Specification of the course for the Book of courses Study program Title of the course Teachers (for lectures) Teacher/fellow teacher (for exercises) ESPB Applied statistics Design of experiments Radovan Omorjan, Miroslav Ristic ,Marko Nedeljkov Platon Sovilj, Dušan Rakić Status of the course (obligatory (O) /elective (E)) 6 E Conditions Aim of the course Course outcomes The aim of this course is to enable students to design experiments using the scientific approach. Analysis and understanding of different approaches to designing experiments. Students will be able to choose an appropriate design of experiment on the basis of the observed problems. Students will master the knowledge necessary for expert analysis of factorial experiments, which includes the choice of contributing factors and models. Content of the course Introduction to experimentation in the industry. The strategy of experimentation. Fundamentals of designing of experiments. Simple comparative experiments (based on a comparison of two samples). Experiments with single factor: The analysis of variance. Approach to the analysis of Theoretical variance based on regression. Nonparametric methods of analysis of variance. Completely classes random block design, Latin square and other designs of the experiment. Designing factorial experiment. 2^k factorial plan. Pair of factorial experiments 2^k. Partial factorial experiments with two levels. Methods for investigating reaction as a function of factors other approaches to process optimization. Experiments with random factors. Hierarchical design and plot design. Practical classes Practical classes include practicing content of theoretical training, using appropriate statistical software environment. References 1 Montgomery, D.C. (2001). Design and Analysis of Experiments, Fifth Edition, John Wiley & Sons, INC., New York 2 Antony, J. (2003). Design of Experiments for Engineers and Scientists, Elsevier Science & Technology Books 3 Cox, D. and Read, N. (2000). The theory of the design of experiments. Chapmann and Hall 4 Weber, D. and Skillings, J. (2000). A first course in the design of experiments. CRC Press 5 Cobb, G. (1998). Introduction to design and analysis of experiments. Springer-Verlag The number of contact hours per week during the semester / trimester / year Lectures Exercises DON Research work Other classes 2 Teaching methods 2 ---- ------ ------ Lectures, exercises, writing the seminar papers, individual work Evaluation of knowledge (maximum score 100) Pre exam duties points Activity during lectures 5 Activity during exercises 5 colloquia 20 seminars 30 Final exam Oral exam points 40