Mechanical engineering (MMB-SL)

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Learning outcomes were approved by the Resolution No. XXIII/118/18 of the Senate of Stanisław Staszic State University of Applied Sciences in Piła of 14 June 2018 on the adoption of the curriculum for the first-cycle Mechanics and Machine Construction programme with a practical profile.

LEARNING OUTCOMES IN TERMS OF KNOWLEDGE FOR THE FIELD OF STUDY: MECHANICS AND MECHANICAL ENGINEERING
K_W01 He/she has knowledge in the area of mathematics, including algebra, mathematical analysis and introduction to analytical geometry, introduction to calculus of probability necessary to formulate and solve typical problems in the area of the field of study
K_W02 He/she has knowledge of physics needed to understand mechanics, thermodynamics, optics, electricity and magnetism, nuclear physics and solid state physics
K_W03 He/she has knowledge in the area of chemistry needed to understand problems in the science of materials, solid state physics
K_W04 He/she has knowledge in the area of technical mechanics, mechanics of materials and fluid mechanics
K_W05 He/she has knowledge in the area of computer aided design engineering and engineering graphics
K_W06 He/she has knowledge in the area of engineering design of facilities and technical processes and creating technical documentation
K_W07 He/she has knowledge of vehicle and machinery operation
K_W08 He/she has knowledge in the area of materials science
K_W09 He/she has knowledge in the area of manufacturing engineering: techniques, processes and machines
K_W10 He/she has basic knowledge in the area of technical thermodynamics
K_W11 He/she has basic knowledge in the area of electrical and electronic engineering
K_W12 He/she has knowledge in the area of automation and robotics
K_W13 He/she has knowledge in the area of metrology and measurement systems
K_W14 He/she has knowledge in the area of environmental management and ecology
K_W15 He/she has basic knowledge necessary to understand social, economic, legal and other non-technical determinants of engineering
K_W16 He/she has knowledge in the area of health and safety at work, including ergonomics
K_W17 He/she has elementary knowledge in the area of intellectual property protection and patent law
K_W18 He/she knows general principles of creating and developing forms of individual entrepreneurship
K_W19 He/she has knowledge in the area of information technology
K_W20 He/she has knowledge in the area of sustained development

LEARNING OUTCOMES IN TERMS OF KNOWLEDGE FOR THE SPECIALISATION: PRODUCTION ENGINEERING
K_W49 He/she has basic knowledge of production machines and equipment
K_W50 He/she has knowledge of drives used in machines
K_W51 He/she knows technological processes used in manufacturing of parts made from basic construction materials
K_W52 He/she has general knowledge of numerical control of machining tools
K_W53 He/she has knowledge of production process design
K_W54 He/she has knowledge of machine diagnostics
K_W55 He/she knows methods and ways of management applied in industrial practice
K_W56 He/she has knowledge in the area of production process logistics
K_W57 He/she has knowledge of production economics
K_W58 He/she has knowledge in the area of legal determinants of production processes
K_W59 He/she has knowledge in the area of methodology of obtaining and using information necessary to prepare technical documentation
K_W60 He/she knows the tools used in a wide range of technological processes
K_W61 He/she has knowledge of relations between techniques and methods of material processing
K_W62 He/she knows factors determining production quality and tools to control it

LEARNING OUTCOMES IN TERMS OF SKILLS FOR THE FIELD OF STUDY: MECHANICS AND MECHANICAL ENGINEERING
K_U01 He/she can search for, collect, filter and process information from literature, the Internet, databases and other appropriately selected sources, including in a modern foreign language, he/she can integrate the obtained information, interpret it and draw conclusions, formulate and justify opinions
K_U02 He/she can use catalogues and technical standards in the area of design, building and operating devices, vehicles and machines, including in a foreign language
K_U03 He/she can communicate in the engineering community using various techniques, in particular in the area of technical documentation related to the field of study
K_U04 He/she can prepare studies concerning engineering problems in the area of the field of study in Polish and in a foreign language, considered basic for fields and disciplines of science
K_U05 He/she has the ability of independent study
K_U06 He/she has language abilities in the fields and disciplines of science appropriate for the field of study, in accordance with the requirements specified for level B2 of the Common European Framework of Reference for Languages
K_U07 He/she can use IT measures and tools appropriate for the performance of tasks typical for engineering activity
K_U08 He/she can plan and carry out experiments, including computer simulations, interpret the results and draw conclusions
K_U09 He/she can use analytical, simulation and experimental methods to formulate and solve engineering problems
K_U11 He/she during formulating and solving engineering tasks is able to perceive their systemic and non-technical aspects
K_U11 He/she can apply regulations concerning intellectual property protection
K_U12 He/she has the skills necessary to work in the industrial environment and knows and applies safety rules related to this work
K_U13 He/she can perform an introductory economic analysis of undertaken engineering activities
K_U14 He/she can analyse the manner of operation and assess the existing technical solutions, in particular the equipment, facilities, systems, processes, services in the area of construction and operation of vehicles and machinery and mechanical production engineering
K_U15 He/she can identify and formulate specification of simple practical engineering tasks characteristic for the field of study
K_U16 He/she can assess the suitability of routine methods and tools used to solve a simple practical engineering task
K_U17 He/she can – according to the set specification – design a simple device, facility, system or process
K_U18 He/she has practical skills related to maintenance of technical equipment, facilities and systems
K_U19 He/she has practical skills related to solving engineering problems acquired in the environment dealing professionally with engineering
K_U20 He/she has the ability to use standards related to the field of study

LEARNING OUTCOMES IN TERMS OF SKILLS FOR THE SPECIALISATION: PRODUCTION ENGINEERING
K_U41 He/she can design a product manufacturing process
K_U42 He/she can plan and carry out measurements using basic measurement and research techniques
K_U43 He/she can carry out procedures in the area of diagnosing machinery using instrumental and non-instrumental methods
K_U44 He/she can calculate product manufacturing costs
K_U45 He/she can manage production
K_U46 He/she can characterise physical, chemical, technological, and operational properties of materials
K_U47 He/she can apply methods of material recycling
K_U48 He/she has specialists skills in the area of manufacturing technology
K_U49 He/she can select technological processes to manufacture and process materials; he/she can evaluate economical determinants of using various engineering materials
K_U50 He/she has the ability to select systems of automation and robotisation of technological processes in a selected area of production engineering
K_U51 He/she has machinery operating skills
K_U52 He/she has the ability to programme numerically controlled machining tools
K_U53 He/she applies methods of decision analysis in production management
K_U54 He/she has the ability of computer aided design of logistic systems
K_U55 He/she can carry out structural and functional analysis of machine systems and assemblies
K_U56 He/she can carry out measurements of basic values related to machine operation
K_U57 He/she can analyse processes taking place in selected machines
K_U58 He/she has the skills to analyse the methods of protection against basic environmental threats resulting from human industrial activity

LEARNING OUTCOMES IN TERMS OF SOCIAL COMPETENCES FOR THE FIELD OF STUDY: MECHANICS AND MECHANICAL ENGINEERING
K_K01 He/she understands the need and knows the possibilities of constant further training (second- and third-cycle studies, post-graduate studies, courses) – increasing the professional, personal and social competences
K_K02 He/she is aware of the importance and understands non-technical aspects and consequences of activities of a mechanical engineer, including their effect on the environment and related responsibility for decisions made
K_K03 He/she is aware of the importance of professional conduct, complying with professional ethics and respect for diversity of viewpoints and cultures
K_K04 He/she is aware of the responsibility for his/her own work and is ready to abide by the principles of team work and to be responsible for tasks carried out jointly
K_K05 He/she can act in an entrepreneurial way
K_K06 He/she is aware of the social role of a graduate of a technical university, in particular he/she understands the need to formulate and communicate to the society, through mass media among other things, information and opinions concerning technical achievements and other aspects of activity of an mechanical engineer; he/she makes efforts to communicate such information and opinions in a generally understandable manner
K_K07 He/she understands the need to create and search for new solutions supporting the development of new products
K_K08 He/she is aware of the importance of professional conduct and complying with professional ethics
K_K09 He/she is aware of key competences obtained

LEARNING OUTCOMES IN TERMS OF SOCIAL COMPETENCES FOR THE SPECIALISATION: PRODUCTION ENGINEERING
K_K16 He/she can co-operate and work in a team adopting various roles within the team
K_K17 He/she can appropriately specify the priorities for the performance of a task in the area of production engineering specified by himself/herself or others
K_K18 He/she correctly identifies and solves dilemmas related to practising the profession concerning production engineering issues

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