conversion and maintain power systems. They can also perform modernization of machines, implement new technologies, as well as establish and manage small enterprises in power energy sectors. Graduates are prepared to undertake Ph.D. studies in power engineering and in other related fields.

Graduates from Aerospace Engineering have knowledge that enables them to conduct scientific research and design, optimization, modernization as well as maintenance of airplanes and other flying vehicles. Graduates are well-prepared for jobs related to airplanes and aviation engine design, they can work in research laboratories and in maintenance centers. They can also undertake Ph.D. studies

The Graduate Program in Environment Protection Engineering aims at research and engineering activities concerning the mitigating of negative impacts of human activity on the environment. It is primarily addressed to the alumni of the undergraduate program in environmental engineering or other undergraduate programs in engineering, such as civil, mechanical, or chemical engineering.

The program provides the students with a vast palette of Civil Engineering topics, to finally bring a solid professional background. The schedule covers Mathematics, Theory of Elasticity and Plasticity, Complex Concrete Structures, Complex Steel Structures, Construction Management, Advanced Foundations, Hydro, and Marine Civil Engineering, Hydraulics and Hydrology, Finite Element Method, Wind and Earthquake Engineering, Engineering Surveying, Reliability of Structures, Bridge Structures, Transportation Engineering, Geotechnics, Structural Dynamics, Seminar on Civil Engineering, Finite Element Method Applications, Cultural Creation Related Aspects of the Construction Industry, Geology and Hydrogeology, Thesis Seminar.

Graduates of the Modelling and Simulation in the Mechanics and Machine Construction field of study will acquire thorough preparation in the area of mechanics, machine construction, and the design, manufacture, and operation of machines and production systems. Specializations in automotive engineering, as well as thermal and automotive engineering, will provide graduates with the basics in the construction of power tools and devices as well as motor vehicles; metrology in thermal engineering; diagnostics, durability, reliability, and design of power engineering systems and thermal power stations, including the issues of energy efficiency and machine dynamics. 

Graduates from this program will have comprehensive qualifications and basic knowledge in the area of the power system (planning, optimization, and control), electrical power quality, electromagnetic compatibility, electromechanical drive systems, electrical traction, measurement systems (hardware and software), intelligent electrical installations and IT (artificial intelligence in power engineering, computational methods, and algorithms, microprocessor engineering).

The Master's degree studies in Materials Science and Engineering (spec. Materials for Energy) are an interdisciplinary course which equips students with the knowledge and skills necessary in the area of advanced materials science, with a particular focus on materials for energy-related applications. The main objective of the course is to develop expertise in materials used in energy generation, storage, and conversion, including their design, characterization, fabrication, and application in diverse energy sectors.

The Mechanical Engineering field of study is intended for the first-cycle graduates who wish to expand their knowledge of basic engineering subjects and develop an interdisciplinary, systemic approach to solving technical problems, the ability to use modern tools of computer-aided design, manufacturing, operation and recycling processes in the field of vehicles and construction machinery.

The program provides the students with a vast palette of Environmental Engineering topics, to finally bring a solid professional background. The schedule covers Statistics, Project Management, Interactive Decision Making, Fluid Mechanics, Environmental Microbiology and Chemistry, Water Supply and Wastewater Disposal, Water Reuse, Spatial Planning, Groundwater, and Soil Protection, Environmental Impact Assessment, Engineering Surveying, and GIS Applications, Wastewater Engineering, Water Treatment, Waste Management, Urban Hydrology, Water Resource Management, Numerical Modelling of Hydrosystems, Modelling Methodologies for the Environment, Thesis Seminar.

Students of the Transport Systems Engineering and Management specialization acquire extended knowledge and skills in the areas of road, railway, and municipal transport systems control and management, optimization and planning of transport systems, transport measurements and forecasting, as well as the design of multimodal transport hubs and traffic modeling and planning these transport systems with the use of modern IT tools.

The aim of the second cycle of full-time studies in the field of Mechatronic Devices and Systems is to prepare students to design mechatronic devices and to solve complex, interdisciplinary design and construction problems.

The idea of the program is based on extensive research done among top managers in industrial multinational enterprises and internationally operating SMEs.