Cutting Steelmaking Costs Without Sacrificing Quality. Machine Learning for M...Yandex Data Factory
For further information about Yandex Data Factory solutions,
please contact us at ydf-customer@yandex-team.com
Metallurgy companies must balance two competing demands: keeping production costs to a minimum while still ensuring that the resulting steel composition complies with all requirements. Given how difficult this balance is to strike, you might find it hard to believe that metallurgy companies can actually achieve 5% cost optimisation with no investments in expensive equipment and software. But that is exactly what Magnitogorsk Iron and Steel Works managed to do with the help of Yandex Data Factory’s machine learning technology.
You’ll learn how implementing Yandex Data Factory’s ferroalloy optimisation service has resulted in projected savings of more than $4m a year for Magnitogorsk Iron and Steel Works. We also discuss other advantages these new technologies bring to metallurgy and give practical advice on how to get started with your first machine learning and big data analytics project so that your company can also cut costs while maintaining the same high quality of resultant steel.
The objective of this project was to study the supply chain processes of Airbus. Understand the implementation of RFID technology and analyze how RFID technology can improve the operational efficiency.
Contract Research Organizations - Case StudyGoInformatics
Learn how Contract Research Organizations (CROs) are taking advantage of the Cloud to achieve compliance certifications and optimize their R&D operations.
Case Studies - Promotional supply optimization; procurement transformationJohn William
This case study focuses on providing necessary information about promotional supply optimization and procurement transformation for our prospective client. The industrial sector was food and beverages. Get details more here: https://www.dragonsourcing.com/china-sourcing-company/
The document summarizes data from 12 biopharmaceutical flexible facility projects. Common elements included the use of single-use bioreactors and technology to increase flexibility. Most facilities used campaign manufacturing. Expansion strategies included equipment swapping, fitting out unused space, and installing additional single-use bioreactors. The majority of facilities were designed to enable implementation of new technologies like perfusion and antibody drug conjugates.
Case studies-Promotional supply optimization, procurement transformationJohn William
This case study focuses on providing information about promotional supply optimization and procurement transformation. To know more visit: http://www.dragonsourcing.com/china-sourcing-company/
Artificial intelligence and metals: Making the technology of the future pay o...Yandex Data Factory
[For further information about Yandex Data Factory solutions,
please contact us at ydf-customer@yandex-team.com
Website https://yandexdatafactory.com]
Slides for the webinar held on Tuesday, June 6
Artificial intelligence and metals: Making the technology of the future pay off now
Metals is an established industry and it might seem that there is nothing left to optimise. Indeed, it has become difficult to find ways to cut costs considerably without investing in capital. Artificial intelligence (AI), however, is the solution.
When we hear the word “innovation,” we tend to think of tangible things like robots and self-driving cars. At its root though, innovation occurs when narrowly defined problems are solved with the highest possible degree of accuracy. AI makes this innovation possible. For example, AI can help determine exactly how much of each ferroalloy to add during steel melting to maintain the steel quality while keeping costs down. Or to determine in the early production stages which slabs should be rerouted to produce steel without future defects. What might seem like small savings – a sheet of steel not wasted, some ferroalloys saved – could add up to 5-7% of cost savings, all without having to make drastic changes.
This webinar is based on the experience of Yandex Data Factory, whose ferroalloy optimisation service has resulted in projected savings of more than $4m a year for Magnitogorsk Iron and Steel Works. You will learn how to gain efficiency using artificial intelligence and machine learning (ML), what the known use cases for the metals industry are, and how to implement this new technology “the right way.”
Webinar program
✓ Artificial intelligence and metals: a perfect match. How the engineering culture of experimentation paves the way for a smooth implementation of new technology
✓ How AI and ML differ from models of physical processes traditionally used in metals
✓ Where all the big data is: what data AI usually needs to work in the metals industry
✓ The best processes to optimise for economic and strategic reasons
✓ Real cases studies from YDF’s experience: optimisation of ferroalloy use and slab quality prediction
✓ Other applications for metals (blast furnace optimisation, etc.)
✓ How to get started with AI and ML to achieve a fast ROI
✓ Q&A
Cutting Steelmaking Costs Without Sacrificing Quality. Machine Learning for M...Yandex Data Factory
For further information about Yandex Data Factory solutions,
please contact us at ydf-customer@yandex-team.com
Metallurgy companies must balance two competing demands: keeping production costs to a minimum while still ensuring that the resulting steel composition complies with all requirements. Given how difficult this balance is to strike, you might find it hard to believe that metallurgy companies can actually achieve 5% cost optimisation with no investments in expensive equipment and software. But that is exactly what Magnitogorsk Iron and Steel Works managed to do with the help of Yandex Data Factory’s machine learning technology.
You’ll learn how implementing Yandex Data Factory’s ferroalloy optimisation service has resulted in projected savings of more than $4m a year for Magnitogorsk Iron and Steel Works. We also discuss other advantages these new technologies bring to metallurgy and give practical advice on how to get started with your first machine learning and big data analytics project so that your company can also cut costs while maintaining the same high quality of resultant steel.
The objective of this project was to study the supply chain processes of Airbus. Understand the implementation of RFID technology and analyze how RFID technology can improve the operational efficiency.
Contract Research Organizations - Case StudyGoInformatics
Learn how Contract Research Organizations (CROs) are taking advantage of the Cloud to achieve compliance certifications and optimize their R&D operations.
Case Studies - Promotional supply optimization; procurement transformationJohn William
This case study focuses on providing necessary information about promotional supply optimization and procurement transformation for our prospective client. The industrial sector was food and beverages. Get details more here: https://www.dragonsourcing.com/china-sourcing-company/
The document summarizes data from 12 biopharmaceutical flexible facility projects. Common elements included the use of single-use bioreactors and technology to increase flexibility. Most facilities used campaign manufacturing. Expansion strategies included equipment swapping, fitting out unused space, and installing additional single-use bioreactors. The majority of facilities were designed to enable implementation of new technologies like perfusion and antibody drug conjugates.
Case studies-Promotional supply optimization, procurement transformationJohn William
This case study focuses on providing information about promotional supply optimization and procurement transformation. To know more visit: http://www.dragonsourcing.com/china-sourcing-company/
Artificial intelligence and metals: Making the technology of the future pay o...Yandex Data Factory
[For further information about Yandex Data Factory solutions,
please contact us at ydf-customer@yandex-team.com
Website https://yandexdatafactory.com]
Slides for the webinar held on Tuesday, June 6
Artificial intelligence and metals: Making the technology of the future pay off now
Metals is an established industry and it might seem that there is nothing left to optimise. Indeed, it has become difficult to find ways to cut costs considerably without investing in capital. Artificial intelligence (AI), however, is the solution.
When we hear the word “innovation,” we tend to think of tangible things like robots and self-driving cars. At its root though, innovation occurs when narrowly defined problems are solved with the highest possible degree of accuracy. AI makes this innovation possible. For example, AI can help determine exactly how much of each ferroalloy to add during steel melting to maintain the steel quality while keeping costs down. Or to determine in the early production stages which slabs should be rerouted to produce steel without future defects. What might seem like small savings – a sheet of steel not wasted, some ferroalloys saved – could add up to 5-7% of cost savings, all without having to make drastic changes.
This webinar is based on the experience of Yandex Data Factory, whose ferroalloy optimisation service has resulted in projected savings of more than $4m a year for Magnitogorsk Iron and Steel Works. You will learn how to gain efficiency using artificial intelligence and machine learning (ML), what the known use cases for the metals industry are, and how to implement this new technology “the right way.”
Webinar program
✓ Artificial intelligence and metals: a perfect match. How the engineering culture of experimentation paves the way for a smooth implementation of new technology
✓ How AI and ML differ from models of physical processes traditionally used in metals
✓ Where all the big data is: what data AI usually needs to work in the metals industry
✓ The best processes to optimise for economic and strategic reasons
✓ Real cases studies from YDF’s experience: optimisation of ferroalloy use and slab quality prediction
✓ Other applications for metals (blast furnace optimisation, etc.)
✓ How to get started with AI and ML to achieve a fast ROI
✓ Q&A
Zebulon Solutions is an engineering firm that provides productization services to transition products from R&D to stable manufacturing. This includes design, redesign, reverse engineering, industrialization, supply chain development, testing, and strategic consulting. They have experience productizing a wide range of products from medical devices to consumer electronics to industrial equipment. Their goal is to optimize products for manufacturability, quality, cost and supply chain considerations throughout the development process.
This document outlines the roadmap and key steps for achieving GMP compliance at Dawat Pharma Ltd. It involves developing user requirement specifications, basic and detailed design documentation, standard operating procedures, and validation master plans for quality control, production and control systems, facilities, and cleaning. Key milestones include design reviews, hazard analysis, supplier audits, qualification protocols, process validation, and ongoing compliance activities like annual product reviews and revalidation. The overall goal is to systematically design, qualify, and validate all systems according to applicable regulatory and industry standards.
Concurrent Engineering – Breaking down the silosNNE
This document discusses concurrent engineering and its advantages over traditional sequential engineering approaches. Concurrent engineering involves simultaneous engineering activities that lead to higher quality designs and more efficient processes. Benefits include reduced time to market, ensuring design goals are met, and lower costs. Traditional approaches where different groups work sequentially have resulted in delays, scope changes, and integration issues. The document provides examples of pharmaceutical projects that experienced challenges due to the traditional approach and advocates for concurrent engineering best practices where process and automation are designed together. This leads to robust systems designed to meet business objectives and enables flexibility.
Metis Automation specialise in designing and implementing advanced connected manufacturing systems. Our proven software products allow your project to be delivered efficiently, with assurance that your investment is a success.https://www.metisautomation.co.uk
This document outlines the services of Proudly Carbon Neutral, a company that helps organizations achieve carbon neutrality. It discusses measuring and reporting greenhouse gas emissions to comply with regulations and improve public image. Proudly Carbon Neutral provides software to audit emissions sources, create carbon offsetting plans, and certify clients as carbon neutral. Once certified, clients can promote their status using Proudly Carbon Neutral's trademark stamp on materials.
Rod Cornell has over 30 years of experience in healthcare process optimization, manufacturing engineering, project management, quality engineering, and new product development. He is a certified Six Sigma Black Belt with experience developing and optimizing manufacturing processes. His career includes roles at MVP Healthcare, Ortho-Clinical Diagnostics, ITT Space Systems Division, and Eastman Kodak Company where he successfully delivered products on time and on budget while improving quality and reducing costs through Lean and Six Sigma methodologies.
Clap control home automation (clap switch)VinaOconner450
Clap control home automation (clap switch)
Need INTRODUCTION:
-
Project(s) that are selected during group meetings in class
Fantastic 4 Projects
1) Ride Suitcase
2) Second hand market service
3) Intermediary agencies for overseas study
4) Clap control home automation (clap switch)
5) Bioelectrical Impedance method for dengue fever recognition without using a blood sample
6) Finger print door lock (Arduino Project)
7) College Radio
8) Bike share
9) Seat belt safety alarm
10) Biometric Attendance
11) Drowsy alarm in Car
12) Image albums service
However, the project Clap control home automation (clap switch), Heart Beat Sensor at home, Second hand market service, and Image albums service are the projects we choose 4 out of 12 projects, and they earn the most “Positive” counts during the factors evaluate process. And given all factors and structures that meet the requirements of the project, we decided to choose Clap control home automation (clap switch) as our final project.
2. Project selection criteria that were employed. Please explain why such criteria
Our group's standard for selected projects is to provide customers with more convenient and fast life modes. The fast lifestyle is the mainstream at present. While saving time, the consideration benchmark for us to lock in project goals in different fields is to provide all potential customers with better service and experience by taking advantage of the fields involved in our project. Our product Clap control home automation (Clap switch), Heart Beat Sensor at home, Second-hand market service, and Image albums service are all based on the consideration of providing users with a more convenient and effective lifestyle. Standards are developed by considering the rationality of the product and the requirements of the public. We calculate the positive index of the product to determine whether the product can meet the needs of customers. Based on the final comprehensive score, the project Clap control home automation (Clap switch) has the highest comprehensive score, and its practicability and feasibility are most suitable for the purpose and goal of R&D project.
3. Show the selection procedure(s) you followed in selecting the project(s) among other projects
When the target project is further subdivided and the most beneficial project is selected, we will conduct internal screening and vote selection by team members, and compare the results calculated by weight score mode. There may be some differences in opinions, because each group member thinks differently. However, in the calculation process of weighing factors and weight score method, the final selected project must be reasonable and fair. Each project will be measured independently against standard requirements.
4. Share the experience in selecting projects in your team. Were there any conflicts or any challenges during project selection? How did you resolve the conflicts and/or the challenges?
In the process of choosing a ...
The document discusses various aspects of product and service design including:
1) The product selection process involves research, development, design, testing and marketing research before a product is launched.
2) Product design should be closely tied to an organization's strategy and focus on customer satisfaction as well as functional, cost, quality and other factors.
3) Products and services go through life cycles of introduction, growth, maturity, and decline with changing demand over time.
implementation of product design and development on floor cleaner VenugopalraoSuravara
This document outlines the thesis layout for a product development project. It includes sections for an abstract, introduction, literature review, methodology, design and analysis, results and discussion, conclusion, and references. The methodology section describes the product development process, including opportunity identification, product planning, identifying customer needs, concept generation, selection and testing, product architecture, design for manufacturing, and design for environment. It then provides details on the design of a self-reconfigurable floor cleaning tiling robot, including CAD modeling and structural analysis using different materials. The document concludes that carbon fiber is the best material for the robot's roller brushes based on stress and deformation results.
The document provides an overview of consulting services offered by Si Consulting Group in areas such as quality engineering, new product development, supplier management, and compliance. Key services include quality management system implementation, new product introduction project management, product qualification, failure analysis, and audits. The consultants have extensive experience in semiconductor and electronics industries, with backgrounds in quality engineering, manufacturing, and process development.
The document discusses various advances in technology for cleaning and restoration, including:
1) Artificial intelligence is transforming the insurance industry to enhance customer experience through personalized services and faster claims handling. Insurers are increasingly investing in AI.
2) The restoration industry has embraced new technologies like nanotechnology, improved water extraction equipment, concentrated air movers, and dehumidifier innovations to improve efficiency and drying rates.
3) Modern documentation technologies like drones, thermal imaging, GPS, cloud storage, and mobile devices are enhancing inspection, mapping, monitoring, and reporting capabilities.
Time is of the Essence: Creating a New Synergy Between Single-Use Adopters an...Merck Life Sciences
Biopharmaceutical companies race to achieve milestones, advance promising molecules, improve productivity and reduce costs. In addition to perfecting the biology, companies must grapple with challenges such as standardization of process technology, supply security and process economics, especially in light of the burgeoning interest and adoption of single-use systems. Efficient implementation of single-use systems is more than incorporating disposable components into the process. It requires a new approach by suppliers of these systems to nimbly and effectively address such challenges.
This session will highlight best practices for creating a new synergy between biopharmaceutical companies and single-use suppliers to strike the right balance of design flexibility, supply predictability and reliable lead times necessary to beat the clock. A case study describing a more efficient and practical “bottoms-up” approach to configuring and delivering single-use assemblies will be presented.
In this webinar, you will learn:
- How to choose single-use assemblies that are best suited for your process
- Risk reduction strategies that incorporate stock or specialized single-use assemblies vs. custom solutions
- Best practices to strike the right balance of design flexibility and supply predictability
Todd B. Colin is an analytical chemist and research scientist with over 17 years of experience in diverse technologies including gas analysis, mass spectrometry, spectroscopy, and environmental monitoring. He has worked as a consultant, applications specialist, field service specialist, research associate and senior chemist. Colin has extensive experience developing and implementing new process measurement systems using analytical techniques like mass spectrometry and developing applications to solve customer problems and enhance product offerings. He has authored several publications in the field of process analysis and holds a Ph.D. in Analytical Chemistry from the University of Iowa.
Sunil David Presentation on Traceability-automation expo 22.pptxMoienMuzaffarBhat
The document discusses the importance of track and trace solutions in manufacturing. It provides examples of large product recalls that resulted in significant costs for automakers. The document outlines different layers of traceability use cases and how a combination of technologies can enable end-to-end traceability. Case studies of implementation at Asian Paints and JK Tyres show benefits like quality improvement, energy optimization, productivity gains and full product traceability. The role of 5G networks in enabling smart factories with low latency applications is also covered.
Time is of the Essence: Creating a New Synergy Between Single-Use Adopters an...MilliporeSigma
Biopharmaceutical companies race to achieve milestones, advance promising molecules, improve productivity and reduce costs. In addition to perfecting the biology, companies must grapple with challenges such as standardization of process technology, supply security and process economics, especially in light of the burgeoning interest and adoption of single-use systems. Efficient implementation of single-use systems is more than incorporating disposable components into the process. It requires a new approach by suppliers of these systems to nimbly and effectively address such challenges.
This session will highlight best practices for creating a new synergy between biopharmaceutical companies and single-use suppliers to strike the right balance of design flexibility, supply predictability and reliable lead times necessary to beat the clock. A case study describing a more efficient and practical “bottoms-up” approach to configuring and delivering single-use assemblies will be presented.
In this webinar, you will learn:
- How to choose single-use assemblies that are best suited for your process
- Risk reduction strategies that incorporate stock or specialized single-use assemblies vs. custom solutions
- Best practices to strike the right balance of design flexibility and supply predictability
The document discusses the interrelation between product/service design and process design. It makes three key points:
1. Product/service design and process design are interrelated - decisions in one area impact the other. Process design can constrain product design and vice versa.
2. Early decisions in design commit an organization to later costs. Relatively early design decisions determine costs that will be incurred later in production.
3. Process selection depends on considerations like the product-process grid, degree of vertical integration, flexibility of resources, and capital-labor mix. The type of product selected defines the type of production process required.
How To Achieve Customer Satisfaction through Quality ManagementKumarsamyraja K R
The document discusses how companies can achieve customer satisfaction through quality management. It states that the best companies spend 60% more on defect prevention. It also notes that 91% of senior management view quality strategy as a top priority. The document promotes establishing a closed-loop quality management system with a single quality backbone to consolidate quality data across engineering, manufacturing, and service. This allows companies to reduce the time from failure to fix, prevent future issues, and improve products based on customer and operational feedback.
This document provides information about an upcoming conference on electronic GMP systems. The conference will take place from March 18-20, 2015 in Prague, Czech Republic and will focus on the specification, implementation, and validation of electronic GMP systems. It will provide learning objectives on identifying the best systems, managing costs and risks, efficient implementation, and achieving promised benefits in a compliant manner. Experts will present on topics like new regulatory guidance, user requirements, project management, and ensuring data integrity. Attendees will participate in workshops to practice applying the concepts to real-world examples.
This document provides an overview of Six Sigma and its application to software development. It discusses key Six Sigma concepts like DMAIC (Define, Measure, Analyze, Improve, Control), tools used in each phase, and how they can help improve processes and reduce defects in software development. It also covers process maturity models, different types of waste specific to software development, and how Six Sigma principles of data-driven problem solving can help organizations deliver higher quality software and improve customer satisfaction.
Zebulon Solutions is an engineering firm that provides productization services to transition products from R&D to stable manufacturing. This includes design, redesign, reverse engineering, industrialization, supply chain development, testing, and strategic consulting. They have experience productizing a wide range of products from medical devices to consumer electronics to industrial equipment. Their goal is to optimize products for manufacturability, quality, cost and supply chain considerations throughout the development process.
This document outlines the roadmap and key steps for achieving GMP compliance at Dawat Pharma Ltd. It involves developing user requirement specifications, basic and detailed design documentation, standard operating procedures, and validation master plans for quality control, production and control systems, facilities, and cleaning. Key milestones include design reviews, hazard analysis, supplier audits, qualification protocols, process validation, and ongoing compliance activities like annual product reviews and revalidation. The overall goal is to systematically design, qualify, and validate all systems according to applicable regulatory and industry standards.
Concurrent Engineering – Breaking down the silosNNE
This document discusses concurrent engineering and its advantages over traditional sequential engineering approaches. Concurrent engineering involves simultaneous engineering activities that lead to higher quality designs and more efficient processes. Benefits include reduced time to market, ensuring design goals are met, and lower costs. Traditional approaches where different groups work sequentially have resulted in delays, scope changes, and integration issues. The document provides examples of pharmaceutical projects that experienced challenges due to the traditional approach and advocates for concurrent engineering best practices where process and automation are designed together. This leads to robust systems designed to meet business objectives and enables flexibility.
Metis Automation specialise in designing and implementing advanced connected manufacturing systems. Our proven software products allow your project to be delivered efficiently, with assurance that your investment is a success.https://www.metisautomation.co.uk
This document outlines the services of Proudly Carbon Neutral, a company that helps organizations achieve carbon neutrality. It discusses measuring and reporting greenhouse gas emissions to comply with regulations and improve public image. Proudly Carbon Neutral provides software to audit emissions sources, create carbon offsetting plans, and certify clients as carbon neutral. Once certified, clients can promote their status using Proudly Carbon Neutral's trademark stamp on materials.
Rod Cornell has over 30 years of experience in healthcare process optimization, manufacturing engineering, project management, quality engineering, and new product development. He is a certified Six Sigma Black Belt with experience developing and optimizing manufacturing processes. His career includes roles at MVP Healthcare, Ortho-Clinical Diagnostics, ITT Space Systems Division, and Eastman Kodak Company where he successfully delivered products on time and on budget while improving quality and reducing costs through Lean and Six Sigma methodologies.
Clap control home automation (clap switch)VinaOconner450
Clap control home automation (clap switch)
Need INTRODUCTION:
-
Project(s) that are selected during group meetings in class
Fantastic 4 Projects
1) Ride Suitcase
2) Second hand market service
3) Intermediary agencies for overseas study
4) Clap control home automation (clap switch)
5) Bioelectrical Impedance method for dengue fever recognition without using a blood sample
6) Finger print door lock (Arduino Project)
7) College Radio
8) Bike share
9) Seat belt safety alarm
10) Biometric Attendance
11) Drowsy alarm in Car
12) Image albums service
However, the project Clap control home automation (clap switch), Heart Beat Sensor at home, Second hand market service, and Image albums service are the projects we choose 4 out of 12 projects, and they earn the most “Positive” counts during the factors evaluate process. And given all factors and structures that meet the requirements of the project, we decided to choose Clap control home automation (clap switch) as our final project.
2. Project selection criteria that were employed. Please explain why such criteria
Our group's standard for selected projects is to provide customers with more convenient and fast life modes. The fast lifestyle is the mainstream at present. While saving time, the consideration benchmark for us to lock in project goals in different fields is to provide all potential customers with better service and experience by taking advantage of the fields involved in our project. Our product Clap control home automation (Clap switch), Heart Beat Sensor at home, Second-hand market service, and Image albums service are all based on the consideration of providing users with a more convenient and effective lifestyle. Standards are developed by considering the rationality of the product and the requirements of the public. We calculate the positive index of the product to determine whether the product can meet the needs of customers. Based on the final comprehensive score, the project Clap control home automation (Clap switch) has the highest comprehensive score, and its practicability and feasibility are most suitable for the purpose and goal of R&D project.
3. Show the selection procedure(s) you followed in selecting the project(s) among other projects
When the target project is further subdivided and the most beneficial project is selected, we will conduct internal screening and vote selection by team members, and compare the results calculated by weight score mode. There may be some differences in opinions, because each group member thinks differently. However, in the calculation process of weighing factors and weight score method, the final selected project must be reasonable and fair. Each project will be measured independently against standard requirements.
4. Share the experience in selecting projects in your team. Were there any conflicts or any challenges during project selection? How did you resolve the conflicts and/or the challenges?
In the process of choosing a ...
The document discusses various aspects of product and service design including:
1) The product selection process involves research, development, design, testing and marketing research before a product is launched.
2) Product design should be closely tied to an organization's strategy and focus on customer satisfaction as well as functional, cost, quality and other factors.
3) Products and services go through life cycles of introduction, growth, maturity, and decline with changing demand over time.
implementation of product design and development on floor cleaner VenugopalraoSuravara
This document outlines the thesis layout for a product development project. It includes sections for an abstract, introduction, literature review, methodology, design and analysis, results and discussion, conclusion, and references. The methodology section describes the product development process, including opportunity identification, product planning, identifying customer needs, concept generation, selection and testing, product architecture, design for manufacturing, and design for environment. It then provides details on the design of a self-reconfigurable floor cleaning tiling robot, including CAD modeling and structural analysis using different materials. The document concludes that carbon fiber is the best material for the robot's roller brushes based on stress and deformation results.
The document provides an overview of consulting services offered by Si Consulting Group in areas such as quality engineering, new product development, supplier management, and compliance. Key services include quality management system implementation, new product introduction project management, product qualification, failure analysis, and audits. The consultants have extensive experience in semiconductor and electronics industries, with backgrounds in quality engineering, manufacturing, and process development.
The document discusses various advances in technology for cleaning and restoration, including:
1) Artificial intelligence is transforming the insurance industry to enhance customer experience through personalized services and faster claims handling. Insurers are increasingly investing in AI.
2) The restoration industry has embraced new technologies like nanotechnology, improved water extraction equipment, concentrated air movers, and dehumidifier innovations to improve efficiency and drying rates.
3) Modern documentation technologies like drones, thermal imaging, GPS, cloud storage, and mobile devices are enhancing inspection, mapping, monitoring, and reporting capabilities.
Time is of the Essence: Creating a New Synergy Between Single-Use Adopters an...Merck Life Sciences
Biopharmaceutical companies race to achieve milestones, advance promising molecules, improve productivity and reduce costs. In addition to perfecting the biology, companies must grapple with challenges such as standardization of process technology, supply security and process economics, especially in light of the burgeoning interest and adoption of single-use systems. Efficient implementation of single-use systems is more than incorporating disposable components into the process. It requires a new approach by suppliers of these systems to nimbly and effectively address such challenges.
This session will highlight best practices for creating a new synergy between biopharmaceutical companies and single-use suppliers to strike the right balance of design flexibility, supply predictability and reliable lead times necessary to beat the clock. A case study describing a more efficient and practical “bottoms-up” approach to configuring and delivering single-use assemblies will be presented.
In this webinar, you will learn:
- How to choose single-use assemblies that are best suited for your process
- Risk reduction strategies that incorporate stock or specialized single-use assemblies vs. custom solutions
- Best practices to strike the right balance of design flexibility and supply predictability
Todd B. Colin is an analytical chemist and research scientist with over 17 years of experience in diverse technologies including gas analysis, mass spectrometry, spectroscopy, and environmental monitoring. He has worked as a consultant, applications specialist, field service specialist, research associate and senior chemist. Colin has extensive experience developing and implementing new process measurement systems using analytical techniques like mass spectrometry and developing applications to solve customer problems and enhance product offerings. He has authored several publications in the field of process analysis and holds a Ph.D. in Analytical Chemistry from the University of Iowa.
Sunil David Presentation on Traceability-automation expo 22.pptxMoienMuzaffarBhat
The document discusses the importance of track and trace solutions in manufacturing. It provides examples of large product recalls that resulted in significant costs for automakers. The document outlines different layers of traceability use cases and how a combination of technologies can enable end-to-end traceability. Case studies of implementation at Asian Paints and JK Tyres show benefits like quality improvement, energy optimization, productivity gains and full product traceability. The role of 5G networks in enabling smart factories with low latency applications is also covered.
Time is of the Essence: Creating a New Synergy Between Single-Use Adopters an...MilliporeSigma
Biopharmaceutical companies race to achieve milestones, advance promising molecules, improve productivity and reduce costs. In addition to perfecting the biology, companies must grapple with challenges such as standardization of process technology, supply security and process economics, especially in light of the burgeoning interest and adoption of single-use systems. Efficient implementation of single-use systems is more than incorporating disposable components into the process. It requires a new approach by suppliers of these systems to nimbly and effectively address such challenges.
This session will highlight best practices for creating a new synergy between biopharmaceutical companies and single-use suppliers to strike the right balance of design flexibility, supply predictability and reliable lead times necessary to beat the clock. A case study describing a more efficient and practical “bottoms-up” approach to configuring and delivering single-use assemblies will be presented.
In this webinar, you will learn:
- How to choose single-use assemblies that are best suited for your process
- Risk reduction strategies that incorporate stock or specialized single-use assemblies vs. custom solutions
- Best practices to strike the right balance of design flexibility and supply predictability
The document discusses the interrelation between product/service design and process design. It makes three key points:
1. Product/service design and process design are interrelated - decisions in one area impact the other. Process design can constrain product design and vice versa.
2. Early decisions in design commit an organization to later costs. Relatively early design decisions determine costs that will be incurred later in production.
3. Process selection depends on considerations like the product-process grid, degree of vertical integration, flexibility of resources, and capital-labor mix. The type of product selected defines the type of production process required.
How To Achieve Customer Satisfaction through Quality ManagementKumarsamyraja K R
The document discusses how companies can achieve customer satisfaction through quality management. It states that the best companies spend 60% more on defect prevention. It also notes that 91% of senior management view quality strategy as a top priority. The document promotes establishing a closed-loop quality management system with a single quality backbone to consolidate quality data across engineering, manufacturing, and service. This allows companies to reduce the time from failure to fix, prevent future issues, and improve products based on customer and operational feedback.
This document provides information about an upcoming conference on electronic GMP systems. The conference will take place from March 18-20, 2015 in Prague, Czech Republic and will focus on the specification, implementation, and validation of electronic GMP systems. It will provide learning objectives on identifying the best systems, managing costs and risks, efficient implementation, and achieving promised benefits in a compliant manner. Experts will present on topics like new regulatory guidance, user requirements, project management, and ensuring data integrity. Attendees will participate in workshops to practice applying the concepts to real-world examples.
This document provides an overview of Six Sigma and its application to software development. It discusses key Six Sigma concepts like DMAIC (Define, Measure, Analyze, Improve, Control), tools used in each phase, and how they can help improve processes and reduce defects in software development. It also covers process maturity models, different types of waste specific to software development, and how Six Sigma principles of data-driven problem solving can help organizations deliver higher quality software and improve customer satisfaction.
This document discusses product design and process selection. It begins by defining product design as determining the characteristics of a company's products, such as appearance, materials and performance standards. Reasons for redesign include market changes, costs and regulations. The main objectives of design are customer satisfaction and functional requirements. The product design process involves idea generation, screening, preliminary and final design. Issues in design addressed include concurrent engineering, standardization, mass customization, and environmentally friendly design. The document then defines process as activities that transform inputs into more valuable outputs. Process selection considers type of process, integration, flexibility and resources. Process types range from intermittent to continuous production.
Quality Function Deployment in Construction IndustryAmit Kumar
Emphasizing on ‘Voice of customer’ is the key of QFD rather than “we know best what the customer wants”. QFD as a strategic tool to increase client satisfaction with a step-by-step implementation of the methodology to a Sewage treatment works and depicts its limitation in construction industry.
The document discusses several topics related to product and service development, including:
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The document discusses various aspects of product and service design. It covers trends in design such as increased emphasis on customer satisfaction and environmental concerns. It describes the design process from idea generation to testing prototypes. Key aspects discussed include quality function deployment to understand customer needs, concurrent engineering, and designing for manufacturability. The document also compares differences between designing tangible products versus intangible services.
This document discusses how smart manufacturing and artificial intelligence of things (AIoT) can help drive digital transformation. It provides examples of how IoT solutions have helped various companies reduce costs and improve operations. It then discusses key concepts in smart manufacturing like the intelligent edge, cloud computing, and different waves of innovation with IoT, edge, and AI. The document outlines Microsoft's IoT portfolio and reference architecture for smart manufacturing. It also describes various Azure IoT capabilities and solutions like IoT Hub, IoT Edge, Time Series Insights, and preconfigured solutions for predictive maintenance, remote monitoring and connected factories. Finally, it discusses how machine learning can address supply chain optimization, predictive maintenance, anomaly detection, production scheduling and demand
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Product Design : WIRELESS FLOW METER WITH DATA LOGGER
1. Operation Management:
Product Design
PRESENTED BY:
Nur Syuhada Zakaria KBA14011
Siti Khadijah Abdul Halim KBA14020
Ateera Ahmad Dahalan KBB16011
Rami Abdullah Ba Hamid KBA14035
Date: 20th March 2016
WIRELESS FLOW METER
WITH DATA LOGGER
2. Qualem Resources (M) Sdn.
Bhd.
Environment, Quality, Health & Safety Consultant
Service
Consultation
Scheduled
Waste
Management
Product
Wireless Flow
Meter with
Data Logger
Wireless Flow
Meter with Data
Logger
3. Company Background
Problem Statement
Gap Identification
New Product Opportunities
Product Description
Conceptual Idea
Product Strategy
Product Life Cycle
Product Development System
House of Quality
Manufacturability and Value Engineering
Product Value
Future of the Product
Presentation Outline
4. Problem Statement
Client’s Objective:
To monitor effluent quality/condition/readings to
comply with the government’s environmental law
and regulations.
Environmental Quality (Sewage) Regulations
2009, item 10 (b).
6. Problem Statement
Current Solution:
1) Sampling Method
Client needs to send waste sample to the laboratory, or
Hire a third party to collect the waste sample and analyse the
quality in their laboratory.
Client will receive report in agreed time. (one month)
2) Wired Flow Meter
Cable from flow meter to power source from building
Use thumbdrive to get data from device and view data with
computer
7. Gap Identification
Sampling Method Wired Flowmeter
Time delay – up to 3
months
Not accurate reading –
vary due to external
factors (climate)
Client is not able to
monitor waste quality at
all times
High cost
Maintenance for cabling
Client is not able to
monitor waste quality at
all times
8. Gap Identification
‘We’ can develop…
A product with lower cost
A product that is able to read water quality
immediately (in real time)
A product that shows accurate reading
A product that can controlled by client
A product that is simple & can be operated by
one person
10. Product Description
• Product Name:
– Wireless Measurement Data Logger
• Function of Product:
– Monitor their effluent discharge condition
11. Benefit of Product:
Easy to operate (Plug & Play)
Data archiving (Data Logger capability)
Wireless system (No cable installation on site)
Can order for effluent parameters (pH, Temperature,
BOD, COD, TSS & Ammoniacal Nitrogen)
Cheaper than current system
Product Description
14. Product Strategy
Blue Ocean Strategy:
The creation by a company of a new
uncontested market space that makes
competitors irrelevant and that creates new
consumer value often while decreasing cost.
Product innovation
Wireless flow meter currently has NO
COMPETITOR
Expected to enter the market in May 2016
15. Product Life Cycle
INTRODUCTION
Sales
i. Focus on the
development of the
product from the
time it’s been
visualized until been
introduced to the
market
ii. Currently focusing
on the promotion
and marketing to
gain trust from the
customer
iii. Since it’s a new
product, there will be
a limited competition
16. Product Life Cycle
Introduction
Cost
Cost of development and production
i. The most costly stage of
the product life cycle
ii. Manufacturer need to
invest in marketing and
promotion to ensure this
product is a success
17. Product Life Cycle
Negative
cash flow
Introduction
Profit
Cash
flow
i. Negative profits with all
the costs of getting new
product to the market
ii. Expected for a profit in a
growth stage with lower
costs and increased in
sales
18. Introduction Stage
IDEA R&D PATENT
i. Building the demand for the product with the customer
ii. Establishing the product into the market
iii. Promoting this new product, making production cost effective,
and developing the right distribution to get the product to market
19. Product Development System
Scope of
product
development
team
Evaluation
Introduction
Test Market
Functional Specifications
Design Review
Product Specifications
Customer Requirements
Ability
Ideas
20. House of Quality
What the
Customer
Wants
Relationship
Matrix
Technical
Attributes and
Evaluation
How to Satisfy
Customer Wants
Interrelationships
Analysisof
Competitors
22. Manufacturability and Value
Engineering
Activities that help to improve a product’s design,
production, maintainability, and use .
They are the best cost-avoidance technique available to
operation management.
This technique reduced the price of our product almost
50% of the unwire less product.
23. Manufacturability and Value
Engineering
The benefits are:
1. Reduced complexity of products (easy to operate)
2. Additional standardization of products (real time
results)
3. Improved functional aspects of product (applying
extra tests as required)
4. Improved job design and job safety (wire less
technology)
5. Improved maintainability of the product (after sale
service)
24. Product Value (Legally &
Environmentally)
Approved registration from the MyIPO
Compile with government’s environmental law
and regulations.
View product design from a systems perspective
Use less harmful ingredients
Use lighter components
Use less energy
Use less material
25. The Future of Flow Meter with
Data Logger
Direct reporting to the legal authority, corporate,
division
‘Cloud’ sharing system
Odour integration system