Leandro Aio, MSc

Education

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  Aeronautics Technological Institute - ITA

  2022 - 2026

  Pós-graduação Stricto Sensu - Doutorando Aeronautical and Mechanical Engineering CCM-ITA

  Activities and Societies: Materials, Manufacturing and Automation Artificial Intelligence | Machine Learning | Data Science In my doctorate, I seek to achieve machine autonomy in human decision-making, using emerging technologies such as artificial intelligence (AI), machine learning (ML), game theory and the processing power of Moore's Law. In Brazil, there are incentives for technological development, aiming to increase the productivity and competitiveness of companies. In Industry 4.0, companies benefit from technologies such as production planning and computer-aided manufacturing (CAM), with the collection of… Show more In my doctorate, I seek to achieve machine autonomy in human decision-making, using emerging technologies such as artificial intelligence (AI), machine learning (ML), game theory and the processing power of Moore's Law. In Brazil, there are incentives for technological development, aiming to increase the productivity and competitiveness of companies. In Industry 4.0, companies benefit from technologies such as production planning and computer-aided manufacturing (CAM), with the collection of digital data facilitating decision-making. ML research optimizes systems, reduces costs and improves quality. Artificial neural networks (ANN) and algorithms such as Random Forest Regressor (RFRA) model process parameters, predicting cutting tool wear accurately. Self-optimizing machining systems (SOMS) maximize productivity and quality. I apply continuous improvement methodologies, coordinate teams, guarantee quality and promote innovation. Show less

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  Focus Faculty

  2019 - 2019

  Postgraduate Quality Engineering, Management and Auditing

  Activities and Societies: Quality Engineering, Management and Auditing The postgraduate course in Quality Engineering provides a deep immersion in the fundamental principles of Quality Control, Quality Management, Quality Assurance and Engineering applied in various industrial sectors. Through a practical and theoretical approach, advanced knowledge was acquired about evaluation techniques, statistical methods, continuous improvement tools and quality assurance strategies. The program focused on leading process optimization projects, implementing quality… Show more The postgraduate course in Quality Engineering provides a deep immersion in the fundamental principles of Quality Control, Quality Management, Quality Assurance and Engineering applied in various industrial sectors. Through a practical and theoretical approach, advanced knowledge was acquired about evaluation techniques, statistical methods, continuous improvement tools and quality assurance strategies. The program focused on leading process optimization projects, implementing quality management systems and developing innovative solutions for specific challenges related to quality in different industrial contexts. Show less

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  Aeronautics Technological Institute - ITA

  2020 - 2022

  Master of Science - MSc Aeronautical and Mechanical Engineering CCM-ITA

  Activities and Societies: Materials, Manufacturing and Automation Machining in complex geometry During my master's degree in Aeronautical and Mechanical Engineering, I focused my research on complex geometry and thin-wall machining, vital for the manufacture of high-precision aeronautical components. Technical documentation and detailed reports were essential to communicating my findings, presented at seminars and conferences. I adopted the Kaizen methodology to improve process control, coordinating several stages of the research. Quality assurance, using MS Project for planning… Show more During my master's degree in Aeronautical and Mechanical Engineering, I focused my research on complex geometry and thin-wall machining, vital for the manufacture of high-precision aeronautical components. Technical documentation and detailed reports were essential to communicating my findings, presented at seminars and conferences. I adopted the Kaizen methodology to improve process control, coordinating several stages of the research. Quality assurance, using MS Project for planning, statistical analysis and multidisciplinary teamwork, was central. Exploring lean manufacturing and automation concepts, I solved challenges with design thinking principles. Analyzed failure modes and effects, adhering to technical standards and applying the PDCA cycle for continuous improvement. Effective communication was vital to sharing discoveries and preparing for industry challenges. Show less

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  Nossa Senhora do Patrocínio University Center - CEUNSP

  2009 - 2011

  Bachelor of Engineering - BE Mechanical Industrial

  Activities and Societies: Mechanical and Industry College of Engineering and Architecture - FEA In the Mechanical Production Engineering course, our focus is to optimize and continuously improve production processes. Technical documentation is crucial, providing detailed records to communicate results clearly. We use the Kaizen methodology to implement gradual changes and ensure quality. MS Project assists us in planning and monitoring projects, while statistical inference provides us with valuable insights. We develop leadership and teamwork skills, essential for solving complex problems… Show more In the Mechanical Production Engineering course, our focus is to optimize and continuously improve production processes. Technical documentation is crucial, providing detailed records to communicate results clearly. We use the Kaizen methodology to implement gradual changes and ensure quality. MS Project assists us in planning and monitoring projects, while statistical inference provides us with valuable insights. We develop leadership and teamwork skills, essential for solving complex problems and implementing corrective actions. We explore lean manufacturing to increase efficiency, and failure analysis helps us mitigate risk. The PDCA cycle promotes continuous improvement, while analytical analysis allows us to make strategic decisions. Team management and effective communication are fundamental to the overall success of projects. Show less

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  Anhanguera Educacional

  2009 - 2010

  Master of Business Administration - MBA Project Management

  Activities and Societies: Project Management, In the MBA in Project Management, we develop leadership and management skills to conduct projects effectively. Focusing on communication through technical documentation and reports, we prioritize process control and coordination to ensure quality. We use MS Project for detailed planning, ranging from goal setting to final delivery, promoting teamwork and leadership. We apply design thinking to innovative solutions, in addition to emphasizing budgeting, continuous improvement and analytical… Show more In the MBA in Project Management, we develop leadership and management skills to conduct projects effectively. Focusing on communication through technical documentation and reports, we prioritize process control and coordination to ensure quality. We use MS Project for detailed planning, ranging from goal setting to final delivery, promoting teamwork and leadership. We apply design thinking to innovative solutions, in addition to emphasizing budgeting, continuous improvement and analytical analysis to inform strategic decisions. Team management and communication are pillars for project success and stakeholder satisfaction. Show less

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  Faculty of Technology of Sorocaba

  2004 - 2007

  Bachelor of Technology - BTech Mechanical Project

  Activities and Societies: Mechanical Technology In the Mechanical Technology degree with an emphasis on Projects, we develop crucial skills for the industry. We prioritize communication through technical documentation, reports and presentations. We use tools such as SolidWorks, Pro Engineer and AutoCAD for design and modeling, emphasizing process control and Continuous Improvement with Kaizen. Quality assurance is maintained with MS Project, while Lean Manufacturing and supplier management are addressed for efficiency. Systems design and… Show more In the Mechanical Technology degree with an emphasis on Projects, we develop crucial skills for the industry. We prioritize communication through technical documentation, reports and presentations. We use tools such as SolidWorks, Pro Engineer and AutoCAD for design and modeling, emphasizing process control and Continuous Improvement with Kaizen. Quality assurance is maintained with MS Project, while Lean Manufacturing and supplier management are addressed for efficiency. Systems design and leadership promote collaboration. CAD, Excel and Kanban are used for planning and control. Troubleshooting and failure analysis are integrated, and we explore automation and engineering consultancy for optimization. We comply with standards such as ISO, applying PDCA for continuous improvement. Decisions are based on analytical analysis, and team management and communication are crucial to project success and stakeholder satisfaction. Show less

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  STS - State Technical School - Fernando Prestes - Sorocaba

  2001 - 2002

  Technical Education Mechanical Project Design

  Activities and Societies: Mechanical Project Design In the Mechanical Project Design course, we focus on essential skills for the industry. Technical documentation and reports are vital for communicating information. We use Solidworks and AutoCAD for design, with an emphasis on process control and Kaizen methodology. MS Project is used for detailed planning. Lean Manufacturing practices are implemented for efficiency. Teamwork with Kanban is essential. Fault analysis and process automation are explored. Technical standards are followed, and the… Show more In the Mechanical Project Design course, we focus on essential skills for the industry. Technical documentation and reports are vital for communicating information. We use Solidworks and AutoCAD for design, with an emphasis on process control and Kaizen methodology. MS Project is used for detailed planning. Lean Manufacturing practices are implemented for efficiency. Teamwork with Kanban is essential. Fault analysis and process automation are explored. Technical standards are followed, and the PDCA cycle is applied for continuous improvement. Analytical analysis guides decisions, and team management and communication are essential to project success and stakeholder satisfaction. Show less