January 14, 2025

Total Quality Management (TQM) - Principles and Practices

Total quality management (TQM)

First introduced by Armand Feigenbaum in the 1950s and then developed and refined by others (including Crosby, Deming, Ishikawa and Juran), TQM became defined as:

An effective system for integrating the quality development, quality maintenance and quality improvement efforts of the various groups in an organisation so to enable production and service at the most economical levels which allows for full customer satisfaction.

(Feigenbaum, 1986: 96)

The TQM philosophy stresses the following points:

meeting the needs and expectations of customers;

covering all the parts of the organisation;

everyone in the organisation is included;

investigating all costs related to quality (internal and external);

getting things right by designing in quality;

developing systems and procedures that support quality improvements; and

developing a continuous process of improvement.

-------------------


 meeting the needs and expectations of customers;

Meeting expectations is difficult: as the quality level of products improves this, in turn, increases customer expectations. 


Innovation in the ways to achieve what the customer expects in the combination of product and service provided is one way to gain sustainable advantage over your competition.

 everyone in the organisation is included;

For a TQM approach to be successful, all the staff in all departments have to be 

involved. Quality is the responsibility of everyone and not some other manager or 

department. Quality and employee improvements are, therefore, inextricably linked 

and should be part of a continuous cycle. If a modest innovative and improvement 

cycle continues, by embedding the approach in the culture of the organisation, the 

long-term and total result may exceed that of a radical solution. The ‘knowledge’ of 

the organisation has thereby increased. No organisation has the ability to recruit 

and retain all the very best brains and operation managers need to recognise that 

they need to exploit the skills and enthusiasm of all their people. The impact of 

small, relatively easy to achieve, improvements can be very positive. Much of the 

improvement in the reliability of cars over the past 20 years has been attributed to a 

very large number of incremental improvements initiated by thousands of employees in all the car manufacturing companies and their suppliers.

TQM, with its continuous improvement, employee involvement and process ownership, has shown itself to be an effective policy in managing organisations, not least because of the enthusiastic implementation (team building).


Ref: Innovation Management by Paul Trott.




Core Principles of TQM (Another set)


Customer Focus: The customer reigns supreme. Organizations must consistently strive to understand and fulfill customer needs and expectations. This requires a commitment to listening to customers, gathering feedback, and using it to guide decision-making and improvement efforts.

Similar to  ●  meeting the needs and expectations of customers;

Leadership Involvement:  Leaders are responsible for setting the tone, vision, and direction for quality, fostering an environment conducive to employee participation, and driving the organization towards continuous improvement. Leadership commitment is the catalyst for a successful TQM implementation.

Total Employee Involvement: TQM recognizes that every employee has a role in achieving quality objectives. Empowering and equipping employees through training and development, encouraging participation in problem-solving, and fostering a culture of teamwork are essential. This principle transforms every employee into an advocate for quality.

Similar to  ●  everyone in the organisation is included;

Process-Centric Approach: By focusing on processes rather than outcomes alone.  Organizations must identify, document, and optimize critical processes to reduce variability, eliminate waste, and improve performance. This process-centric approach ensures that improvements are sustainable.  TQM emphasizes efficiency and effectiveness.

Similar to ●  getting things right by designing in quality [in the processes];  

Continuous Improvement:  “Kaizen,” continuous improvement is a relentless pursuit of perfection. TQM instills a mindset where processes are regularly evaluated and refined. This requires adopting methodologies like Six Sigma, Lean, and the PDCA (Plan-Do-Check-Act) cycle to systematically address inefficiencies.

Similar to  ●  developing systems and procedures that support quality improvements; and

 developing a continuous process of improvement.

Fact-Based Decision Making: In TQM, decisions are grounded in analysis rather than intuition. By leveraging tools such as statistical process control (SPC), organizations can make informed decisions, predict trends, and benchmark performance against objectives, ensuring that improvements are evidence-based.

Integrated Systems: TQM requires an organization-wide approach, where various functions and processes work in concert towards shared objectives. This necessitates the alignment of quality goals with business strategies and the integration of systems to ensure seamless communication and collaboration.

Similar to ●  covering all the parts of the organisation;

January 13, 2025

Innovation Mmanagement - Introduction - Paul Trott - Chapter Summary

 Chapter contents

The importance of innovation 4

The study of innovation 7

Two traditions of innovation studies: Europe and the USA 9

Recent and contemporary studies 10

The need to view innovation in an organisational context 11

Individuals in the innovation process 12

Problems of definition and vocabulary 12

Entrepreneurship 13

Design 13

Innovation and invention 15

Successful and unsuccessful innovations 16

Different types of innovation 17

Technology and science 18

Popular views of innovation 20

Models of innovation 21

Serendipity 21

Linear models 22

Simultaneous coupling model 23

Architectural innovation 24

Interactive model 24

Innovation life cycle and dominant designs 25

Open innovation and the need to share and exchange knowledge 

(network models) 26

Doing, using and interacting (DUI) mode of innovation 27

Discontinuous innovation – step changes 28

Innovation as a management process 30

A framework for the management of innovation 30

New skills 33

Innovation and new product development 34

Case study: Has the Apple innovation machine stalled? 35

Learning objectives

When you have completed this chapter you will be able to:

recognise the importance of innovation;

explain the meaning and nature of innovation management;

provide an introduction to a management approach to innovation;

appreciate the complex nature of the management of innovation within 

organisations;

describe the changing views of innovation over time;

recognise the role of key individuals within the process; and

recognise the need to view innovation as a management process.



Page 9

Each firm’s unique organisational architecture represents the way it has constructed itself over time. This comprises its internal design, including its functions and the relationships it has built up with suppliers, competitors, customers, etc. This framework recognises that these will have a considerable impact on a firm’s innovative performance. So, too, will the way it manages its individual functions and its employees or individuals. These are separately identified within the framework as being influential in the innovation process.

Page 10

Success in the future,  surely will lie in the ability to acquire and utilise knowledge and apply this to the development of new products. Uncovering how to do this remains one of today’s most pressing management problems.



Page 15

One of the more comprehensive definitions is offered by Myers and Marquis (1969):

Innovation is not a single action but a total process of interrelated sub processes. It is 

not just the conception of a new idea, nor the invention of a new device, nor the development of a new market. The process is all these things acting in an integrated fashion.


Innovation = theoretical conception + technical invention + commercial exploitation


Page 32

Scientific exploration - Technological Research - Product Creation - Market Transitions

All have interactions - Entrepreneur has to interact with all steps.


Science is connected to all the three steps. We focus on technology and product creation aspects more.

Technology has application in product and marketing.


Figure 1.9 The cyclic model of innovation with interconnected cycles

Source: Berkhout et al. (2010).


January 12, 2025

Innovation Management and New Product Development - Paul Trott - Book Information

 


INNOVATION MANAGEMENT AND NEW PRODUCT DEVELOPMENT


Paul Trott

https://www.pearson.com/en-gb/subject-catalog/p/innovation-management-and-new-product-development/P200000005632/9781292744957


Plan of the book



Part One Innovation management


Chapter 1 Innovation management: an introduction

Chapter 2 National systems of innovation and entrepreneurship

Chapter 3 Market adoption and technology diffusion

Chapter 4 Managing innovation within firms

Chapter 5 Operations and process innovation

Chapter 6 Managing intellectual property


Part Two Turning technology into business


Chapter 7 Managing organisational knowledge

Chapter 8 Strategic alliances and networks

Chapter 9 Management of research and development

Chapter 10 Managing R&D projects

Chapter 11 Open innovation and technology transfer


Part Three New product development


Chapter 12 Business models

Chapter 13 Product and brand strategy

Chapter 14 New product development

Chapter 15 New service innovation

Chapter 16 Market research and its influence on new product development

Chapter 17 Managing the new product development process


Conceptualizing, Promoting, Financing and Managing Startup - Protecting Intellectual Property

 

Support for Sustainability Startups

Idea to Implemented Venture including Finance Support

Wipro Ideas to Impact Challenge

https://ideastoimpact.co.in/


From Ideas to Impact

Alto University, Finland

https://www.aalto.fi/en/advancing-entrepreneurship-and-innovations/from-ideas-to-impact


From Idea to Impact: Survival Guide for Successful Products

May-Jun. 2024, pp. 20-25, vol. 41

https://www.computer.org/csdl/magazine/so/2024/03/10493183/1VTvdeMCF6o


-----------------

Protecting Intellectual Property



https://www.svb.com/startup-insights/startup-strategy/protecting-intellectual-property-startups/


https://www.startupdecisions.com.sg/blog/ip-protection-importance-for-startups


https://legacypartners.in/insights-and-research/intellectual-property-protection-guide-for-startups


https://www.novagraaf.com/en/insights/guide-intellectual-property-protection-startups


The Role of Intellectual Property Right in the Success of Startups

The Intellectual Property Rights is a crucial for any startups, it provide the essential protection for the innovation and the fostering the competitive edge.

https://articles.manupatra.com/article-details/The-Role-of-Intellectual-Property-Right-in-the-Success-and-Growth-of-Startups


https://www.wipro.com/blogs/sudipta-ghosh/relevance-of-intellectual-property-for-startups/


https://www.startupdecisions.com.sg/blog/ip-protection-importance-for-startups


Search  Protecting Intellectual Property for Competitive Startups


January 11, 2025

Total Innovation Management - Introduction

 Total Innovation Management Downloaded from www.worldscientific.com

 Re-use and distribution is strictly not permitted, except for Open Access articles.

Total Innovation Management

Theory and Practice

https://doi.org/10.1142/12118 | July 2023

Pages: 528

By (author): Qingrui Xu (Zhejiang University, China)

https://www.worldscientific.com/worldscibooks/10.1142/12118#t=toc





The Technological and  Competitive environments of the new century require enterprises to implement total innovation 



Since the 1990s,  a tide of new scientific and technological revolutions featuring the universal application of IT technologies and the Internet has led to a fundamental reform of the environment for survival and development, operating objectives and models of enterprises. In the networking environment, the information interaction capability has been greatly improved, thus enabling information to break through space-time limitations and providing enterprises with good material and technical support for the implementation of total innovation management (TIM). 

It is embodied in the following aspects: Information can be distributed and transferred among different regions, functional departments and positions, and all employees within an organization, thus providing employees involved in research, development, production, manufacturing and management with information and relevant knowledge necessary for implementing total innovation.


Information can  also be sufficiently shared with external suppliers, consumers, partners and competitors at a lower cost, thus technically supporting the innovation based on rapid and continuous integration of internal and external resources of an enterprise, even its global resources.  With economic globalization and the vigorous development of e-business and networking transactions, the boundaries of enterprises become increasingly blurred. 


To remain 

competitive in the market, enterprises have to respond to the overall 

demands of consumers faster than their competitors, alter the existing 

innovation management modes, realize the synergy effects between 

technology and non-technology elements, and fully mobilize employees 

from all departments such as production, manufacturing, marketing 

and services to innovate whenever and wherever possible. Only in such 

a manner can enterprises improve the efficiency of developing new 

products, continuously expand their market shares and obtain great 

profits.


 In the framework of total innovation management, total-round innovation is the content, total-involvement innovation is the subject, and total space-time innovation is the form of realization.


As Rui-Min Zhang said, “the world is my human 

resources department, and the world is my research and development department”. Each of Haier's 

research and development centers is required to rely on the local advantages to carry out their own 

innovation, committed to research and development of industry-leading products


The business mode in the Internet era requires zero distance from users. The  “end to 

end”  distance has to be zero.  One end refers to internal employees, while the other end is users. For this reason, Haier puts forward the transformation from “customer” to “user”, there is similarity 

between two words, but the meanings are very different. Customers may only have one transaction 

with the enterprise, who are just the consumers of the product terminal, while users will participate 

in the design and experience of the product, and they become the designers, producers and 

consumers of the product. Haier attaches great importance to user innovation and puts forward the 

concepts such as “user stickiness”, “user multiplier”, etc., hoping to promote the improvement of 

Haier's innovation capability with the help of the wisdom of users. Among them, Haier's 

COSMOPlat is an intelligent manufacturing system focusing on user innovation and user value,.

Source - Haier Innovation path, Qingrui xu


Application of Total Innovation Management to Leverage Innovation Capabilities of Chinese Small & Medium Sized Enterprises 


Final Technical Report Submitted to International Development Research Centre (IDRC) by Research Center for Innovation and Development (RCID) - 135 pages


Date of Submission: March, 2010 Grant No.: 104044-001 


RCID (ZJU) Research Team #1: XU Qingrui (Project Leader), SHOU Y.Y. (Project Coordinator), WANG L.H. (Project Secretary), ZHANG J., REN Z.Q., ZHANG S.P., CHEN F., JIN L., DING X., LOU Y.Y. RCS&T (ZJU) Research Team:  CHEN Jin (Senior Researcher), LI Qing, YU X.Z., LI W.F., ZHANG Z.Y., ZHANG Y.T. SSI (Fuzhou University, FJU) Research Team:  ZHU Bin (Senior Researcher), GAO Qun, YANG Z.R. etc. IEDept (ZJU) Research Team:  GUO Bin (Senior Researcher), SHOU Y.Y., GUO J.J., YIN H.B., WU L.B., SUN Y., WANG J. RCID (ZJU) Research Team #2: ZHAO X.Q., LIU Jingjiang, ZHENG Gang, CHEN L.T., WANG L., LI W. T. 

https://idl-bnc-idrc.dspacedirect.org/bitstreams/ab1d0d89-e595-42ae-b39e-9ee5c613484e/download

Managing Innovation Within Firms - Trott - Chapter Summary

 Chapter contents

Organisations and innovation 118

The dilemma of innovation management 118

Innovation dilemma in low technology sectors 119

Dynamic capabilities 120

Managing uncertainty 120

Pearson’s uncertainty map 121

Applying the uncertainty map in practice 123

Managing innovation projects 124

Organisational characteristics that facilitate the innovation process 126

Growth orientation 129

Organisational heritage and innovation experience 130

Vigilance and external links 130

Commitment to technology and R&D intensity 130

Acceptance of risks 131

Cross-functional cooperation and coordination within organisational structure 131

Receptivity 131

Space for creativity 131

Strategy towards innovation 132

Diverse range of skills 132

Industrial firms are different: a classification 133

Organisational structures and innovation 135

Formalisation 136

Complexity 136

Centralisation 137

Organisational size 137

The role of the individual in the innovation process 137

IT systems and their impact on innovation 138

Management tools for innovation 141

Innovation management tools and techniques 141

Applying the tools and guidelines 144

Innovation audit 144

Case study: Gore-Tex® and W.L. Gore & Associates: an innovative company 

and a contemporary culture 145

Learning objectives

When you have completed this chapter you will be able to:

identify the factors organisations have to manage to achieve success 

in innovation;

explain the dilemma facing all organisations concerning the need for 

creativity and stability;

recognise the difficulties of managing uncertainty;

identify the activities performed by key individuals in the management 

of innovation; and

recognise the relationship between the activities performed and the 

organisational environment in promoting innovation.


But we have already seen in the previous chapter that long-term economic growth is dependent on the ability of firms to make improvements to products and manufacturing processes.


. The most obvious way forward is to separate production from research and development (R&D) but, whilst this usually is done, there are many improvements and innovations that arise out of the operations of the firm, as will be seen in the next chapter. Indeed, the operations of the firm provide enormous scope for innovation.


The literature on dynamic capabilities seems to offer the most likely solution for 

firms. It has found that every firm has a zero-level or baseline set of routines, i.e., 

those that serve the purpose of producing and marketing the given products and 

services currently in the portfolio (how we earn a living now). 


Some firms have 

dynamic capabilities (producing new products, serving new customers and markets), i.e., those routines that relate to the innovation of products and services, to the innovation of the production process, or to the search and attraction of new customers, etc. – dynamic capabilities implement the change of old routines with new ones. Chapter 7 explores this issue further.


Organisational characteristics that facilitate the innovation process 126


Innovation  requires a variety of competencies at key stages in the innovation cycle. Each of 

these requires its own space and time but, along with specialised skills, comes the 

need for coordination and management.



Innovation Management Measurement Areas


Framework category                      Measurement area

Inputs                                            People, Physical and financial resources, Tools

Knowledge management              Idea generation, Knowledge repository, Information flows

Innovation strategy                       Strategic orientation, Strategic leadership

Organisation and culture              Culture, Structure

Portfolio management                  Risk/return balance, Optimisation tool use

Project management                    Project efficiency, Tools, Communications, Collaborations

Commercialisation                      Market research, Market testing, Marketing and sales

Source: Adams et al. (2006).





Innovation management tools and methodologies

Innovation management typologies                                         Methodologies and tools

Knowledge and technology management                Knowledge audits, Knowledge mapping,                                                                                                    Technology  road maps, Industry foresight panels                                                                                        Document management, IPR management

Market intelligence                                                Technology watch/technology search                                                                                                           Patents analysis, Business intelligence                                                                                                         Competitor analysis, Trend analysis. Focus groups                                                                                     Customer relationship management (CRM)

Cooperation and networking Groupware

Team-building

Supply chain management

Industrial clustering

Human resources management Teleworking

Corporate intranets

Online recruitment

e-Learning

Competence management

Interface management R&D – marketing interface management

Concurrent engineering

Creativity development Brainstorming

Lateral thinking

TRIZ*

Scamper method

Mind mapping

Process improvement Benchmarking

Workflow

Business process re-engineering

Just in time

Innovation project management Project management

Gannt charts

Project appraisal

Stage-gate processes

Project portfolio management

Design and product development CAD systems

Rapid prototyping

Usability approaches

Quality function deployment

Value analysis

NPD computer decision models

Business creation Business simulation

Business plan

Spin-off from research to market

.

Source: Hidalgo and Albors (2008) and Coombs et al. (1998


-----------------------------

Organisational characteristics that facilitate the innovation process


1 Growth orientation                     

2 Organisational heritage and innovation experience    

3 Vigilance and external links          

4 Commitment to technology and R&D intensity   

5 Acceptance of risks                   

6 Cross-functional cooperation and coordination within organisational structure   

7 Receptivity to External Innovations                          

8 Space for creativity                   

9 Strategy towards innovation          

10 Coordination of a diverse range of skills 


Organisational requirement                  Characterised by

1 Growth orientation                     A commitment to long-term growth rather than short-term profit

2 Organisational heritage and innovation experience    Widespread recognition of the value of innovation

3 Vigilance and external links          The ability of the organisation to be aware of its threats and opportunities

4 Commitment to technology and R&D intensity   The willingness to invest in the long-term development of technology

5 Acceptance of risks                   The willingness to include risky opportunities in a balanced portfolio

6 Cross-functional cooperation and coordination within organisational structure   Mutual respect amongst individuals and a willingness to work together across functions

7 Receptivity                           The ability to be aware of, to identify and to take effective advantage of, externally developed technology

8 Space for creativity                   An ability to manage the innovation dilemma and provide room for creativity

9 Strategy towards innovation           Strategic planning and selection of products, technologies and markets

10 Coordination of a diverse range of skills  Developing a marketable product requires combining a wide range of specialised knowledge


Interesting

a shift in focus and mindset from business optimisation to business creation.




Innovation Management - Research, Development, Design and Commercialization


What is innovation management?
Innovation management is the process of taking innovative ideas from their inception to implementation.

There are, generally, a few steps to innovation management:

Step one: topic ideation and generation
Arguably the most important stage — which we’ll get into a little more later — is turning a workspace into an innovation ecosystem. Any organization that encourages employees to think creatively, work on passion projects, and collaborate with coworkers is going to find they have a competitive advantage 

Steps 
one: Idea generation
two: recording and sharing 
three: innovation evaluation
four: organize and implement


Innovation Management - Wikipedia Article

Innovation management is a combination of the management of innovation processes, and change management. It refers to product, manufacturing, supply chain process,  business process, marketing and organizational innovation. Innovation management is the subject of ISO 56000 series standards being developed by ISO TC 279.




2017

May

HOW TO APPLY LEAN THINKING IN INNOVATION, PRODUCT AND SERVICE DEVELOPMENT
Matti Perttula

Lean production seeks to increase flow (not resource) efficiency by reducing waste. Flow efficiency is calculated by dividing added value time with total time. The usual situation is that companies focus on resource efficiency rather than flow efficiency of a certain project.

 Flow efficiency is  typically lower in R&D compared to production.


Dynamic Capabilities and Strategic Management: Organizing for Innovation and Growth


David J. Teece
OUP Oxford, 26 Mar 2009 - Business & Economics - 302 pages
How do firms compete? How do firms earn above normal returns? What's needed to sustain superior performance long term? An increasingly powerful answer to these fundamental questions of business strategy lies in the concept of dynamic capabilities. These are the skills, processes, routines, organizational structures, and disciplines that enable firms to build, employ, and orchestrate intangible assets relevant to satisfying customer needs, and which cannot be readily replicated by competitors. Enterprises with strong dynamic capabilities are intensely entrepreneurial. They not only adapt to business ecosystems; they also shape them through innovation, collaboration, learning, and involvement. David Teece was the pioneer of the dynamic capabilities perspective. It is grounded in 25 years of his research, teaching, and consultancy. His ideas have been influential in business strategy, management, and economics, and are relevant to innovation, technology management, and competition policy. Through his consultancy and advisory work he has also brought these ideas to bear in business and policy making around the world. This book is the clearest and most succinct statement of the core ideas of dynamic capabilities. Teece explains their genesis, application, and how they offer an alternative approach to much conventional strategic thinking grounded in simplistic and outdated understandings of industrial organizations and the foundations of competitive advantage. Accessibly written and presented, it will be an invaluable and stimulating tool for all those who want to understand this important contribution to strategic thinking, be they MBA students, academics, managers, or consultants.

Protection of intellectual property is mentioned in the first chapter itself.

Dynamic capabilities are capabilities to improve the current assets created by the existing capabilities.

Competition decreases the advantages of  the current assets. Dynamic capabilities increase the advantages of the firm's assets.  


Related LinkedIn profiles

Munish Sudan

Head, Intellectual Property & External Research Collaborations
TATA Steel


Creating something new is only half the battle. Without a strategy to capture and profit from your invention, it's essentially worthless. Ignoring intellectual property protection puts you at a significant disadvantage from the start. True victory lies not just in the invention itself, but in harvesting its rewards, capturing its value, and securing your rightful place in the innovative landscape.




Innovartion Management Evolution Map




Economics of Science and Technology
Jeffrey Parker, Reed College
Fall 2011
Interesting Readings on Innovation, Technology, Productivity etc.


Nathan Rosenberg
Stanford University | SU · Department of Economics
REsearch Gate Papers - Very important


Ud. 2.1.2025
Pub. 29.5.2017