Dyplom zawodowy
W rekrutacji na ten kierunek nie jest brany pod uwagę dyplom technika
Technological progress, economic and environmental challenges lead to the intensification of manufacturing processes. These changes are possible thanks to the knowledge and experience of process engineers, who have the skills to develop and improve production processes, including in the pharmaceutical, food, chemical, and biotechnological industries. The aim of master's studies in Industrial Process Engineering is to acquire a unique set of skills characterizing the 21st-century process engineer - a specialist implementing ambitious interdisciplinary projects. The student gains skills in designing and supervising processes and production systems, as well as preparation for independently solving complex interdisciplinary problems in the field of chemical, process, and bioprocess engineering, construction of devices and installations for the industry using catalysts and for environmental protection. Graduates are prepared to effectively cooperate with a team within management systems and respond to the challenges of a circular economy and open to new technological solutions.
Studies in Industrial Process Engineering are intended for graduates of higher education institutions who have at least an engineer's degree in the field of exact, technical, and natural sciences. The study program includes several thematically coherent blocks adapted to the requirements and demand from the industry, enabling conscious shaping of the student's individual development path. Classes are conducted using teaching methods that support the development of key engineering competencies sought in the industry. The studies prepare for work in research and development teams, especially those dealing with technological and organizational innovations. They enable professional preparation of master's engineers-specialists in process engineering, who are creative and show a high ability to adapt in the labor market when looking for employment.
The study program is available on the website.
I highly appreciate my participation in the scientific research group "Octane". I would like to encourage you to pay special attention to this type of additional activity, as future employers consider it as one of the key factors in hiring.
Industrial Process Engineering is a broad scientific discipline that deals with the transformation of raw materials into useful products, through the development of modern technologies and the improvement of existing processes, with particular emphasis on resource conservation, natural environment protection, and process safety. By completing studies in this field, you will become a "universal engineer", combining knowledge and practical skills from many areas: chemical engineering, bioprocess and biochemical engineering, nanotechnology, biotechnology, environmental engineering, chemical technology, and others. As a graduate, you will have the opportunity to work in both design offices and industrial research and development facilities, as well as in production and trade-production plants in various branches of the processing industry, including the chemical, refinery, and pharmaceutical industries, plastics processing, in the production of renewable energy resources, and in environmental engineering. Thanks to the selected subjects in individual specializations, you will be a qualified specialist, mediating between doctors and engineers and technologists involved in the design of drugs, medical diagnostics, and medical equipment.
