Data Analysis for Operations Management
Learn to model and analyze models that support management decision-making in difficult and complex operations contexts
Modalidade Presencial
This course provides insight into problem modeling as the art of structuring and analyzing a decision problem within the given constraints and drawing recommendations that may lead organizations to action – with a particular focus on Operations Management. A strong emphasis will be put on problem modeling and analysis. To do so, this course will unlock the potential of using spreadsheet modeling to assist decision-making – from descriptive to predictive and prescriptive models. Spreadsheet engineering will give special attention to structure and in-depth and error-free development.
As a model builder or a coach for others who built models, it is essential to have practical experience in the art of modeling. Well-constructed models give a deep insight into the impact of the critical factors of the problem and will enable us to focus on the most important risks and tradeoffs.
The aim of this course is to provide students with the skills, methodologies, and tools to successfully model and analyze models that support management decision-making in difficult and complex operations contexts, such as ill-structured problems or problems involving lack of information and uncertainty.
This course is part of the MBA International Week, which is a short-term program designed to provide students with a unique opportunity to expand their knowledge and skills in various topics of the business world in classes with international and Insper professors.
Investimento
Valor integral R$ 4.889,00
Valor para matrícula antecipada (10% de desconto até 25 dias antes do início do curso)R$ 4.400,10
Valor para Alumni Insper (25% de desconto)R$ 3.666,75
Formas de pagamento
- À vista no boleto ou cartão de crédito
- Ou parcele em até 10X sem juros no cartão de crédito
Por que fazer o curso?
Describe the problem-solving process and the role of models and modeling in that process;
Recall and explain important guidelines for designing, building, and testing spreadsheets;
Describe tools and techniques for sensitivity and data regression, their underlying concepts, assumptions, capabilities, and limitations;
Discuss possibilities of articulating these tools and techniques in integrated approaches to problem-solving;
Recognize critical factors in a problem;
Develop a structure for analyzing problems;
Carry out a cogent analysis;
Present the analysis and insights on a problem to interested parties in a convincing, non-technical manner;
Design, build, test, and use meaningful spreadsheets to present and solve quantitative operations problems;
Carry out sensitivity and data regression;
Translate descriptions of business situations in operations into formal models and investigate those models in an organized fashion;
Apply generic modeling heuristics to help in the design and use of models;
Extract insights from models and use those insights to communicate, persuade, and motivate change;
Interact with members in a group to produce analysis for external parties with time constraints.
O que você precisa saber
Perfil
The program is aimed at senior professionals, executives, entrepreneurs, consultants, and decision-makers with over 5 years of professional experience, experience in management, and varied backgrounds in different areas and sectors of the economy, who are interested in problem modeling and analysis focused on Operations Management.
Pré-requisitos
Completed higher education degree. Classes will be conducted in English without simultaneous translation. Although no proficiency test is required, we recommend B2 level to fully engage with the program.
O que você vai aprender
Modelling Practice
Spreadsheet engineering: designing a worksheet
- Designing, building, and testing a workbook.
Analysis using spreadsheets
- Base-case analysis;
- What-if analysis;
- Breakeven analysis;
- Optimization analysis;
- Simulation and risk analysis.
Regression analysis
- Scatter plots and correlation;
- Simple linear regression;
- Goodness-of-fit;
- Simple nonlinear regression;
- Multiple linear regression;
- Regression assumptions.
Optimization
- Decision variables, objectives, and constraints;
- Formulating and solving an optimization problem with a spreadsheet.
Course evaluation:
Corpo Docente
A maioria dos nossos professores é de mestres e doutores oriundos de renomadas escolas nacionais e internacionais e/ou executivos com extensa experiência profissional e prática.
Luis Guimarães
Luis Guimarães is a Professor at the Department of Industrial Engineering and Management of the Faculty of Engineering of the University of Porto, an invited professor at the Porto Business School, senior researcher at the Industrial Engineering and Management group of the research institute INESC TEC and co-founder of LTPlabs, advanced analytics consulting firm. He holds an MSc and Ph.D. in Industrial Engineering and Management from the University of Porto, Portugal. His main area of activity is Operations Research/Computer Science. Most of his research is problem-driven and aims to develop advanced analytic solutions for real-world problems. In this context, he has collaborated in over +100 industry-based research and consulting projects with various companies in the process industry, transportation, retail, and energy. He is also leading work streams on several national and European funded projects. Author of several publications in international journals in the field of Operations Research.
Luis Guimarães
Luis Guimarães is a Professor at the Department of Industrial Engineering and Management of the Faculty of Engineering of the University of Porto, an invited professor at the Porto Business School, senior researcher at the Industrial Engineering and Management group of the research institute INESC TEC and co-founder of LTPlabs, advanced analytics consulting firm. He holds an MSc and Ph.D. in Industrial Engineering and Management from the University of Porto, Portugal. His main area of activity is Operations Research/Computer Science. Most of his research is problem-driven and aims to develop advanced analytic solutions for real-world problems. In this context, he has collaborated in over +100 industry-based research and consulting projects with various companies in the process industry, transportation, retail, and energy. He is also leading work streams on several national and European funded projects. Author of several publications in international journals in the field of Operations Research.
Processo Seletivo
Conheça as etapas para ingressar no curso:
01.
Preencha o formulário de inscrição
02.
Análise do seu perfil
03.
Aprovação
04.
Matrícula Digital
Programas específicos da área de Internacional, passam pela etapa da entrevista anterior a aprovação.