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Institute of Technology

Institute Authorities:

Head of the Institute of Technology

Prof. ANS Halina Pacha-Gołębiowska, PhD Eng.

Contact details:

3rd floor, Room 423

halina.pacha-golebiowska@ansleszno.pl

Deputy Head of the Institute

Mechanics and Mechanical Engineering Coordinator

Mechatronics Coordinator

Tomasz Andrzejczak, MSc Eng.

Contact details:

3rd floor, Room 421

tomasz.andrzejczak@ansleszno.pl

Construction Coordinator

Agnieszka Brandenburg, MSc Eng.

Contact details:

3rd floor, Room 421

agnieszka.brandenburg@ansleszno.pl

Information Technology Coordinator

Przemysław Grobelny, MSc Eng.

Contakt details:

3rd floor, Room 420

przemyslaw.grobelny@ansleszno.pl

Fields of Study:

Construction, first-cycle degree programme (Engineer's degree)
Information Technology, first-cycle degree programme (Engineer's degree)
Mechanics and Mechanical Engineering, first-cycle degree programme (Engineer's degree)
Mechatronics, first-cycle degree programme (Engineer's degree)
Mechatronics, second-cycle degree programme (Master's degree)

Graduate profile: Construction

Graduates have an essential knowledge of designing small and medium-size facilities, constructionproduction technologies as well as building site organisation. They have acquired the social and economic knowledge necessary to participate in managing companies or conducting their own business. Graduates are competent in solving problems related to technology and construction process organisation, managing team and construction production, implementing innovations, rendering technical services and conducting commercial activities. They can organise work in compliance with health and safety regulations as well as ergonomics and natural environment preservation. They are prepared to take up employment with construction companies within the following scope of activities: managing production, building materials, manufacturing structures; on building sites, in civil engineering supervision institutions and design companies. They are also qualified to conduct their own business. They have mastered a foreign language at B2 as set forth in the European Framework of Reference for Languages and are familiar with this language used for specific purposes in their field of study.

Graduate profile: Information Technology

Graduates of specialisation Internet and Mobile Applications have gained extensive qualifications in designing advanced Internet applications and programming mobile devices and systems. They can search for employment in information technology companies which design and produce web applications for use both in desktop computers and mobile devices, including notebooks and smartphones. Graduates have acquired knowledge about how the Internet of Things operates, with a special focus on safety issues, which, in turn, equips them with opportunities to find work in enterprises from a wide range of sectors which use Internet services. This specialisation offers its graduates a number of possibilities of starting their own IT businesses which, for example, might design Internet websites and content management systems or create Internet shops and handle electronic trade.

Graduates of specialisation Graphics and Computer Games are particularly suitable for working as designers of graphical and multimedia applications, as well as designers and programmers of computer games. In-depth knowledge of advanced visualisation and computer graphics techniques enables graduates to both design graphical applications for computers in IT companies and develop visualisation systems in a wide range of sectors, including control engineering and telecommunications, which makes them also suitable candidates to take up positions in enterprises from outside the IT sector. The acquired skill to design and program mobile and multimedia systems considerably widens graduates’ qualifications to obtain employment in companies engaged in diverse activities. In addition, they have acquired content-related knowledge and skills to independently run business related to the specialisation curriculum, including computer games programming and Internet applications management.

Graduates of specialisation Information Technology in Management are prepared to take up employment primarily in companies which specialise in the production, distribution and implementation of information technology systems for enterprise management. They are also qualified in the design and production of business applications; they can also work as employees who are responsible for the implementation and servicing of software developed by an outsourced company, which is only distributed by the employer. Graduates are able to work in a team and have obtained a wide knowledge of software projects management, along with extensive preparation to work in the field of IT products marketing. Such skills enable graduates of this specialisation to take up posts connected with almost every stage of the development process and servicing of enterprise management systems, and even to start their own business whose operations are related to the above company profile.

Opportunities to obtain additional qualifications, competences, and skills

Educational effects applied to the field of study of Information Technology are consistent with selected educational effects specified with regard to the area/ areas of education, level and practical profile, to which this field of study has been assigned, which are described in the Polish Qualifications Framework for Higher Education. They are presented clearly so that it is possible to create a system of their verification. Educational effects assigned to this field of study include, first and foremost, practical skills which students develop in the course of studies and which enable them to obtain qualifications to practice their profession and competences which are essential on the labour market, as well as to enter further education. Information Technology graduates are well prepared to start second- cycle studies (Master’s degree) both in Information Technology and selected specialisations offered within the field of study of Robotics and Control Engineering (for example, Embedded Control Systems or Robotics and Control Engineering Systems offered at the Poznań University of Technology within specialisation Computer Systems), along with Management Engineering (at the Poznań University of Technology) within specialisation Information Technology in Management.

Graduate profile: Mechanics and Mechanical Engineering

A graduate of the Mechanical Engineering and Machine Design program acquires broad professional qualifications in the field of mechanical engineering, with particular emphasis on strength of materials, manufacturing technologies, machine and automotive diagnostics, computer applications in engineering design and industrial practice, as well as modern industrial automation technologies used in contemporary industrial machinery, automotive systems, transportation, and the food processing industry. The program also places significant emphasis on occupational safety management in industrial and service enterprises, as well as quality engineering.

Graduates gain comprehensive theoretical knowledge and practical skills in the manufacturing, diagnostics, operation, and maintenance of machines and equipment. They also acquire the competencies necessary to design and implement Computer-Aided Design (CAD) systems that support technological process management, engineering design, and production planning and control.

Graduates are well prepared for professional careers, particularly in small and medium-sized industrial and service companies involved in the design, manufacturing, and operation of machinery. They are also qualified to work in various sectors of the modern mechanical, automotive, and agri-food processing industries, including the operation and maintenance of food processing machinery. Strong IT and engineering software skills, especially in AutoCAD and CAD/CAM systems, enable graduates to pursue careers not only in machine and vehicle operation and maintenance, but also in engineering design offices and in the implementation of production management systems within manufacturing enterprises.

A graduate of the Mechanical Engineering and Machine Design program possesses broad professional qualifications in mechanical engineering, with particular emphasis on strength of materials, manufacturing technologies, machine and automotive diagnostics, computer applications in engineering design and industrial practice, and occupational safety management in industrial and service organizations.

Graduate profile: Mechatronics, Engineer's degree

The Engineer's degree in Mechatronics provides students with the knowledge and qualifications required for the design, construction, operation, and maintenance of automation and robotics systems, CAM systems, including CNC programming, as well as the control, diagnostics, operation, maintenance, and regulation of machines, equipment, and intelligent electrical installations. These technologies are widely applied across modern industry, manufacturing, and the private sector. During the course of study, students also have the opportunity to obtain a qualification certificate authorizing the operation of electrical equipment, installations, and power networks with voltages up to 1 kV, as well as a Siemens certificate in Sinumerik DIN/ISO CNC programming.

Graduates are prepared to design and implement electrical control systems in industrial facilities and to operate and maintain modern automation and robotics systems. They are qualified to work both in large industrial enterprises and in small and medium-sized companies, as well as to establish and manage their own engineering businesses. Owing to the interdisciplinary nature of the program, graduates are well suited for careers in the electrical engineering, electronics, mechanical engineering, food processing, and environmental protection industries, often in maintenance engineering positions.

The program also prepares graduates to work as Mechatronics Engineers in companies involved in the design and development of modern mechatronic devices and systems. They acquire the skills necessary to design and implement Computer-Aided Design (CAD) systems that support technological process management, engineering design, and production planning and control. Graduates are also qualified to service and maintain advanced mechatronic systems used in industrial plants equipped with automated production lines. Strong IT and engineering software skills, particularly in AutoCAD and CAD/CAM technologies, enable graduates to pursue careers not only in the operation and maintenance of machinery and equipment but also in engineering design and construction offices.

Graduate profile: Mechatronics, Master's degree

The Master's Degree in Mechatronics provides graduates with professional qualifications in the operation and maintenance of machinery and equipment, computer applications, the use of modern technologies, advanced engineering software, and mechatronic systems. During the course of study, students also have the opportunity to obtain a qualification certificate authorizing the operation of electrical equipment, installations, and power networks with voltages up to 1 kV, as well as a Siemens certificate in Sinumerik DIN/ISO CNC programming. Graduates are also qualified to continue their education at the third-cycle (doctoral/PhD) level.

Graduates are prepared to work as Mechatronics Engineers in companies involved in the design and development of advanced mechatronic devices and systems. They are qualified to manage, operate, and maintain modern mechatronic systems in industrial facilities equipped with automated production lines. The knowledge and practical skills acquired during the program also enable graduates to pursue careers in quality control and production process supervision, including the use of machine vision inspection systems.

The program also prepares graduates to design and implement electrical control systems for industrial facilities and to operate and maintain modern automation and robotics systems. They are qualified to work in large industrial enterprises as well as to establish and manage their own engineering businesses. Owing to the interdisciplinary nature of the program, graduates are well prepared for careers in the electrical engineering, electronics, mechanical engineering, food processing, and environmental protection industries, often in maintenance engineering positions, as well as in small and medium-sized enterprises employing highly qualified specialists in electrical engineering, electronics, and industrial automation.