Upon completion of courses of Cycle I the graduates will acquire the following:
General competences

• scientific analysis of theoretical and experimental problems working out of well-justified conclusions;
• communication using specialized scientific;
• ability to manage the flow of information, select sources of information that would meet the needs, develop the self-instruction;
• practical application of acquired knowledge for developing ideas, concepts and models;
• check modern sources of information in order to be up to date with priority development areas in the field;
• implement contemporary trends and prospects for development in the field;
• develop the capacity to add value to the results of research via innovation and technological transfer;
• appropriate integration of interdisciplinary type information into the related fields with;
• responsibility, minute planning, efficient organizing and coordination of anticipated activities;

Skills specific for Chemistry

• work out the basic notions and basic laws of chemistry;
• classification of chemistry compounds by their properties, the preparation way and the area of their use;
• solving of chemistry problems via various methods and calculations based on chemical processes;
• recognition of classes of compounds and individual substances by their properties;
• identification and analysis of chemical substances via various methods;
• synthesis and processing of chemical compounds;
• modeling of real systems and the analysis of various processes performed as part of these systems;
• getting awareness about the effects of chemical industry on the environment;

Skills specific for Physics

• work out the basic notions for physics;
• apply classical models in solving problems;
• define ideas underlying the methods of problem solving;
• describe possibilities to develop various physics statements for the main problems that serve as models of processes, from economics, evolution, etc
• perform a complex project for modeling a real process, simulating it with the help of the computer;
• select and apply various test-problems to the checking of the developed algorithm;
• interpret solutions of the physics model of a real problem within the terms of the practical field and develop recommendations;
• apply advanced numeric methods for solving physics problems;
• establish criteria for evaluation of various types of models and methods for solving;
• work out new physics methods and apply their principles to the research of various problems from the areas of economy, biology, environment protection etc;
• develop algorithms for solving applied problems from various areas;
• interpret the solution of physics model of one real problem in terms of  practical area and develop recommendations for decision-makers.

Upon completion of Cycle II courses, the graduate will acquire:
General skills

• familiarization with contemporary status and perspectives for development;
• scientific analysis of recent theoretical and experimental problems;
• learn ICT for the professional training and further activity;
• identify problems and develop possible scenarios with solutions;
• justify the use of various methods in various fields of research;
• design and implement projects of scientific research;
• develop skills to acquire and apply knowledge according to destination;
• ability to get orientation in selecting various methods of research;
• select and apply acquired knowledge for the solving of problems;
• use adequate methods to process data as well as to receive outputs and draw conclusions on the investigations performed. 

Skills specific for Chemistry

• estimate of importance of applying the contemporary chemistry for the society;
• develop methods of acquiring and use of chemical compounds;
• design and implement projects of scientific research;
• use contemporary technologies in research;
• acquire and apply compounds with special destination;
• analyze and identify the structure of chemical substances with the help of various methods;
• apply innovational results in the area of chemistry;
• use proper methods for recording of data, as well as drafting results and conclusions on the investigations carried out.

Skills specific for Physics

• evaluation of contribution of physics, technologies and physics methods in the development of science, economy and society;
• identify modern-day tendencies and prospects for development in the area;
• research on essential and applied issues of physics and define problems, justified projections;
• practical application of knowledge acquired during the development of physics models, technologies, methods and devices;
• carry out experiments with a view to promote and transfer of acquired results into the various sectors of work;
• apply modern ICT;
• establish a hierarchy in the process of analysis of properties and phenomena of physics.