The attached narrated power point presentation explains the various stages in a design process. The material will be useful to KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The document discusses various topics related to product design including different forms of design, importance of product design for static and dynamic products, design projects, requirements for a good design, concurrent engineering, and computer-aided techniques. It defines concurrent engineering as a systematic approach involving cross-functional teams to concurrently design products and processes considering the entire lifecycle. The document also outlines the benefits of concurrent engineering such as reduced time to market and costs.
2 development processes and organizationsmirhadizadeh
The document discusses various product development processes and organizational structures. It begins by outlining a generic 12-step concept development process that includes identifying customer needs, establishing specifications, generating and testing concepts, and planning downstream development. It then discusses generic product development stages from planning to production ramp-up. Several core development stages are listed including concept design, detailed design, testing and refinement. Different organizational structures like functional, project and matrix are described. Factors that influence organizational structure and variants of development processes for different types of products are also outlined.
The document discusses various methods for conducting market analysis for new product development. It focuses on four main areas: idea generation, product optimization, marketing mix optimization, and market prediction. For idea generation, methods like brainstorming, focus groups, and morphological analysis are presented. Product optimization discusses approaches like Quality Function Deployment (QFD) and conjoint analysis to design the product based on customer needs. Test marketing and concept testing are described as ways to introduce the new product to the market and predict its anticipated success. Case studies on pharmaceutical companies and automakers are provided as examples.
The document describes the product design process, which includes key steps like product planning, concept development, embodiment design, and detail design. It discusses product planning in depth, including why it is important to determine the right mix of projects and provide each project with a focused mission statement. The document also covers gathering customer needs, generating concepts, and evaluating concepts to arrive at the best design.
SEM5- NPD -Chapter2 development processesBTEC UTeM
The document discusses key aspects of product development processes and organizations. It addresses common product development activities, project milestones and review gates, standard development processes, and the roles of functional experts. It also covers defining well-structured development processes, coordinating cross-functional teams, and establishing organizational structures aligned with functions, projects, or both to facilitate product development.
The product development process involves bringing a new concept to market readiness through idea development, product screening, preliminary design and testing, and final design. Key aspects of this process include defining product and service offerings to support business strategy, considering a product's lifecycle stages, and using techniques like design for manufacture and concurrent engineering. The type of production process selected depends on factors such as the degree of standardization, automation, and customer contact required.
Engenesis is a product design and development company based in Bangalore, India that services the automotive, consumer, industrial, and healthcare industries. They offer elegant and pragmatic solutions across the entire product lifecycle from concept to manufacturing. Engenesis prides itself on protecting intellectual property rights and taking a collaborative approach to new product development through multidisciplinary teams.
This document discusses product design and process selection. It defines key terms like product, design, and process. It outlines important elements of product design like R&D, reverse engineering, manufacturability, and concurrent engineering. It also discusses factors that influence product design from the customer and organization perspectives. The document then covers types of process design like product focused, process focused, and repetitive focus systems. It discusses various layout types including product, process, fixed position, and cellular manufacturing layouts. Finally, it provides overviews of lean manufacturing and agile manufacturing systems.
The document discusses various topics related to product design including different forms of design, importance of product design for static and dynamic products, design projects, requirements for a good design, concurrent engineering, and computer-aided techniques. It defines concurrent engineering as a systematic approach involving cross-functional teams to concurrently design products and processes considering the entire lifecycle. The document also outlines the benefits of concurrent engineering such as reduced time to market and costs.
2 development processes and organizationsmirhadizadeh
The document discusses various product development processes and organizational structures. It begins by outlining a generic 12-step concept development process that includes identifying customer needs, establishing specifications, generating and testing concepts, and planning downstream development. It then discusses generic product development stages from planning to production ramp-up. Several core development stages are listed including concept design, detailed design, testing and refinement. Different organizational structures like functional, project and matrix are described. Factors that influence organizational structure and variants of development processes for different types of products are also outlined.
The document discusses various methods for conducting market analysis for new product development. It focuses on four main areas: idea generation, product optimization, marketing mix optimization, and market prediction. For idea generation, methods like brainstorming, focus groups, and morphological analysis are presented. Product optimization discusses approaches like Quality Function Deployment (QFD) and conjoint analysis to design the product based on customer needs. Test marketing and concept testing are described as ways to introduce the new product to the market and predict its anticipated success. Case studies on pharmaceutical companies and automakers are provided as examples.
The document describes the product design process, which includes key steps like product planning, concept development, embodiment design, and detail design. It discusses product planning in depth, including why it is important to determine the right mix of projects and provide each project with a focused mission statement. The document also covers gathering customer needs, generating concepts, and evaluating concepts to arrive at the best design.
SEM5- NPD -Chapter2 development processesBTEC UTeM
The document discusses key aspects of product development processes and organizations. It addresses common product development activities, project milestones and review gates, standard development processes, and the roles of functional experts. It also covers defining well-structured development processes, coordinating cross-functional teams, and establishing organizational structures aligned with functions, projects, or both to facilitate product development.
The product development process involves bringing a new concept to market readiness through idea development, product screening, preliminary design and testing, and final design. Key aspects of this process include defining product and service offerings to support business strategy, considering a product's lifecycle stages, and using techniques like design for manufacture and concurrent engineering. The type of production process selected depends on factors such as the degree of standardization, automation, and customer contact required.
Engenesis is a product design and development company based in Bangalore, India that services the automotive, consumer, industrial, and healthcare industries. They offer elegant and pragmatic solutions across the entire product lifecycle from concept to manufacturing. Engenesis prides itself on protecting intellectual property rights and taking a collaborative approach to new product development through multidisciplinary teams.
This document discusses product design and process selection. It defines key terms like product, design, and process. It outlines important elements of product design like R&D, reverse engineering, manufacturability, and concurrent engineering. It also discusses factors that influence product design from the customer and organization perspectives. The document then covers types of process design like product focused, process focused, and repetitive focus systems. It discusses various layout types including product, process, fixed position, and cellular manufacturing layouts. Finally, it provides overviews of lean manufacturing and agile manufacturing systems.
This document discusses strategies for product development. It notes that fibrous products can be divided into traditional fibrous products like apparel and function-focused fibrous products like protective fabrics. Product development strategies differ between these categories due to differences in technologies, applications, and customer perceptions. The document outlines key steps in product development including defining product requirements and performance characteristics, gathering information, evaluating product ideas, performing design analysis, prototyping, manufacturing, and marketing. It emphasizes that product development now requires integrating perspectives from engineering, manufacturing, and marketing.
The document discusses the basic design process which includes need identification, defining the problem, gathering customer requirements, generating alternative solutions, analysis and selection, detail design, prototyping, modeling, simulation, and testing. It covers topics such as developing a problem statement, conducting research to gather information, generating and evaluating design concepts, designing the product details through drawings and specifications, building prototypes for testing, and releasing the final design for production. The overall process aims to design a product that meets customer needs and can be successfully manufactured.
The Applications Engineer is responsible for identifying engineering solutions for customers and ensuring their proper implementation. Duties include determining design feasibility, conducting engineering studies, analyzing proposals/requirements, designing tools/fixtures, and assisting customers with design concepts. The position requires extensive travel initially to assist with transitioning manufacturing operations to a new facility. Qualifications include experience as a technical liaison, strong communication skills, and problem solving experience.
The document discusses various topics related to product and service design. It begins by outlining different strategies companies can use for product design such as standardization, mass customization, modular design, etc. It then discusses factors that influence design like cost, quality and time-to-market. Several trends in product design are mentioned like an increased focus on customer satisfaction and reduced time-to-market. The document also discusses concepts like the product lifecycle, robust design, concurrent engineering and computer-aided design. For service design, it outlines the service delivery system and product bundle as well as challenges and guidelines for successful service design.
The document outlines 10 key factors that influence product design: 1) customer requirements, 2) facilities for operators, 3) cost/price ratio, 4) product quality, 5) process capability, 6) material requirements, 7) work methods, 8) effects on existing products, 9) government standards, and 10) packaging. Product designers must consider user needs, ease of use, costs, quality, production processes, materials, innovation, compatibility with other products, regulations, and packaging design. The goal is to create a product that solves customer problems effectively at a reasonable cost.
This document discusses product design and development. It covers factors that inspire product design such as identifying gaps in demand, underutilized resources, and new product ideas. It also discusses marketing factors to consider like market potential and competition. Additionally, it outlines the stages of new product development including idea generation, concept development, market strategy development, feasibility studies, product design, testing, and commercialization. Finally, it discusses the product life cycle and how investment depends on what stage the product is in such as introduction, growth, maturity, or decline.
Product design is the process of creating new products to sell to customers. It involves efficiently generating and developing ideas through a process that leads to new products. Key steps in product design include idea generation, concept screening, competitive analysis, concept testing, in-depth analysis, prototype development, and commercialization. An example is the design process for the iPhone, which involved estimating manufacturing and operating costs, developing resistive and capacitive touchscreen technologies, and generating over $150 million in profits from initial sales despite $150 million in research and development costs.
The document outlines key aspects of the product design process including idea generation, feasibility studies, rapid prototyping, form and functional design, production design, design reviews, and design for quality and the environment. It discusses techniques like quality function deployment (QFD) which translates customer requirements into technical design characteristics to ensure an effective design process.
This document discusses product design and development. It defines key terms like product, product development process, and design process. It outlines the six phases of product development as well as different product types. The document then discusses the life cycle of a product from need identification through retirement. It explains that product form should reflect function and outlines fundamental design rules. The document also introduces concurrent engineering as an evolution from previous design approaches, emphasizing cross-functional teams to develop products. Finally, it discusses the composition of effective concurrent engineering design teams.
- Product design must consider fitness for purpose, choosing appropriate materials based on use, quantity produced, and target market. Designers must balance durability with planned obsolescence.
- Designers have a responsibility to consider safety, environmental and social impacts. This includes minimizing pollution from production to disposal, and creating products that positively impact users' well-being.
- Many factors influence design, including trends, regulations, and users' needs regarding age, ability, and culture. Designers aim to satisfy functions while stimulating users in a sustainable way.
The document outlines the design process, including idea generation, feasibility studies, rapid prototyping, and final design. It discusses learning from competitors through perceptual maps and benchmarking against the best products. The design process aims to match products to customer needs efficiently and minimize revisions. Idea generation considers customer research, technology, and other internal and external sources to design new products and improvements.
This document discusses product design and development. It outlines the key stages in a product's life cycle from introduction to growth, maturity, and decline. It also discusses the objectives and need for new product development, including satisfying customer needs, increasing profits, and competing with other products. The stages of the product development process are outlined as conception, acceptance, execution, translation, and preproduction. Factors that influence product design like economic considerations, product characteristics, marketing and production aspects are also summarized.
Product design is the process of defining a product's characteristics, including its appearance, materials, dimensions and performance standards. The product design process involves idea development, screening of ideas, preliminary design and testing, and final design. Break-even analysis is a tool used in product screening to determine the quantity of goods that must be sold to cover total costs. Factors like manufacturability, the product lifecycle, and concurrent engineering should be considered in product design.
The document discusses process selection, design, and analysis. It describes four main types of production processes: project shops which produce custom goods as needed; job shops which produce custom orders; batch shops which produce goods in batches to fill orders; and assembly lines which connect sequential production steps. The document then outlines the key phases of process design which include forecasting demand, product design, capacity planning, facility layout, and work design. It defines process analysis as documenting processes to understand how work is performed and identify opportunities for redesign, and describes the main steps as identifying opportunities, defining the scope, documenting the current process, evaluating performance, redesigning the process, and implementing changes.
Product:- Design, Objectives, Importance, Product Life Cycle.Sagar Ajagaonkar
This document discusses product design, its importance, characteristics, and lifecycle. It begins by asking where one would start when designing a product and whether the design process begins from the inside-out or outside-in. It notes that users experience products from the outside-in through the interface and physical form. The document emphasizes that both form and function must be considered in design. It then lists essential requirements for product design like function, reliability, aesthetics, and durability. Factors affecting design like customer requirements, production facilities, and cost are also discussed. Finally, the document outlines the stages of a product's lifecycle from introduction to growth, maturity, and decline.
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.
This document discusses product design processes and tools. It covers strategies for new product introduction, the new product development process, and the importance of cross-functional design. Key design tools discussed include Quality Function Deployment for capturing customer needs, Design for Manufacturing to enable producibility, Value Analysis for cost optimization, and Modular Design to increase commonality across product lines.
Product development is the process of taking a concept and making it into a product that can be brought to market. It involves taking an idea through research, design, prototyping, testing, refinement, and commercialization. The key stages of product development typically include:
1. Idea generation - Coming up with ideas for new products or improvements to existing products. This can come from customer feedback, market research, or within a company.
2. Concept development - Turning ideas into tangible product concepts through research, design, engineering, and prototyping.
3. Testing and refinement - Evaluating concepts through various tests, focus groups, surveys, and trials to refine and improve the product.
4. Commercialization -
Product design and value engineering (PDVE) Ch 1 introductionChirag Patel
This chapter discusses product design and value engineering. It introduces key concepts like concurrent engineering, quality function deployment, and design for X. It describes techniques for product development including failure mode and effects analysis and computation tools. These tools help optimize the design, manufacturing, and life cycle of the product. The chapter also covers characteristics of firms providing these services and challenges of product development.
Product process design & development water coolerhrishik26
Water cooler analysis using tools including Voice of customer, functional analysis, process maps, quality function deployment, Failure Mode effect & analysis, Customer value chain analysis, Kano matrix, NUD analysis, DFMA analysis, concurrent costing, pareto plots.
The document discusses product design engineering and reverse engineering. It defines products, triggers for new product development, and the product design process. The product design process involves concept development, feasibility studies including market research and product specifications, and consideration of user, manufacturer, and maintenance needs. It describes the stages of product development from concept to launch. Reverse engineering is defined as the process of analyzing and duplicating a product without documentation to understand its design and operation. Reasons for reverse engineering include updating old products or competing with former manufacturers. The reverse engineering process involves predicting function, observing, disassembling, analyzing subsystems, and documenting findings.
1. The document outlines the fundamentals of the engineering design process, including requirement analysis, system design, detailed design and testing, and documentation.
2. Requirement analysis involves understanding customer needs, assessing needs, writing a problem statement, and specifying design requirements. System design includes conceptualization, synthesis, and analysis to develop a solution.
3. Detailed design, system integration, and testing involves developing detailed designs for each system block, implementing, testing, and integrating the system to produce a prototype.
This document discusses strategies for product development. It notes that fibrous products can be divided into traditional fibrous products like apparel and function-focused fibrous products like protective fabrics. Product development strategies differ between these categories due to differences in technologies, applications, and customer perceptions. The document outlines key steps in product development including defining product requirements and performance characteristics, gathering information, evaluating product ideas, performing design analysis, prototyping, manufacturing, and marketing. It emphasizes that product development now requires integrating perspectives from engineering, manufacturing, and marketing.
The document discusses the basic design process which includes need identification, defining the problem, gathering customer requirements, generating alternative solutions, analysis and selection, detail design, prototyping, modeling, simulation, and testing. It covers topics such as developing a problem statement, conducting research to gather information, generating and evaluating design concepts, designing the product details through drawings and specifications, building prototypes for testing, and releasing the final design for production. The overall process aims to design a product that meets customer needs and can be successfully manufactured.
The Applications Engineer is responsible for identifying engineering solutions for customers and ensuring their proper implementation. Duties include determining design feasibility, conducting engineering studies, analyzing proposals/requirements, designing tools/fixtures, and assisting customers with design concepts. The position requires extensive travel initially to assist with transitioning manufacturing operations to a new facility. Qualifications include experience as a technical liaison, strong communication skills, and problem solving experience.
The document discusses various topics related to product and service design. It begins by outlining different strategies companies can use for product design such as standardization, mass customization, modular design, etc. It then discusses factors that influence design like cost, quality and time-to-market. Several trends in product design are mentioned like an increased focus on customer satisfaction and reduced time-to-market. The document also discusses concepts like the product lifecycle, robust design, concurrent engineering and computer-aided design. For service design, it outlines the service delivery system and product bundle as well as challenges and guidelines for successful service design.
The document outlines 10 key factors that influence product design: 1) customer requirements, 2) facilities for operators, 3) cost/price ratio, 4) product quality, 5) process capability, 6) material requirements, 7) work methods, 8) effects on existing products, 9) government standards, and 10) packaging. Product designers must consider user needs, ease of use, costs, quality, production processes, materials, innovation, compatibility with other products, regulations, and packaging design. The goal is to create a product that solves customer problems effectively at a reasonable cost.
This document discusses product design and development. It covers factors that inspire product design such as identifying gaps in demand, underutilized resources, and new product ideas. It also discusses marketing factors to consider like market potential and competition. Additionally, it outlines the stages of new product development including idea generation, concept development, market strategy development, feasibility studies, product design, testing, and commercialization. Finally, it discusses the product life cycle and how investment depends on what stage the product is in such as introduction, growth, maturity, or decline.
Product design is the process of creating new products to sell to customers. It involves efficiently generating and developing ideas through a process that leads to new products. Key steps in product design include idea generation, concept screening, competitive analysis, concept testing, in-depth analysis, prototype development, and commercialization. An example is the design process for the iPhone, which involved estimating manufacturing and operating costs, developing resistive and capacitive touchscreen technologies, and generating over $150 million in profits from initial sales despite $150 million in research and development costs.
The document outlines key aspects of the product design process including idea generation, feasibility studies, rapid prototyping, form and functional design, production design, design reviews, and design for quality and the environment. It discusses techniques like quality function deployment (QFD) which translates customer requirements into technical design characteristics to ensure an effective design process.
This document discusses product design and development. It defines key terms like product, product development process, and design process. It outlines the six phases of product development as well as different product types. The document then discusses the life cycle of a product from need identification through retirement. It explains that product form should reflect function and outlines fundamental design rules. The document also introduces concurrent engineering as an evolution from previous design approaches, emphasizing cross-functional teams to develop products. Finally, it discusses the composition of effective concurrent engineering design teams.
- Product design must consider fitness for purpose, choosing appropriate materials based on use, quantity produced, and target market. Designers must balance durability with planned obsolescence.
- Designers have a responsibility to consider safety, environmental and social impacts. This includes minimizing pollution from production to disposal, and creating products that positively impact users' well-being.
- Many factors influence design, including trends, regulations, and users' needs regarding age, ability, and culture. Designers aim to satisfy functions while stimulating users in a sustainable way.
The document outlines the design process, including idea generation, feasibility studies, rapid prototyping, and final design. It discusses learning from competitors through perceptual maps and benchmarking against the best products. The design process aims to match products to customer needs efficiently and minimize revisions. Idea generation considers customer research, technology, and other internal and external sources to design new products and improvements.
This document discusses product design and development. It outlines the key stages in a product's life cycle from introduction to growth, maturity, and decline. It also discusses the objectives and need for new product development, including satisfying customer needs, increasing profits, and competing with other products. The stages of the product development process are outlined as conception, acceptance, execution, translation, and preproduction. Factors that influence product design like economic considerations, product characteristics, marketing and production aspects are also summarized.
Product design is the process of defining a product's characteristics, including its appearance, materials, dimensions and performance standards. The product design process involves idea development, screening of ideas, preliminary design and testing, and final design. Break-even analysis is a tool used in product screening to determine the quantity of goods that must be sold to cover total costs. Factors like manufacturability, the product lifecycle, and concurrent engineering should be considered in product design.
The document discusses process selection, design, and analysis. It describes four main types of production processes: project shops which produce custom goods as needed; job shops which produce custom orders; batch shops which produce goods in batches to fill orders; and assembly lines which connect sequential production steps. The document then outlines the key phases of process design which include forecasting demand, product design, capacity planning, facility layout, and work design. It defines process analysis as documenting processes to understand how work is performed and identify opportunities for redesign, and describes the main steps as identifying opportunities, defining the scope, documenting the current process, evaluating performance, redesigning the process, and implementing changes.
Product:- Design, Objectives, Importance, Product Life Cycle.Sagar Ajagaonkar
This document discusses product design, its importance, characteristics, and lifecycle. It begins by asking where one would start when designing a product and whether the design process begins from the inside-out or outside-in. It notes that users experience products from the outside-in through the interface and physical form. The document emphasizes that both form and function must be considered in design. It then lists essential requirements for product design like function, reliability, aesthetics, and durability. Factors affecting design like customer requirements, production facilities, and cost are also discussed. Finally, the document outlines the stages of a product's lifecycle from introduction to growth, maturity, and decline.
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.
This document discusses product design processes and tools. It covers strategies for new product introduction, the new product development process, and the importance of cross-functional design. Key design tools discussed include Quality Function Deployment for capturing customer needs, Design for Manufacturing to enable producibility, Value Analysis for cost optimization, and Modular Design to increase commonality across product lines.
Product development is the process of taking a concept and making it into a product that can be brought to market. It involves taking an idea through research, design, prototyping, testing, refinement, and commercialization. The key stages of product development typically include:
1. Idea generation - Coming up with ideas for new products or improvements to existing products. This can come from customer feedback, market research, or within a company.
2. Concept development - Turning ideas into tangible product concepts through research, design, engineering, and prototyping.
3. Testing and refinement - Evaluating concepts through various tests, focus groups, surveys, and trials to refine and improve the product.
4. Commercialization -
Product design and value engineering (PDVE) Ch 1 introductionChirag Patel
This chapter discusses product design and value engineering. It introduces key concepts like concurrent engineering, quality function deployment, and design for X. It describes techniques for product development including failure mode and effects analysis and computation tools. These tools help optimize the design, manufacturing, and life cycle of the product. The chapter also covers characteristics of firms providing these services and challenges of product development.
Product process design & development water coolerhrishik26
Water cooler analysis using tools including Voice of customer, functional analysis, process maps, quality function deployment, Failure Mode effect & analysis, Customer value chain analysis, Kano matrix, NUD analysis, DFMA analysis, concurrent costing, pareto plots.
The document discusses product design engineering and reverse engineering. It defines products, triggers for new product development, and the product design process. The product design process involves concept development, feasibility studies including market research and product specifications, and consideration of user, manufacturer, and maintenance needs. It describes the stages of product development from concept to launch. Reverse engineering is defined as the process of analyzing and duplicating a product without documentation to understand its design and operation. Reasons for reverse engineering include updating old products or competing with former manufacturers. The reverse engineering process involves predicting function, observing, disassembling, analyzing subsystems, and documenting findings.
1. The document outlines the fundamentals of the engineering design process, including requirement analysis, system design, detailed design and testing, and documentation.
2. Requirement analysis involves understanding customer needs, assessing needs, writing a problem statement, and specifying design requirements. System design includes conceptualization, synthesis, and analysis to develop a solution.
3. Detailed design, system integration, and testing involves developing detailed designs for each system block, implementing, testing, and integrating the system to produce a prototype.
The key stages of the product development process are conceptual design, system-level design, detail design, testing and refinement, and production ramp-up. Success depends on the product's quality, cost, development costs, and time to market. Products can be static or dynamic depending on how often they change. Development can be market pull, driven by customer needs, or technology push, applying new technologies. Organizational structure, such as functional, project-based, or concurrent engineering teams, affects design and development effectiveness.
2.Basic Introduction of SDLC Phases and explanation of SDLC Models.pptTanuYadav844527
The document provides an overview of different phases in the software development life cycle including feasibility study, requirements analysis, design, implementation, testing, and maintenance. It describes key activities and goals of each phase. For example, the feasibility study determines if a product is financially worthwhile and technically feasible to develop, while requirements analysis aims to understand customer needs and document them in a software requirements specification. The document also discusses different development models like waterfall, iterative waterfall, prototyping, and evolutionary approaches.
2.Basic Introduction of SDLC Phases and explanation of SDLC Models (1).pptabhishekgoyal29250
The document provides an overview of different phases in the software development life cycle including feasibility study, requirements analysis, design, implementation, testing, and maintenance. It describes key activities and goals of each phase. For example, the feasibility study determines if a product is financially worthwhile and technically feasible to develop, while requirements analysis aims to understand customer needs and document them in a software requirements specification. The document also discusses different development models like waterfall, iterative waterfall, prototyping, and evolutionary approaches.
final no-2 U too brutus persentation[1].pptxssusera46859
The document discusses product design and process selection. It describes new product development which involves problem assessment, design specification, idea generation, screening ideas, and business analysis. The key steps of product design are concept design, detailed design, prototype production and testing, manufacturing, and commercialization. Process selection determines the type of production process. Process development involves process research, pilot development, capacity consideration, commercial plant transfer, and enhanced capacity optimization.
The document provides information about a course on design and engineering. It outlines the course objectives, which are to introduce students to fundamental design principles, the design process, and basic design tools. The course outcomes are for students to be able to explain design concepts and principles, apply design thinking, and develop innovative and sustainable designs. It then discusses various aspects of design such as what design is, engineering design principles, the differences between engineering design and other types of design. It also outlines the steps in the engineering design process.
sample no-1 U too brutus persentation.pptxssusera46859
1. Product design involves the end-to-end creation of goods to solve user problems and includes design for function, making, and selling. Product design can be for new products or modifying existing ones.
2. The key steps of product design are: assessing the problem in clear terms, listing design specifications and requirements, generating ideas from experts, evaluating and ranking the top ideas, and conducting a business analysis of estimated costs and revenues.
3. Process planning involves interpreting part designs, gathering product details, recommending design changes, selecting machinery and tooling, studying the effects of engineering changes, and deciding inspection equipment to meet quality standards.
The document discusses the design process and provides examples of design processes that involve identifying problems, brainstorming solutions, developing and testing prototypes, and refining the design. It outlines a 12-step design process used by Project Lead the Way that involves defining problems, researching solutions, developing and testing prototypes, and communicating results. Several design processes from different technical fields and publications are also presented and compared.
The document outlines the course objectives and content for a product design and development course. The course aims to provide basic concepts of product design, features, and architecture. It covers five units: introduction to integrated product and process development; concept generation and selection; product architecture; industrial design; and design for manufacturing and product development. Assessment involves students developing a physical prototype with a demonstrable market need, requiring fewer than 10 parts and no major technological breakthroughs, on a limited budget and using campus labs. Maintaining documentation is emphasized to support effective project planning and management.
Designing Products, Services and Processes.pptxSairaali51
The document discusses the process of product and service design. It begins by defining product and service design as deciding on unique characteristics to define a company's customer base, image, competition and growth. Products are tangible offerings while services are intangible. The design process then involves idea development, product screening, preliminary design and testing, and final design. Idea development looks at customer and market research while product screening evaluates operations, marketing and financial feasibility. Preliminary design has prototypes tested and refined before final specifications are set.
Introduction to Engineering Design ProcessLk Rigor
Mapúa Institute of Technology
Codes and Specifications
COE134/B2 Group 1
Source:
Haik, Y. and T. Shahin. (2011). "Engineering Design Process." Stamford: Cengage Learning.
This document provides an overview of product design, process development, and process selection. It discusses how product design defines product characteristics to satisfy customer needs. Process design seeks to effectively create products and services. The design of products and processes are interrelated and should be considered together. New product development involves progressively reducing design options through screening and testing. Process selection depends on factors like volume, variety, and operations. Project and jobbing processes handle low volumes and high variety, while batch, mass, and continuous processes are for higher volumes. The document outlines key aspects of product design, process development, and how they relate.
The document discusses software life cycle models and their importance in software development. It describes key phases in the software development life cycle like requirements analysis, design, coding, testing and maintenance. It also explains traditional models like waterfall model and their phases. The waterfall model divides the life cycle into sequential phases of feasibility study, requirements, design, coding, testing and maintenance. Adhering to a standardized life cycle model helps ensure a systematic and disciplined approach to software development.
Quality Function Deployment (QFD) Seminar PresentationOrange Slides
Quality Function Deployment (QFD) is a method to translate customer needs into technical requirements for new product development. It was developed in Japan in the 1970s and involves capturing customer needs, prioritizing them, benchmarking competitors, and setting target values. The process results in a comprehensive product specification. Key tools include affinity diagrams, relations diagrams, matrices, and the House of Quality which maps customer and technical requirements. QFD aims to design products that meet customer needs and satisfy them better than competitors.
Requirements engineering process in software engineeringPreeti Mishra
Requirement Engineering (RE) involves understanding what customers want through tasks like elicitation, negotiation, and specification. RE helps establish requirements that provide a solid foundation for design and construction. The key RE tasks are inception to understand the problem, elicitation by drawing out requirements, elaboration by creating analysis models, negotiation to agree on a realistic solution, specification to formally describe requirements, validation to check for errors or issues, and management of changing requirements. RE helps software engineers better understand problems to solve through participation with customers, managers, and end users.
The attached narrated power point presentation explores the electromagnetic spectrum classification, attempts to explain the need for modulation and process of analog modulation. The material will be useful for KTU first year students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
EST 130, Transistor Biasing and Amplification.CKSunith1
The attached narrated power point presentation explains the need for biasing in transistor amplifiers and the different biasing arrangements used in transistor circuits. The material will be useful for KTU first year B Tech students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
EST 200, Design Thinking in Automobile IndustryCKSunith1
The attached narrated power point presentation attempts a case study exploration of how automobile industry has benefited through the implementation of design thinking and innovation. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The attached narrated power point presentation explains the construction, working and applications of bipolar junction transistors. The material will benefit KTU first year B Tech students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
The attached narrated power point presentation reviews the construction, working and applications of shift registers built using D Flipflops. The material will be useful for KTU second year students who prepare for the subject CSL 202, Digital Laboratory.
The attached narrated power point presentation explains the construction, working and applications of PN Junction Diodes. The material will be useful for KTU first year students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
The attached narrated power point presentation explains the methods of oral and written communication which the design engineers use to communicate with the clients or the audience. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The attached narrated power point presentation reviews the construction, working and timing diagrams of ring and johnson counters as well as asynchronous and synchronous up, down, up/down and decade counters using popular flipflop ICs. The material will be useful for KTU B Tech second year students who prepare for the subject CSL 202, Digital Laboratory.
EST 200, Designing Triggers for Behavior ChangeCKSunith1
The attached narrated power point presentation mentions Shikakaeology,the Japanese method for behavioral change. The material will be useful for those who aspire to become design engineers.
EST 200, Communicating Designs GraphicallyCKSunith1
This document discusses various methods for engineers to communicate designs graphically, including sketches, drawings, and other representations. It covers sketching techniques like orthographic, axonometric, oblique, and perspective sketches. It also discusses design drawings, including layout drawings, detail drawings, and assembly drawings. Fabrication specifications and standards are important to unambiguously communicate a design to manufacturing. Overall, graphical communication is a critical skill for engineers to effectively convey their designs to others.
The attached narrated power point presentation mentions the different materials used for the construction of semiconductors. It offers structural and energy level explanation on the properties exhibited by the semiconductor materials. It also throws light on the structure and behaviour of a PN junction and use of PN junctions in active electronic components. The material will be useful for KTU first year students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
The attached narrated power point presentation explores the merits and limitations of team work in design thinking. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
EST 200, Design Thinking in a Work Place.CKSunith1
The attached narrated power point stresses the need for introducing design thinking practices in a work place. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The attached narrated power point presentation explains the construction and working of RS, D, JK, T and JK Master Slave Flipflops using Logic Gates. The material will be useful to KTU second year B Tech Computer Science and Engineering students who prepare for the subject CSL 202, Digital Laboratory.
EST 200, Convergent and Divergent ThinkingCKSunith1
The attached narrated power point presentation explores the various aspects and activities in divergent and convergent thinking and the necessity of divergent and convergent thinking in the design thinking process. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The attached narrated power point presentation explores the implementation and benefits of design thinking at a work place. A few case studies are also included. The material will be useful for KTU second year B Tech students who prepare for the subject EST 200, Design and Engineering.
The attached narrated power point presentation explains the principles process and frame work of design thinking. The material also mentions a few applications of design thinking. The material will be useful for KTU second year students who prepare for the subject EST 200, Design and Engineering.
This document provides an overview of active electronic components, including vacuum tubes, diodes, transistors, and integrated circuits. It describes the basic workings and applications of key components such as silicon and germanium diodes, zener diodes, bipolar junction transistors, field effect transistors, and integrated circuits. Common component identifiers and symbols are also explained.
The attached narrated power point presentation explains the working of multiplexers and demultiplexers and familiarises oneself with popular multiplexer, demultiplexer and decoder ICs. The material will be useful for KTU second year B Tech students in Computer Science and Engineering who prepare for the subject CSL 202, Digital Laboratory.
The attached narrated power point (with audio) presentation mentions the constructional features, different types of inductors, their ratings, methods for testing and precautions for handling. The material will be useful for KTU first year B Tech students who prepare for the subject EST 130, Part B, Basic Electronics Engineering.
EASY TUTORIAL OF HOW TO USE CAPCUT BY: FEBLESS HERNANEFebless Hernane
CapCut is an easy-to-use video editing app perfect for beginners. To start, download and open CapCut on your phone. Tap "New Project" and select the videos or photos you want to edit. You can trim clips by dragging the edges, add text by tapping "Text," and include music by selecting "Audio." Enhance your video with filters and effects from the "Effects" menu. When you're happy with your video, tap the export button to save and share it. CapCut makes video editing simple and fun for everyone!
ARENA - Young adults in the workplace (Knight Moves).pdfKnight Moves
Presentations of Bavo Raeymaekers (Project lead youth unemployment at the City of Antwerp), Suzan Martens (Service designer at Knight Moves) and Adriaan De Keersmaeker (Community manager at Talk to C)
during the 'Arena • Young adults in the workplace' conference hosted by Knight Moves.
Technoblade The Legacy of a Minecraft Legend.Techno Merch
Technoblade, born Alex on June 1, 1999, was a legendary Minecraft YouTuber known for his sharp wit and exceptional PvP skills. Starting his channel in 2013, he gained nearly 11 million subscribers. His private battle with metastatic sarcoma ended in June 2022, but his enduring legacy continues to inspire millions.
Fonts play a crucial role in both User Interface (UI) and User Experience (UX) design. They affect readability, accessibility, aesthetics, and overall user perception.
Explore the essential graphic design tools and software that can elevate your creative projects. Discover industry favorites and innovative solutions for stunning design results.
Practical eLearning Makeovers for EveryoneBianca Woods
Welcome to Practical eLearning Makeovers for Everyone. In this presentation, we’ll take a look at a bunch of easy-to-use visual design tips and tricks. And we’ll do this by using them to spruce up some eLearning screens that are in dire need of a new look.
Visual Style and Aesthetics: Basics of Visual Design
Visual Design for Enterprise Applications
Range of Visual Styles.
Mobile Interfaces:
Challenges and Opportunities of Mobile Design
Approach to Mobile Design
Patterns
Storytelling For The Web: Integrate Storytelling in your Design ProcessChiara Aliotta
In this slides I explain how I have used storytelling techniques to elevate websites and brands and create memorable user experiences. You can discover practical tips as I showcase the elements of good storytelling and its applied to some examples of diverse brands/projects..
Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
changes.
Organize and typically develop, and review building plans, ensuring that a project meets all safety and
environmental standards.
Prepare feasibility studies, construction contracts, and tender documents with specifications and
tender analyses.
Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
meets environmental, safety, structural, zoning, and aesthetic standards.
Monitoring the progress of a project to assess whether or not it is in compliance with building plans
and project deadlines.
Attention to detail, exceptional time management, and strong problem-solving and communication
skills are required for this role.
PDF SubmissionDigital Marketing Institute in NoidaPoojaSaini954651
https://www.safalta.com/online-digital-marketing/advance-digital-marketing-training-in-noidaTop Digital Marketing Institute in Noida: Boost Your Career Fast
[3:29 am, 30/05/2024] +91 83818 43552: Safalta Digital Marketing Institute in Noida also provides advanced classes for individuals seeking to develop their expertise and skills in this field. These classes, led by industry experts with vast experience, focus on specific aspects of digital marketing such as advanced SEO strategies, sophisticated content creation techniques, and data-driven analytics.
Maximize Your Content with Beautiful Assets : Content & Asset for Landing Page pmgdscunsri
Figma is a cloud-based design tool widely used by designers for prototyping, UI/UX design, and real-time collaboration. With features such as precision pen tools, grid system, and reusable components, Figma makes it easy for teams to work together on design projects. Its flexibility and accessibility make Figma a top choice in the digital age.
2. 2
Contents
• Design Process.
• Ways to Design.
• Design Process Map.
• Stages of the Design Process.
• Product Life Cycle.
3. 3
Design Process
• To design is to create a new product that
turns into profit and benefits society.
• Ability to design requires both science and
art.
• Art gained by practice and dedication to
become proficient.
• Science learned through a systematic
process, experience, and problem-solving.
4. 4
Design Process
“A sequence of events and a set of
guidelines that helps define a clear starting
point that takes the designer from
visualizing a product in his/her imagination
to realizing it in real life in a systematic
manner without hindering their creative
process”.
5. 5
Design Process
• Two ways to design.
• Evolutionary Change:
- Product allowed to evolve over a
period of time.
- Only slight improvement.
- Done if no competition.
- Limits creative capabilities of the
designer.
6. 6
Design Process
• Innovative Design:
- Emphasis on new products.
- Companies for their slice of market.
- Heavily draws on innovation.
- Creative skills and analytical ability.
- Future designs to base results on the
past.
7. 7
Design Process
• Proficient designers control evolution and
innovation so they occur simultaneously.
• Emphasis is on innovation.
• Designers to test their ideas against prior
design.
12. 12
Design Process
• Formalize the design process.
• Lean more towards addressing the
problem.
• Postpone the solution to the latter stages
than finding a solution early on and then
try to improve it.
• Design is iterative, require a series of
decisions to move the design along.
15. 15
Identifying Customer Needs
• Client Request :
- client submits a request for developing
an artifact.
- client may not express the need clearly.
- client may know only the type of product
he/she wants.
16. 16
Identifying Customer Needs
• Modified Design:
- modification of an existing artifact.
- simplicity and ease of use.
- easy to use products appeal to
customers.
17. 17
Identifying Customer Needs
• New Product:
- focus on profit for the company and
stockholders.
- every product preempted by another or
degenerates into profitless price
competition.
- New products have a characteristic
lifecycle pattern in sales volume and
profit margins.
18. 18
Identifying Customer Needs
• A product will peak out when it has
saturated the market and then begin to
decline.
• Industry to seek out and promote a flow of
new product ideas.
• Patent protection to new products.
19. 19
Market Analysis
• Locate what is already available in the
market and what they have to offer.
• Sources of information:
- Technical and trade journals.
- Abstracts.
- Research reports.
- Technical libraries.
- Catalog of component suppliers.
- Patent information.
- Online resources.
20. 20
Market Analysis
• Information gathered may reveal an
available design solution and the hardware
to accomplish the goal.
• Knowledge of existing products will save
the designer and client time and money.
• Creativity may be directed towards
generating alternatives.
21. 21
Defining Goals
• Define what must be done to resolve need(s).
• Needs should be expressed in functional
terms.
• Definition is a general statement of the
desired end product.
• Difficulties encountered in design may be
traced to poorly stated goals or hastily written
goals.
• Customer needs are not the same as product
specifications.
22. 22
Defining Goals
• Customers will offer solutions.
• Designers must determine the real needs,
define the problem, and act accordingly.
• Designer to clarify client’s design
requirements.
• Objective tree is a tool used by designers
to organize the customer’s wants into
categories.
25. 25
Product Concept –
Establishing Functions
• Recognizing the generality of the need
statement.
• Recognizing where the problem/need
stands in the whole system.
• Assess what actions the product should
perform during its lifetime and operation.
• Consider the level at which the designer is
asked to work.
• Identify functions instead of potential
solutions.
26. 26
Establishing Functions
• Remain solution neutral, no solution is
referred to at this stage.
• No fixation on a solution that the customer
provides unintentionally.
• Explore alternatives that can address the
needs and goals.
• Systematic design guides the designer to
a problem-focused design than a solution-
focused one.
27. 27
Product Concept –
Task Specifications
• Designer to list all pertinent data and
parameters that tend to control the design
and guide it towards the desired goal.
• Sets limits on the acceptable solutions.
• Not to be defined too narrowly- designer
will eliminate acceptable solutions.
• Not to be defined too broad or vague - will
leave the designer with no direction to
satisfy the design goal.
28. 28
Solution Concept –
Conceptualisation
• Starts with generating new ideas.
• Designer to review market analysis and
task specifications.
• Requires free-hand sketches for producing
a series of alternative solutions.
• Alternatives not to be worked out in detail
but recorded as possibilities to be tested.
• Alternatives to perform the functions to be
listed in an organized fashion.
29. 29
Solution Concept –
Evaluating Alternatives
• Decision to be made on which
alternative(s) to enter the next, most
expensive, stages of the design process.
• A scoring matrix forces a more penetrating
study of each alternative against specified
criteria.
30. 30
Embodiment Design
• Details not included yet - no dimensions
or tolerances, etc.
• A clear definition of a part, how it will look,
and how it interfaces with the rest of the
parts in the product assembly.
• Concept may remain the same, execution
and parts or the ‘embodiment’ of the
design can change.
31. 31
Analysis and Optimisation
• Synthesis phase of design completed
once a possible solution for the stated goal
chosen.
• Analysis phase begins – known as
detailed design.
• Solution to be tested against physical
laws.
• Manufacturability of the chosen product to
be checked to ensure usefulness.
32. 32
Analysis and Optimisation
• Iterative sequencing with the original
synthesis phase.
• Analysis requires a concept to be altered
or redefined then reanalyzed.
• Design is constantly shifted between
analysis and synthesis.
• Analysis includes estimation followed by
order of magnitude calculation.
33. 33
Analysis and Optimisation
• Estimation:
– educated guess based on experience.
• Order of magnitude analysis:
- a rough calculation of the specified
problem.
- not an exact solution.
- gives the order in which the solution
should be expected.
34. 34
Experiment
• Design on paper transformed to a physical
reality.
• Piece of hardware constructed and tested
to verify the concept and analysis of the
design as to its work ability, durability, and
performance characteristics.
• First to deal with the mock-up, then the
model, and finally the prototype when
entering the experimental stage.
35. 35
Experiment –
Techniques of Construction
• Mock Up:
- least expensive technique.
- provides the least amount of information.
- quick and relatively easy to build.
- constructed to scale from plastics, wood,
cardboard etc.
- to check clearance, assembly technique,
manufacturing considerations, and
appearance.
36. 36
Techniques of Construction
• Model:
- representation of a physical system
through a mathematical similitude.
- to predict behavior of the real system.
- four types of models : true model,
adequate model, distorted model,
dissimilar model.
37. 37
Models
• True model:
- exact geometric reproduction of the
real system.
- built to scale.
- satisfies all restrictions imposed in the
design parameters.
• Adequate model:
- to test specific characteristics of the
design.
38. 38
Models
• Distorted model:
- purposely violates one or more design
conditions.
- violation required when it is difficult to
satisfy the specified conditions.
39. 39
Models
• Dissimilar model:
- no apparent resemblance to the real
system.
- through appropriate analogies.
- accurate information on behavioral
characteristics.
40. 40
Techniques of Construction
• Prototype:
- an idea comes to life.
- constructed, full-scale working physical
system.
- most expensive experimental
technique.
- produces greatest amount of
information.
41. 41
Marketing
• Requires specific information that defines
the device, system, or process.
• Designer to put his/her thoughts regarding
the design on paper for the purpose of
communication with others.
• Communication involved in selling the
idea.
43. 43
Marketing Documents
• Report:
- detailed device description, how it
satisfies the need, how it works, detailed
assembly drawing, specifications for
construction, list of standard parts, cost
breakdown, and other information.
- ensures that the design is understood and
constructed as intended.