Inženir strojništva/inženirka strojništva

Students will be able to:

(general competences)

• take into account safety regulations and environmental protection regulations at work;
• develop communication skills in the working environment and beyond;
• use written sources and information technologies;
• adopt a systematic approach to the detection and resolution of problems;
• develop responsibility for professional development;

(specific vocational competences)

• apply the theoretical knowledge they have acquired to act effectively in the working environment;
• use a foreign language for communication and the study of specialist literature;
• use basic knowledge of economics, marketing and project management to run a business;
• apply knowledge of mechanics in determining the dimensions of structural elements;
• analyse the functioning of electrical circuits and eliminate simple faults, taking the appropriate protective measures;
• draw up a technological manufacturing process;
• select, determine and evaluate time and manufacturing costs and select tools;
• select appropriate materials, appropriate heat treatment and corrosion protection on the basis of requirements and demonstrate familiarity with the impact of materials on the environment;
• plan products taking into account relevant technical legislation;
• draw up technical documentation in all phases of the creation of a product;
• use a computer to prepare and monitor manufacturing cost plans and schedules;
• apply quality management and quality assurance methods in the production process;
• plan simple energy systems and demonstrate familiarity with the functioning of more complex energy systems;
• ensure the economical and environmentally acceptable consumption of energy;
• recognise opportunities to introduce automation and conduct projects in the field of the automation of manufacturing processes;
• autonomously plan the automation of simple manufacturing processes and participate in the planning and introduction of automation of complex manufacturing processes;
• plan, organise and lead preventive maintenance work on machines, devices and energy systems in the manufacturing process;
• analyse the impact of maintenance on a company's costs;
• plan and organise work and lead production;
• plan costs and investment in manufacturing processes;
• train for the construction process of designing tools on the basis of a client's requirements, including selection and definition of the standard parts of a tool;
• demonstrate knowledge of the economic and technological characteristics of a tool.