Modern methods to evaluate results of learning mathematics among students in engineering fields of training

Statement of the problem. To achieve the requirements for graduates of engineering fields of training, it is necessary to design and implement an educational process based on the integration of competence, activity and personality- oriented approaches in the context of using information and communication technologies. The improvement of procedure for assessing the results teaching mathematics is due to the transition to competence-based paradigm of education in the context of informatization, strengthening of the role of students' independence in the educational process, need to solve new problems in future professional activities arising in connection with the development and renewal of the production base. The purpose of the article is to develop an assessment methodology in teaching mathematics for future bachelors of engineering training in the context of informatization of education and increasing role of their independence. The research methodology consists of the analysis of regulatory documents in the field of higher education, the requirements of educational standards, analysis and generalization of the available experience on the problem under consideration. The research is based on the theory of competence-based, activity-based, personality-oriented and systematic approaches, and informatization of education. Research results. The article describes the methodology for evaluating the results of teaching mathematics to students of engineering fields of training. In accordance with the criteria for evaluating the results of teaching mathematics, key indicators of the formation of each criterion are formulated and the levels of their manifestation are described. The potential of using diagnostic tools, including electronic educational resources, has been determined. Conclusion. The implementation of a systematic methodology for assessing the results of teaching mathematics contributes to improvement of the quality of mathematical training. The conducted diagnostics helps to identify gaps in the knowledge of students and adjust the teaching methodology, thereby increasing the motivation of students to study the discipline.