This document provides perspectives on innovation and competitiveness in the chemical industry from Dr. Otto C C Lin. It discusses how the key factors of production have evolved from capital and resources to include technology, innovation capabilities, and entrepreneurial spirit. Examples are given of how large chemical companies have changed or disappeared over time. Trends in manufacturing technologies and the evolution of the chemical engineering field are summarized. Finally, factors for success in new business models and competitive business innovations are outlined.
What enables improvements in cost and performance to occur?Jeffrey Funk
These slides discuss the design changes that enable improvements in cost and performance to occur. The main types of design changes that lead to improvements are: 1) reductions in scale (e.g., transistors and Moore's Law); 2) creation of new materials; 3) increases in scale (e.g., internal combustion engines, oil tankers, production equipment). Some technologies experience these improvements directly and some indirectly through the impact of components on higher-level systems.
GT Briefing March 2012 Technologies Reshaping Our WorldTracey Keys
The document discusses how emerging technologies will reshape the world in the coming decades. It covers technologies that will impact resources like energy and food, reshape production through advances like 3D printing and smart machines, and change daily life with connectivity and smart transportation. Some key impacts include more sustainable energy sources, customized manufacturing in the home, intelligent homes and devices, and new forms of transportation. While change will be difficult for some, emerging technologies will challenge existing systems and redefine value.
This Presentation is an abstract of discussion I had during my Session with Participants of a Webinar at Regional Center of IGNOU, Patna on Future Skills & Career Opportunities in POST COVID-19
Green Commputing - Paradigm Shift in Computing Technology, ICT & its Applicat...Dr. Sunil Kr. Pandey
I was invited as Key Note Speaker in a National Event organized at Gajadhar Bhagat College, Naugachia, (TM Bhagalpur University). I took session on "Paradigm Shift in Computing Technology, ICT & its Applications - Socioeconomic and Environmental Perspective". It was a wonderful learning experience to meet, interact and experience sharing with delegates, faculty and students there.
Presentation given at PrefabAus 2014. http://www.prefabaus.org.au/conference/
The material has been sourced from a number of researcher, including: Nico Adams, Robert Zlot, Paul Flick, Alberto Elfes, Laurent Lefort, Sarah King, Peter King, Peter Kambourios, Craig James, Leila Alem, Swee Mak.
This document contains multiple articles on the topic of sustainability. The main articles discuss implementing sustainable office furniture, top tips for energy efficiency in offices, sustainable telecommunications, carbon offsets, and green printing. There are also shorter articles on news, analysis, office design, a cover story on the rising costs of oil increasing interest in sustainability, and a bulletin section.
The UC California Institutes for Science and InnovationLarry Smarr
06.04.25
Invited Talk to
Seminar on Creating a Regional Innovation Cluster: From Discovery to Application
Title: The UC California Institutes for Science and Innovation
La Jolla, CA
For electronic developers, 2019 was another stellar year. In addition to ongoing challenges and successes in areas such as embedded systems, hardware chips-board systems and system-of-systems (like satellites), there were new materials, evolving design approaches and insights to be considered. Here are the best stories that covered these issues from the 2019 Design News arhives.
What enables improvements in cost and performance to occur?Jeffrey Funk
These slides discuss the design changes that enable improvements in cost and performance to occur. The main types of design changes that lead to improvements are: 1) reductions in scale (e.g., transistors and Moore's Law); 2) creation of new materials; 3) increases in scale (e.g., internal combustion engines, oil tankers, production equipment). Some technologies experience these improvements directly and some indirectly through the impact of components on higher-level systems.
GT Briefing March 2012 Technologies Reshaping Our WorldTracey Keys
The document discusses how emerging technologies will reshape the world in the coming decades. It covers technologies that will impact resources like energy and food, reshape production through advances like 3D printing and smart machines, and change daily life with connectivity and smart transportation. Some key impacts include more sustainable energy sources, customized manufacturing in the home, intelligent homes and devices, and new forms of transportation. While change will be difficult for some, emerging technologies will challenge existing systems and redefine value.
This Presentation is an abstract of discussion I had during my Session with Participants of a Webinar at Regional Center of IGNOU, Patna on Future Skills & Career Opportunities in POST COVID-19
Green Commputing - Paradigm Shift in Computing Technology, ICT & its Applicat...Dr. Sunil Kr. Pandey
I was invited as Key Note Speaker in a National Event organized at Gajadhar Bhagat College, Naugachia, (TM Bhagalpur University). I took session on "Paradigm Shift in Computing Technology, ICT & its Applications - Socioeconomic and Environmental Perspective". It was a wonderful learning experience to meet, interact and experience sharing with delegates, faculty and students there.
Presentation given at PrefabAus 2014. http://www.prefabaus.org.au/conference/
The material has been sourced from a number of researcher, including: Nico Adams, Robert Zlot, Paul Flick, Alberto Elfes, Laurent Lefort, Sarah King, Peter King, Peter Kambourios, Craig James, Leila Alem, Swee Mak.
This document contains multiple articles on the topic of sustainability. The main articles discuss implementing sustainable office furniture, top tips for energy efficiency in offices, sustainable telecommunications, carbon offsets, and green printing. There are also shorter articles on news, analysis, office design, a cover story on the rising costs of oil increasing interest in sustainability, and a bulletin section.
The UC California Institutes for Science and InnovationLarry Smarr
06.04.25
Invited Talk to
Seminar on Creating a Regional Innovation Cluster: From Discovery to Application
Title: The UC California Institutes for Science and Innovation
La Jolla, CA
For electronic developers, 2019 was another stellar year. In addition to ongoing challenges and successes in areas such as embedded systems, hardware chips-board systems and system-of-systems (like satellites), there were new materials, evolving design approaches and insights to be considered. Here are the best stories that covered these issues from the 2019 Design News arhives.
This document discusses soft power and innovation competitiveness. It begins by discussing concepts from Laozi and Confucius about having and not having, and the importance of soft power versus hard power. It then provides examples of how technology products combine soft and hard aspects. Trends in the technology industry and computer industry are examined. The document emphasizes how soft power, such as trust, ethics, culture and policies can influence competitiveness and sustainable business practices.
Intel faced challenges developing new photolithography technology and organized an industry consortium called EUV LLC to coordinate research efforts. However, problems emerged as the US government intervened and technical progress stalled. Intel was forced to extend existing technologies and push back EUV development timelines. Effective organization of R&D requires balancing internal and external efforts, exploration and exploitation, and value creation with value capture.
This document provides an overview of how information technology is driving transformation. It discusses how IT is a general purpose technology that impacts all aspects of the economy. As IT continues to get better, faster, and cheaper, it enables new business models, innovations, and drives productivity growth. The world is becoming an "information rainforest" as data and intelligence become ubiquitous, accessible from any device in real-time. While some challenges remain, IT opportunities will continue as adoption increases.
Disruptive innovation describes a process where a product or service begins in simple, inexpensive applications and then improves in quality and performance until it meets the needs of mainstream customers, displacing existing options. Dell Computer grew rapidly by focusing on direct sales and building computers upon receiving customer orders rather than maintaining large inventories, allowing it to outcompete other PC manufacturers. Dell's success demonstrates how streamlining operations and targeting customer needs directly can enable a company to scale quickly through disruptive innovation.
IBM Case Study - Tushar Vatsa (BITS Pilani - Dubai)Tushar Vatsa
IBM has had a long history with many ups and downs. Some keys to its recent success include embracing consulting and data analytics through acquisitions, heavily investing in R&D spending $50 billion with 30% allocated to long-term research, and having a large, skilled workforce. IBM's plans to solve world challenges through targeting issues like pollution may face risks as the solutions to large problems are difficult with uncertain timelines and technologies that could become outdated. IBM also decentralizes and spends heavily on R&D.
1. Founded in 1968, Intel Corporation began as a microprocessor company and later entered the DRAM business in the 1980s. However, Intel exited from DRAM production in the 1990s due to high costs and increasing competition from Japanese manufacturers.
2. Intel adapted to changes in the semiconductor industry and the rise of personal computers and the Internet. Under Andy Grove's leadership, Intel shifted its focus to microprocessors and worked closely with customers and suppliers.
3. Factors contributing to Intel's success included large investments in research and development, manufacturing technology, and developing relationships within the semiconductor industry cluster in Silicon Valley. Upgrading technology and gaining competitive advantages through proprietary standards also helped Intel sustain its leadership in microprocessors
10 Breakthrough Technologies 2013, MIT Technology ReviewPedro Moneo
The document discusses MIT Technology Review's annual list of the 10 most important technological milestones from previous years. It provides examples of technologies from past lists that have proven successful like microfluidics in 2001 and data mining in 2001. It also gives examples of technologies that have not yet proven successful like personal genomics in 2004 and nanocharging solar in 2007. The document aims to show the publication's track record of identifying technologies that will have major impacts, both positively and negatively.
This document provides an outline and overview of a lecture on industrialization and sustainability. It discusses key topics such as the necessity of industrialization, challenges for industry, critical issues like population growth and resource constraints, the sustainable industrialization process, and balancing technical progress with environmental sustainability. Global trends in industrialization are also examined, including the transformation to more innovative and localized production models.
Manufacturing Innovation Model | Has Patel | Lunch & Learn UCICove
This document summarizes a presentation about developing a manufacturing innovation model. It discusses balancing innovation and lean practices, leveraging government initiatives, and using a four-step process to create an innovation and technology plan. The presentation also covers transitioning emerging technologies into commercial products, conducting a maturity analysis, and integrating information technology with operational technology to implement innovations.
Analysis of applying TRIZ in and on a Large Scale System - SemiconductorsRichard Platt
An analysis of applying TRIZ towards a engineering system (semiconductor technology) and the necessary process factors and issues that were found and resolved as a part of the implementation of the TRIZ methodology at Intel, including a methodology for designing innovation methods into the design for manufacturability process
IDTechEx Research: Problems That Printed Electronics is SolvingIDTechEx
This document provides an overview of printed electronics and how it is addressing problems in various industries. It summarizes challenges in industries like retail, healthcare, wearables, vehicles, and consumer electronics related to costs, customization, form factors, and more. It then provides brief examples of how printed electronics is enabling thinner, flexible, and stretchable devices to help solve these issues through applications like sensors, displays, and energy storage. The document is an introduction to opportunities for printed electronics from IDTechEx, an emerging technology research firm.
This document provides an overview of Apple Inc. including its history, leadership, products, strategy, and industry environment. Some key points:
1. Apple started in 1977 and is now the largest US company, known for innovating products like the Mac, iPod, iPhone, and iPad.
2. Its mission is to define the future of mobile media and computing devices. Core values include innovation through research-driven strategy and an intentional lack of external disclosure.
3. Apple faces opportunities like growing demand for education and mobility technologies, but also threats like intense competition and increasing regulations.
Innovations in Academic-Industry Collaboration in Taiwan and Hong KongLin Haiqiu
The document discusses innovations in academic-industry collaboration in Taiwan and Hong Kong. It outlines the speaker's presentation on understanding the knowledge-based economy and national innovation systems. Examples of innovation centers are provided, including ITRI in Taiwan which focuses on various technologies. The importance of collaboration between universities, government, businesses and technology institutes is discussed for creating new wealth from knowledge.
1. Technology services are becoming cheaper and more accessible, while technology intensity across industries is increasing and enabling new business models.
2. As a result, technology maturity and capabilities are now essential for maintaining competitive advantage over time.
3. This means CIO priorities will need to shift towards developing long-term technology management capability roadmaps, tracking outcome metrics, and regularly assessing progress to ensure their organizations have an adaptive advantage.
Opening remarks from the IDTechExShow! in Berlin, April 2016. Learn more about this show that co-locates Printed Electronics Europe, Sensors Europe, Wearables Europe, Electric Vehicles: Everything is Changing Europe, Internet of Things Applications Europe, Energy Harvesting and Storage Europe, 3D Printing Europe, and Graphene Europe.
PANEL 3: Post-2020 Global Chemicals Supply Chains – What will be the drivers for market supply and demand and will chemicals product safety emerge a winner or loser? - Rafael Cayuela, Chief Economist, Dow, USA
Mano Manoharan GE - Nano-enabled Manufacturing EmTech
1) The document discusses GE's efforts in the area of nano-enabled manufacturing and nanotechnology.
2) GE has established a Nanotechnology Platform to develop new nano-materials and nano-engineered surfaces through its Global Research Centers.
3) The goal is to use nanotechnology to create a "step change" and enable new, high-impact products through approaches like superhydrophobic surfaces and nano-engineered metals and ceramics.
Evolution to Revolution - Why disruption of Status Quo is importantPulkit Bhatnagar
Strategy Paper on how Indian companies (and elsewhere) need to continuously disrupt their thinking processes and challenge the status quo, to ensure sustained growth, and keep their stakeholders happy.
This is a client presentation from 2006. The challenge was to find a publicly traded company whose products were based on novel materials, preferably nanotech, that was in the Alternative Energy space, preferably Solar. It was to be bought and held for 3 years, and there was no risk management (options) available. While the capital was patient, they really did want to see returns in 6 months.
This stock was selected in June 2006 at $9. As of today (10/22/09) it's $31.
The analysis I used began with understanding the available scientific scopes for nanotech solar materials, then performing both traditional financial and novel social analysis.
At the time, I found nothing undervalued -- particularly to the point it would be a 3 year buy-and-hold. I expanded the scientific realm to include all novel materials in the alternative energy field in order to find this home run.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
More Related Content
Similar to Perspectives on Innovation Competitiveness in Chemical Industry
This document discusses soft power and innovation competitiveness. It begins by discussing concepts from Laozi and Confucius about having and not having, and the importance of soft power versus hard power. It then provides examples of how technology products combine soft and hard aspects. Trends in the technology industry and computer industry are examined. The document emphasizes how soft power, such as trust, ethics, culture and policies can influence competitiveness and sustainable business practices.
Intel faced challenges developing new photolithography technology and organized an industry consortium called EUV LLC to coordinate research efforts. However, problems emerged as the US government intervened and technical progress stalled. Intel was forced to extend existing technologies and push back EUV development timelines. Effective organization of R&D requires balancing internal and external efforts, exploration and exploitation, and value creation with value capture.
This document provides an overview of how information technology is driving transformation. It discusses how IT is a general purpose technology that impacts all aspects of the economy. As IT continues to get better, faster, and cheaper, it enables new business models, innovations, and drives productivity growth. The world is becoming an "information rainforest" as data and intelligence become ubiquitous, accessible from any device in real-time. While some challenges remain, IT opportunities will continue as adoption increases.
Disruptive innovation describes a process where a product or service begins in simple, inexpensive applications and then improves in quality and performance until it meets the needs of mainstream customers, displacing existing options. Dell Computer grew rapidly by focusing on direct sales and building computers upon receiving customer orders rather than maintaining large inventories, allowing it to outcompete other PC manufacturers. Dell's success demonstrates how streamlining operations and targeting customer needs directly can enable a company to scale quickly through disruptive innovation.
IBM Case Study - Tushar Vatsa (BITS Pilani - Dubai)Tushar Vatsa
IBM has had a long history with many ups and downs. Some keys to its recent success include embracing consulting and data analytics through acquisitions, heavily investing in R&D spending $50 billion with 30% allocated to long-term research, and having a large, skilled workforce. IBM's plans to solve world challenges through targeting issues like pollution may face risks as the solutions to large problems are difficult with uncertain timelines and technologies that could become outdated. IBM also decentralizes and spends heavily on R&D.
1. Founded in 1968, Intel Corporation began as a microprocessor company and later entered the DRAM business in the 1980s. However, Intel exited from DRAM production in the 1990s due to high costs and increasing competition from Japanese manufacturers.
2. Intel adapted to changes in the semiconductor industry and the rise of personal computers and the Internet. Under Andy Grove's leadership, Intel shifted its focus to microprocessors and worked closely with customers and suppliers.
3. Factors contributing to Intel's success included large investments in research and development, manufacturing technology, and developing relationships within the semiconductor industry cluster in Silicon Valley. Upgrading technology and gaining competitive advantages through proprietary standards also helped Intel sustain its leadership in microprocessors
10 Breakthrough Technologies 2013, MIT Technology ReviewPedro Moneo
The document discusses MIT Technology Review's annual list of the 10 most important technological milestones from previous years. It provides examples of technologies from past lists that have proven successful like microfluidics in 2001 and data mining in 2001. It also gives examples of technologies that have not yet proven successful like personal genomics in 2004 and nanocharging solar in 2007. The document aims to show the publication's track record of identifying technologies that will have major impacts, both positively and negatively.
This document provides an outline and overview of a lecture on industrialization and sustainability. It discusses key topics such as the necessity of industrialization, challenges for industry, critical issues like population growth and resource constraints, the sustainable industrialization process, and balancing technical progress with environmental sustainability. Global trends in industrialization are also examined, including the transformation to more innovative and localized production models.
Manufacturing Innovation Model | Has Patel | Lunch & Learn UCICove
This document summarizes a presentation about developing a manufacturing innovation model. It discusses balancing innovation and lean practices, leveraging government initiatives, and using a four-step process to create an innovation and technology plan. The presentation also covers transitioning emerging technologies into commercial products, conducting a maturity analysis, and integrating information technology with operational technology to implement innovations.
Analysis of applying TRIZ in and on a Large Scale System - SemiconductorsRichard Platt
An analysis of applying TRIZ towards a engineering system (semiconductor technology) and the necessary process factors and issues that were found and resolved as a part of the implementation of the TRIZ methodology at Intel, including a methodology for designing innovation methods into the design for manufacturability process
IDTechEx Research: Problems That Printed Electronics is SolvingIDTechEx
This document provides an overview of printed electronics and how it is addressing problems in various industries. It summarizes challenges in industries like retail, healthcare, wearables, vehicles, and consumer electronics related to costs, customization, form factors, and more. It then provides brief examples of how printed electronics is enabling thinner, flexible, and stretchable devices to help solve these issues through applications like sensors, displays, and energy storage. The document is an introduction to opportunities for printed electronics from IDTechEx, an emerging technology research firm.
This document provides an overview of Apple Inc. including its history, leadership, products, strategy, and industry environment. Some key points:
1. Apple started in 1977 and is now the largest US company, known for innovating products like the Mac, iPod, iPhone, and iPad.
2. Its mission is to define the future of mobile media and computing devices. Core values include innovation through research-driven strategy and an intentional lack of external disclosure.
3. Apple faces opportunities like growing demand for education and mobility technologies, but also threats like intense competition and increasing regulations.
Innovations in Academic-Industry Collaboration in Taiwan and Hong KongLin Haiqiu
The document discusses innovations in academic-industry collaboration in Taiwan and Hong Kong. It outlines the speaker's presentation on understanding the knowledge-based economy and national innovation systems. Examples of innovation centers are provided, including ITRI in Taiwan which focuses on various technologies. The importance of collaboration between universities, government, businesses and technology institutes is discussed for creating new wealth from knowledge.
1. Technology services are becoming cheaper and more accessible, while technology intensity across industries is increasing and enabling new business models.
2. As a result, technology maturity and capabilities are now essential for maintaining competitive advantage over time.
3. This means CIO priorities will need to shift towards developing long-term technology management capability roadmaps, tracking outcome metrics, and regularly assessing progress to ensure their organizations have an adaptive advantage.
Opening remarks from the IDTechExShow! in Berlin, April 2016. Learn more about this show that co-locates Printed Electronics Europe, Sensors Europe, Wearables Europe, Electric Vehicles: Everything is Changing Europe, Internet of Things Applications Europe, Energy Harvesting and Storage Europe, 3D Printing Europe, and Graphene Europe.
PANEL 3: Post-2020 Global Chemicals Supply Chains – What will be the drivers for market supply and demand and will chemicals product safety emerge a winner or loser? - Rafael Cayuela, Chief Economist, Dow, USA
Mano Manoharan GE - Nano-enabled Manufacturing EmTech
1) The document discusses GE's efforts in the area of nano-enabled manufacturing and nanotechnology.
2) GE has established a Nanotechnology Platform to develop new nano-materials and nano-engineered surfaces through its Global Research Centers.
3) The goal is to use nanotechnology to create a "step change" and enable new, high-impact products through approaches like superhydrophobic surfaces and nano-engineered metals and ceramics.
Evolution to Revolution - Why disruption of Status Quo is importantPulkit Bhatnagar
Strategy Paper on how Indian companies (and elsewhere) need to continuously disrupt their thinking processes and challenge the status quo, to ensure sustained growth, and keep their stakeholders happy.
This is a client presentation from 2006. The challenge was to find a publicly traded company whose products were based on novel materials, preferably nanotech, that was in the Alternative Energy space, preferably Solar. It was to be bought and held for 3 years, and there was no risk management (options) available. While the capital was patient, they really did want to see returns in 6 months.
This stock was selected in June 2006 at $9. As of today (10/22/09) it's $31.
The analysis I used began with understanding the available scientific scopes for nanotech solar materials, then performing both traditional financial and novel social analysis.
At the time, I found nothing undervalued -- particularly to the point it would be a 3 year buy-and-hold. I expanded the scientific realm to include all novel materials in the alternative energy field in order to find this home run.
Similar to Perspectives on Innovation Competitiveness in Chemical Industry (20)
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This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
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Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
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Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
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Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
2. Whatever has happened to these business giants?
Dow Chemicals
Union Carbides
Kodak
American Cyanamid
Hercules
Monsanto
Mobi Oil
Exxon
Digital Equipment Corp
Sperry Univac
Wang Laboratory
……
etc, etc
4. 4
Rank 1978 1981 1991 2002
1 GM GM GM Ford
2 Ford Ford IBM GM
3 IBM IBM Ford Pfizer
4 AT&T Boeing AT&T IBM
5 GE GE Digital Eqpt. Microsoft
6 U. Tech U. Tech E. Kodak Intel
7 E. Kodak Du Pont HP Johnson & Johnson
8 Du Pont Exxon Boeing Motorola
9 ITT E. Kodak General Electric Cisco Systems
10 Chrysler Xerox Du Pont HP
11 Xerox AT&T Dow Merck
12 Exxon ITT U. Tech Pharmacia (Pfizer)
13 Boeing Dow Motorola Lucent
14 Dow Honeywell Bristol-Myers Squibb Bristol-Myers Squibb
15 3M HP Merck GE
16 Sperry Rand Sperry Johnson & Johnson Eli Lilly
17 Honeywell 3M Chrysler Wyeth
18 P & G Johnson & Johnson 3M Sun Microsystems
19 McDonnell Douglas Merck Xerox Delphi
20 Johnson & Johnson P & G P & G Boeing
U. Carbide (23) Exxon (23) Du Pont (25)
Top 20 R&D Expenditure of US Companies (Business Week)
2013
Toyota
Novartis
Roche
Pfizer
Microsoft
Intel
GM
Nokia
Volkswagon
Johnson &
Joshson
Sanofi-Aventis
Panasonic
Honda
GSK
IBM
Cisco
Daimler
AstraZeneca
Global
7. Most Innovative US Organizations-2013
1. Apple
2. Facebook
3. Google
4. Amazon
5. Sqaure
6. Twitter
7. Occupy Movement
8. Tencent
9. Life Technologies
10. Solar City
11. HBO
12. Southern New
Hampshire University
13. Tesla Motors
14. Patagonia
15. NFL
16. National Marrow
Donor Program
17. Greenbox
18. Jawbone
19. AirBNB
20. 72andSunny
21. Siemens AG
22. Dropbox
23. Kiva Systems
24. Starbucks
25. Genetech
20. Trend of Advanced Manufacturing
先進製造技術發展之趨勢
Engineering
Focus
Production
Requirement
Process
Focus
Quality
Business
Strategy
Numerical
Control
Stability
Automated
Machines
(NCs, CNCs, …)
TQM &SPC
Proprietary
Computer-aided
Design and
Manufacturing
Flexibility
Factory Automation
(DNC, CAD/CAM
FMS, CIM, QC, TPM)
Six-Sigma
Standard
Design,
Manufacturing
and Service
Agility
Business Automation
E- Mfg/ E-Enterprise
Life Cycle Optimization
Collaboration
1970 1990 2010
Reference: Prof. Jay Lee, U. Wisconsin, 2004
21. 1910 1930 1950 1970 1990 2010
Industrial
Chemistry
Unit
Operations
Transport
Phenomena
Computational
Science,
Simulations
Innovation Networks
Valueadded Evolution of Chemical Engineering 1900-2000
(Ref. O. C. C. Lin, 2004)
Molecular &
Surface
Sciences
Nano-, Bio-
Sciences
Basic Chemicals
Dyestuffs
Rayon, Bakelite
Nylon, Textiles
Polymers/Plastics: PVC, PE, PP
PS, ABS,PU, Epoxy, PTFE, Acrylics
Consumer Products Chemicals
Fine/Specialty Chemicals
Bioengineering Products
Coatings, films, additives
Electronic chemicals
G M Products
Pharmaceuticals
Pharmaceutical chemicals
Microelectronics
Penicillin, DDT
Fertilizers
Low
Carbon
Economy
Sustainable
Development
22. Chemical Industry Trends (O.C. C. Lin, 2004)
化學工業技術發展的趨勢
1960s 2000s
Material Homogeneous Composite, Structured
Processing Large scale, Continuous Small scale, Flexible
Resources Capital Intensive Information Intensive
Business
Strategy
Cost, Efficiency Quality, Value, Innovation
Business Scope National Global
Business
Content
Product Manufacturer Solution Provider
Driver
Technology
Microelectronics IT, BT, NT
Technology Base Intra-disciplinary Inter-disciplinary
Tech. Focus Macro-,Meso-, Scale Micro-, Nano-, Scalability
Social Concern Pollution Control Global Warming
23. Business Models of the Future
(Reference: H. Felcht, 2001)
• Traditional chemical conglomerates and diversified groups
restructure into four types of focused companies
Molecule Supplier
Problem Solver
Traditional
Conglomerates
Life
Sciences
Specialty
Chemicals
Fine
Chemicals
Commodities
24. Specialties have a low ratio of purchase cost savings to
associated substitution cost for the customer
Commodities
Specialties
Cost Savings
for Customers
if substitution product
is 1% cheaper
High
Low
Low High
Risk for Customers
of product substitution
Source:
U -H. Felcht, 2003
Specialties
• higher growth rates
• lower cyclicity
• higher margins
25. Development of Companies in the Chemical Industry
(Reference: H.Felcht, 2001)
Rhone
Poulenc Hoechst Sandoz
Ciba
Geigy ICI
Rhodia Celanese Clariant
Ciba
Special. ICIZeneca
Aventis Novartis Avecia
AstraAstra
Zeneca
Novartis Syngenta Astra
Zeneca
• Conglomerate
• Commodities
• Specialties
• Life Sciences
• Pharma
• Agro
(Based on: A. Riemann, CITplus 3 (2000) 6, 8-11)
28. Industrial Trend:
Profitability of Technology Giants (2013)
Company Type Revenue, USB Gross Margin
VMWare Software 5.2 86.0 %
Oracle Software 37.2 80.9 %
Microsoft Software 77.8 74.0 %
EMC Hardware 23.2 62.3 %
Cisco Hardware 48.6 60.6 %
Intel Hardware 52.7 59.8 %
Google Software 59.8 56.8 %
IBM Hardware 99.8 48.6 %
H-P Hardware 112.3 23.1 %
Source: Wall Street Journal, 2014-03-07
29. Cloud Computing: Product Innovations
Twitter
Dropbox
Facebook
Youtube Google Apps
Social
Outreach
Services Multiple
Small
Large
Simple
Source: ITRI Today, 2011
30. Chemical Engineering Business Management
o * Front End – Electronic commerce
o * Back End – Global supply chain management
o * Zero environment Impact: Reduce, Reuse, Recycle
o * Minimum inventory & warehousing
o * Maximum marketing & tech service
o * Globalization of market, technology and capital
o * Local strength for competitive advantage
o * Values for customer
o
Ref: Otto. C. C. Lin, “The Technology Innovation Quartet”, 2013
31. 42
Energy & Environment
Product Strategy & Planning VALUE
as
PERCEIVED
by Market
Materials Supply & Logistics
Research & Development
Manufacture
Marketing & Distribution
Sales & Customer Services
Accounting & Financial Planning
HumanResources
Management
Behind a Successful Business
(Source: O.C.C. Lin, 2009)
PriceCost
32. Success Factors in the New Business Models
Molecule Supplier
Problem Solver
Traditional
Conglomerates
Life
Sciences
Specialty
Chemicals
Fine
Chemicals
Commodities
• Process Tech
•Raw Materials
•Energy
•Supply Chain Mgmt
•Customer Orientation
•Technical
Capabilities
•R&D Competence
•Patents
•Business Plan
•Sales &
Distribution
•Know market needs
•Application
Technologies
•“Magic Ingredient”
Source: U-H Felcht, 2003
36. Otto C. C. Lin
The Technology Innovation
Quartet:
Secrets of Successful
Entrepreneurship
Commerce & Culture Press
Taipei, 2013
ISBN
978-986-5812-02-7