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Understand Six sigma methodology for efficient material development
Similarly to all the other industries, chemical engineering requires efficiency improvement. But, since the world is getting more and more complicated, it is getting more challenging to understand what the actual problem is, how we should communicate to align with team members, what tools should be used to monitor, and how we should fix it. Six Sigma is a methodology to solve these situations.
In this Build Project, you'll wear the hat of Project Manager in the chemical engineering team, and utilize Six sigma tools to fix cases. Under the supervision of an experienced industry expert, you'll
All this will happen in an environment that simulates the operations of a real (either product design or manufacturing process) team.
Get to know the Project Leader and other students. Explain background of Six Sigma methodology and why and how it is used in the Chemical industry. Ask questions about the project requirements and prepare your workspace.
Understand the overview of six sigma, key terms and overall process.
Focus on DMAIC process and learn about D-phase (Design) and M-phase (Measure)
Focus on DMAIC process and learn about A-phase (Analyze), I-phase (Improve) and C-phase (Control)
Analyze real-world experience cases to solve real-life business problems related to material development and project management by utilizing six sigma methodology.
Learn basic statistics and use JMP statistical tool to create DOE (Design of Experiments) and Analyze test results.
Continuation of Workshop-6. Use JMP statistical tool to create DOE (Design of Experiments) and Analyze test results.
Try to make dash board using real data using JMP. Summarize what Fellow has lectured, and share several extension direction for further self-study if the students are interested. Collect student’s reflection of the program.
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Ozawa is a Chemical Engineer Build Fellow at Oven Avenue Foundation, where he works with students leading projects in material development process using Six Sigma methodology.
Ozawa is a Global Technical Director at Electroninks, where he focuses on managing projects and leading technical team member to succeed the company’s novel metal complex ink into the market. His task is to prioritize the programs / inquiries that comes in from customers around the globe, assign R&D resource, lead project to develop new inks, and transfer the technology to scale.
Ozawa has over 15 years of experience in the Chemical Engineering field. He started his career with US Chemical company DuPont. While the business unit he belonged has not changed throughout, he experienced various roles inside. He started as material development engineer for solar panel electrode, then moved to project leader role and lead solar and automotive ink development projects. Then he became the youngest Six Sigma Master Blackbelt in DuPont Japan history and became the manager of project leading team. Next he was assigned to Asia Pacific Technical leader of one entrepreneur type project, and communicated with hundreds of customers directly. Then he changed to Marketing role, looking for new business opportunities in automotive industry. The last few years, in addition to project lead role, he also accepted additional role on lab management and people leader to develop more agile and effective technical team. From 2024/Mar, he changed job to Global Technical Director at Electroninks, leading the team to develop high value products especially for semiconductor advanced packing market.
He holds a Master’s degree for applied chemistry at University of Tokyo .
A fun fact about Ozawa ; He loves Matcha and Japanese Tea Ceremony.