HCL's Engineering and R&D Services division has over 35 years of experience providing product engineering services. It has helped over 300 customers launch thousands of products across 10 industries. The division utilizes expertise in areas like embedded systems, hardware design, mechanical engineering, software engineering, and quality assurance to offer full product lifecycle services from concept to maturity. It has delivery centers globally and partnerships with leading technology companies.
Aricent is the world’s leading engineering, services and software company. We specialize in inventing, developing and maintaining our clients’ most ambitious initiatives in the communications domain. Combining more than 20 years of communications expertise with a force of more than 10,000 dedicated software engineers, Aricent is the only company in the world that offers the scale, experience and proven technologies necessary to deliver for a growing list of global companies, bringing the next generation of breakthrough, connected products to market.
Based in San Francisco, frog, the global leader in innovation and design, is part of Aricent. The company’s key investors are Kohlberg Kravis Roberts & Co. and Sequoia Capital.
The document introduces Zinnov's Global Engineering Insights Platform (GEIP), a subscription-based platform that provides real-time insights into the global R&D customer landscape, engineering vendors, and startups. GEIP tracks information on top 500 R&D spenders, 150k+ startups, and 250+ engineering vendors. It offers a multidimensional view of the digital ecosystem and helps companies stay aware of emerging technologies, potential partnerships and acquisitions, best-in-class vendors, and their competitors' R&D priorities and workforce strategies.
Our Industry X.0 demonstrations at Hannover Messe 2019 will showcase a five-step journey showing how our IX0 framework enables the transformation of entire industries, brought to life by real industry examples. Learn more.
The attached presentation was given to the CMAA Fellows and looks at emerging trends affecting the enginering and construction industry. Three top trends are identified and include: - Capital Efficiency - Capital Certainty - Schedule Certainty Other trends are categorized and outlined and encompass: - Labor & Safety - Equipment - Materials - Construction Means & Methods - Business & Contracting - Legal Issues & Frameworks - Risks - Technologies - New Ideas - Continuing Challenges
Technology change & the rise of new industriesJeffrey Funk
Using an analysis of many existing and emerging industries, this book (to be published by Stanford University Press) shows how one can analyze the timing of new industry formation. It does this by analyzing the improvements in cost and performance that have enabled new technologies to become economically feasible.
Inspiration book 2020 - Factories of the Future - 12 use cases Geert Jacobs
As a manufacturing company, how can you arm yourself against future challenges? How do other
companies approach this and who is taking the lead in Belgium?
In this inspirational booklet, 12 manufacturing companies share their keys to success. Discover how and
where your company can also make the difference.
PTC and Bosch Software Innovations Announce Alliance to Deliver Industrial Io...PTC
ThingWorx and Bosch IoT Suite technology stack enables integration of smart, connected products with cross-sector enterprise processes
Stuttgart, November 17, 2015 - PTC® (NASDAQ:PTC) and Bosch Software Innovations today announced a technology alliance to facilitate the integration of the ThingWorx® Platform and the Bosch IoT Suite. The new Bosch IoT Suite M2M Connector for ThingWorx allows for technical interplay between the two platforms and is now available on the ThingWorx Marketplace. The technology stack enables IoT developers to connect and control heterogeneous devices and systems, cost-effectively and rapidly develop IoT applications for complex IT landscapes, and easily and quickly adjust IoT solutions to the specific needs of individual companies and sectors.
Aricent is the world’s leading engineering, services and software company. We specialize in inventing, developing and maintaining our clients’ most ambitious initiatives in the communications domain. Combining more than 20 years of communications expertise with a force of more than 10,000 dedicated software engineers, Aricent is the only company in the world that offers the scale, experience and proven technologies necessary to deliver for a growing list of global companies, bringing the next generation of breakthrough, connected products to market.
Based in San Francisco, frog, the global leader in innovation and design, is part of Aricent. The company’s key investors are Kohlberg Kravis Roberts & Co. and Sequoia Capital.
The document introduces Zinnov's Global Engineering Insights Platform (GEIP), a subscription-based platform that provides real-time insights into the global R&D customer landscape, engineering vendors, and startups. GEIP tracks information on top 500 R&D spenders, 150k+ startups, and 250+ engineering vendors. It offers a multidimensional view of the digital ecosystem and helps companies stay aware of emerging technologies, potential partnerships and acquisitions, best-in-class vendors, and their competitors' R&D priorities and workforce strategies.
Our Industry X.0 demonstrations at Hannover Messe 2019 will showcase a five-step journey showing how our IX0 framework enables the transformation of entire industries, brought to life by real industry examples. Learn more.
The attached presentation was given to the CMAA Fellows and looks at emerging trends affecting the enginering and construction industry. Three top trends are identified and include: - Capital Efficiency - Capital Certainty - Schedule Certainty Other trends are categorized and outlined and encompass: - Labor & Safety - Equipment - Materials - Construction Means & Methods - Business & Contracting - Legal Issues & Frameworks - Risks - Technologies - New Ideas - Continuing Challenges
Technology change & the rise of new industriesJeffrey Funk
Using an analysis of many existing and emerging industries, this book (to be published by Stanford University Press) shows how one can analyze the timing of new industry formation. It does this by analyzing the improvements in cost and performance that have enabled new technologies to become economically feasible.
Inspiration book 2020 - Factories of the Future - 12 use cases Geert Jacobs
As a manufacturing company, how can you arm yourself against future challenges? How do other
companies approach this and who is taking the lead in Belgium?
In this inspirational booklet, 12 manufacturing companies share their keys to success. Discover how and
where your company can also make the difference.
PTC and Bosch Software Innovations Announce Alliance to Deliver Industrial Io...PTC
ThingWorx and Bosch IoT Suite technology stack enables integration of smart, connected products with cross-sector enterprise processes
Stuttgart, November 17, 2015 - PTC® (NASDAQ:PTC) and Bosch Software Innovations today announced a technology alliance to facilitate the integration of the ThingWorx® Platform and the Bosch IoT Suite. The new Bosch IoT Suite M2M Connector for ThingWorx allows for technical interplay between the two platforms and is now available on the ThingWorx Marketplace. The technology stack enables IoT developers to connect and control heterogeneous devices and systems, cost-effectively and rapidly develop IoT applications for complex IT landscapes, and easily and quickly adjust IoT solutions to the specific needs of individual companies and sectors.
The Industrialist: Trends & Innovations - Sep 2021accenture
Schneider Electric and Wärtsilä created a sustainable power solution for remote lithium mines that reduces costs and emissions compared to diesel power. ABB acquired AMR maker ASTI Mobile Robotics to boost its robotics capabilities for industries moving from linear production. Sandvik acquired Cambrio to strengthen its design and planning automation division for clients increasing productivity. Epiroc bought Mining Tag to develop more intelligent mining solutions using their sensor technologies.
It’s not enough to embrace the new digital era. The
existential challenge for companies today is to become
digitally durable - to anticipate disruption and
transform processes and products to compete on
outcomes. Whether it’s understanding the profound
impact of self-driving cars on transportation or being
a part of the smart-energy revolution, simply closing
the digital gap is no longer sufficient.
Aricent’s research, detailed in Technology Vision
2016, shows that successful companies are pursuing
an R&D paradigm that allows them to compete
aggressively on outcomes.5 These companies have a
culture that anticipates disruption to create sustainable
value from Internet of Things. They are digitally
durable.
ITIF Senior Analyst Stephen Ezell presented on the future of advanced manufacturing at the AAAS annual conference. His presentation argued for the correct policies to support a robust advanced manufacturing climate in the United States.
Video is changing the way people consume content as 62% of consumers are willing to pay more for better home internet connections to watch video anytime. This places pressure on companies in the digital video industry to rapidly launch new products and services at an unpredictable scale while keeping costs low and meeting high customer expectations. Emerging technologies like cloud services, multiple content sources, and unmanaged IP networks are making the video ecosystem more complex and requiring excellent quality of service, coordination with partners, and continuous integration of business and IT services.
This document provides an overview and analysis of global engineering research and development (R&D) spending and services trends in 2015. Some key points:
- Total R&D spending by the global top 500 companies was $614 billion in 2015, with the highest spending sectors being automotive, semiconductor, software/internet, and electrical/consumer electronics.
- The addressable market for engineering R&D globalization and outsourcing services was $215 billion in 2015 and is estimated to grow to $265 billion by 2020, with software and embedded systems making up the majority.
- India and Western Europe capture the largest shares of the engineering R&D outsourcing market, at $12.3 billion and $
Direct INFO for Healthcare sector in Russiadirectinforu
This document provides an overview of Direct INFO, a Russian company that conducts market research in the healthcare sector. It describes Direct INFO's clients in medical equipment, pharmaceuticals, and consumables industries. It also outlines Direct INFO's information services including customized statistics, tender monitoring, medical data, and industry databases. The document discusses Direct INFO's methodology, which combines desk research of various sources with expert interviews and field research. It aims to establish strategic cooperation by highlighting Direct INFO's experience, staff qualifications, flexible methodologies, and goal of providing information support to clients.
The document discusses emerging technologies in the automotive industry and their potential impacts. It notes that while technologies like AI, cloud, and mobility solutions were once differentiating, they are now expected standards. The document introduces four newer technologies, called DARQ (Distributed Ledger, AI, Extended Reality, and Quantum Computing), that have the potential to power significant innovation and transformation over the next three years. It argues that automakers must adapt their technology strategies, operating models, and foundations to stay competitive in the emerging mobility landscape and take advantage of opportunities from new technologies.
Digital Transformation. Examples from Automotive IndustryBoost40
This document discusses digital transformation in the automotive industry through virtual engineering examples. It provides an overview of ESI Group, a provider of virtual prototyping solutions, and its value proposition of supporting digital transformation through a "hybrid twin" approach. This enables virtual testing of products from concept through in-service use to predict performance over the entire lifecycle. Examples discussed include using virtual manufacturing and a hybrid twin for cabin pre-conditioning optimization in electric vehicles. The document concludes that digital transformation driven by new technologies will be disruptive by enabling upfront predictive decisions for product performance over the entire lifecycle.
Confluence Keynote- Leading the change in a connected world - Pari NatarajanZinnov
The keynote at Confluence 2015 focussed on the acceleration of IOT, highlighted some of the threats faced by large companies on IOT, discussed some of the challenges faced by large companies to get ready for IOT innovations and elaborated on some best practices on how companies can adopt themselves to drive these innovations.
Dominique Cerutti : Leading the disruptions | Zinnov Confluence '16 MunichZinnov
Keynote delivered by Dominique Cerutti, CEO Altran
While the emergence of AI announces a new wave of breakthrough technologies and innovations which will shake up industries organizations and operations, Dominique Cerutti will explore in his speech the different strategic orientations that industry leaders must envisage to manage innovation in their organizations. How to drive and organize a variety of ER&D activities and focus on value adding areas? Which type of partners and engagement policies shall be set up to leverage on the new opportunities revealed by the disruptions ahead?
The document discusses the rise of digital connectivity and its impact on industries. It notes that digital disruption through technologies like sensors, devices, networks and data is changing how companies measure, communicate and use information. This allows new ways of running manufacturing plants that are connected, collaborative and context aware. The document advocates that companies integrate these new technologies into their operations to gain benefits like improved asset performance, lower maintenance costs and higher workforce productivity.
The document discusses several innovations in industrial products and services, including ABB joining a project to create zero-carbon dioxide emission mines using automation and electrification; Honeywell acquiring Sparta Systems to integrate quality management software with industrial IoT; and Cummins launching a connected truck engine to optimize fuel efficiency.
The document discusses four key trends facing manufacturers: 1) overcapacity in many industries following the economic crisis, 2) companies realizing they cannot return to pre-crisis normal and must permanently change processes, 3) the need for new operating models as old models are no longer viable, and 4) companies must grow through collaboration, redefine resource allocation, or risk going out of business. It also summarizes Cisco's Internet Business Solutions Group and their focus on helping manufacturing clients understand how information and communication technologies can help them adapt to these trends and improve business models.
To study the consumer behavior for purchasing mobile handsetsEnamul Islam
The document analyzes consumer purchasing behavior for Huawei smartphones through a survey of 100 students. Factor analysis was conducted on the survey responses, including calculating the KMO and Bartlett's Test, scree plot, communalities, and total variance explained. The analysis found that Huawei's performance is good with acceptable factor loadings. Key findings indicate that Huawei offers more benefits than competitors and effective advertising. Recommendations include increasing internal storage and lowering prices. In conclusion, Huawei's features and performance create a strong impact on consumers in the current technology-dependent world.
Technology-led innovation is releasing trapped value, disrupting every company and industry. Responding to the present is a requirement for survival. Leading in the new is the formula for success.
The next wave of #DigitalTransformation is here! Now’s the time to capitalize on these manufacturing trends and adopt tools that automate and improve your current processes.
If you are looking to digitize your manufacturing business, feel free to reach out to us! As a digital & data innovation partner, Rapidops, Inc. helps manufacturers unlock the opportunities to solve current problems and improve their supply chains.
El documento habla sobre el comercio, definido como un servicio que conecta los productos de los sectores primario y secundario. También distingue entre el comercio interior, el intercambio de productos dentro de un país, y el comercio exterior, el intercambio de productos entre países.
The Industrialist: Trends & Innovations - Sep 2021accenture
Schneider Electric and Wärtsilä created a sustainable power solution for remote lithium mines that reduces costs and emissions compared to diesel power. ABB acquired AMR maker ASTI Mobile Robotics to boost its robotics capabilities for industries moving from linear production. Sandvik acquired Cambrio to strengthen its design and planning automation division for clients increasing productivity. Epiroc bought Mining Tag to develop more intelligent mining solutions using their sensor technologies.
It’s not enough to embrace the new digital era. The
existential challenge for companies today is to become
digitally durable - to anticipate disruption and
transform processes and products to compete on
outcomes. Whether it’s understanding the profound
impact of self-driving cars on transportation or being
a part of the smart-energy revolution, simply closing
the digital gap is no longer sufficient.
Aricent’s research, detailed in Technology Vision
2016, shows that successful companies are pursuing
an R&D paradigm that allows them to compete
aggressively on outcomes.5 These companies have a
culture that anticipates disruption to create sustainable
value from Internet of Things. They are digitally
durable.
ITIF Senior Analyst Stephen Ezell presented on the future of advanced manufacturing at the AAAS annual conference. His presentation argued for the correct policies to support a robust advanced manufacturing climate in the United States.
Video is changing the way people consume content as 62% of consumers are willing to pay more for better home internet connections to watch video anytime. This places pressure on companies in the digital video industry to rapidly launch new products and services at an unpredictable scale while keeping costs low and meeting high customer expectations. Emerging technologies like cloud services, multiple content sources, and unmanaged IP networks are making the video ecosystem more complex and requiring excellent quality of service, coordination with partners, and continuous integration of business and IT services.
This document provides an overview and analysis of global engineering research and development (R&D) spending and services trends in 2015. Some key points:
- Total R&D spending by the global top 500 companies was $614 billion in 2015, with the highest spending sectors being automotive, semiconductor, software/internet, and electrical/consumer electronics.
- The addressable market for engineering R&D globalization and outsourcing services was $215 billion in 2015 and is estimated to grow to $265 billion by 2020, with software and embedded systems making up the majority.
- India and Western Europe capture the largest shares of the engineering R&D outsourcing market, at $12.3 billion and $
Direct INFO for Healthcare sector in Russiadirectinforu
This document provides an overview of Direct INFO, a Russian company that conducts market research in the healthcare sector. It describes Direct INFO's clients in medical equipment, pharmaceuticals, and consumables industries. It also outlines Direct INFO's information services including customized statistics, tender monitoring, medical data, and industry databases. The document discusses Direct INFO's methodology, which combines desk research of various sources with expert interviews and field research. It aims to establish strategic cooperation by highlighting Direct INFO's experience, staff qualifications, flexible methodologies, and goal of providing information support to clients.
The document discusses emerging technologies in the automotive industry and their potential impacts. It notes that while technologies like AI, cloud, and mobility solutions were once differentiating, they are now expected standards. The document introduces four newer technologies, called DARQ (Distributed Ledger, AI, Extended Reality, and Quantum Computing), that have the potential to power significant innovation and transformation over the next three years. It argues that automakers must adapt their technology strategies, operating models, and foundations to stay competitive in the emerging mobility landscape and take advantage of opportunities from new technologies.
Digital Transformation. Examples from Automotive IndustryBoost40
This document discusses digital transformation in the automotive industry through virtual engineering examples. It provides an overview of ESI Group, a provider of virtual prototyping solutions, and its value proposition of supporting digital transformation through a "hybrid twin" approach. This enables virtual testing of products from concept through in-service use to predict performance over the entire lifecycle. Examples discussed include using virtual manufacturing and a hybrid twin for cabin pre-conditioning optimization in electric vehicles. The document concludes that digital transformation driven by new technologies will be disruptive by enabling upfront predictive decisions for product performance over the entire lifecycle.
Confluence Keynote- Leading the change in a connected world - Pari NatarajanZinnov
The keynote at Confluence 2015 focussed on the acceleration of IOT, highlighted some of the threats faced by large companies on IOT, discussed some of the challenges faced by large companies to get ready for IOT innovations and elaborated on some best practices on how companies can adopt themselves to drive these innovations.
Dominique Cerutti : Leading the disruptions | Zinnov Confluence '16 MunichZinnov
Keynote delivered by Dominique Cerutti, CEO Altran
While the emergence of AI announces a new wave of breakthrough technologies and innovations which will shake up industries organizations and operations, Dominique Cerutti will explore in his speech the different strategic orientations that industry leaders must envisage to manage innovation in their organizations. How to drive and organize a variety of ER&D activities and focus on value adding areas? Which type of partners and engagement policies shall be set up to leverage on the new opportunities revealed by the disruptions ahead?
The document discusses the rise of digital connectivity and its impact on industries. It notes that digital disruption through technologies like sensors, devices, networks and data is changing how companies measure, communicate and use information. This allows new ways of running manufacturing plants that are connected, collaborative and context aware. The document advocates that companies integrate these new technologies into their operations to gain benefits like improved asset performance, lower maintenance costs and higher workforce productivity.
The document discusses several innovations in industrial products and services, including ABB joining a project to create zero-carbon dioxide emission mines using automation and electrification; Honeywell acquiring Sparta Systems to integrate quality management software with industrial IoT; and Cummins launching a connected truck engine to optimize fuel efficiency.
The document discusses four key trends facing manufacturers: 1) overcapacity in many industries following the economic crisis, 2) companies realizing they cannot return to pre-crisis normal and must permanently change processes, 3) the need for new operating models as old models are no longer viable, and 4) companies must grow through collaboration, redefine resource allocation, or risk going out of business. It also summarizes Cisco's Internet Business Solutions Group and their focus on helping manufacturing clients understand how information and communication technologies can help them adapt to these trends and improve business models.
To study the consumer behavior for purchasing mobile handsetsEnamul Islam
The document analyzes consumer purchasing behavior for Huawei smartphones through a survey of 100 students. Factor analysis was conducted on the survey responses, including calculating the KMO and Bartlett's Test, scree plot, communalities, and total variance explained. The analysis found that Huawei's performance is good with acceptable factor loadings. Key findings indicate that Huawei offers more benefits than competitors and effective advertising. Recommendations include increasing internal storage and lowering prices. In conclusion, Huawei's features and performance create a strong impact on consumers in the current technology-dependent world.
Technology-led innovation is releasing trapped value, disrupting every company and industry. Responding to the present is a requirement for survival. Leading in the new is the formula for success.
The next wave of #DigitalTransformation is here! Now’s the time to capitalize on these manufacturing trends and adopt tools that automate and improve your current processes.
If you are looking to digitize your manufacturing business, feel free to reach out to us! As a digital & data innovation partner, Rapidops, Inc. helps manufacturers unlock the opportunities to solve current problems and improve their supply chains.
El documento habla sobre el comercio, definido como un servicio que conecta los productos de los sectores primario y secundario. También distingue entre el comercio interior, el intercambio de productos dentro de un país, y el comercio exterior, el intercambio de productos entre países.
Este documento presenta un planificador de ambientes de aprendizaje mediados por TIC diseñado para promover una sana convivencia escolar. El planificador contiene secciones para diseñar los objetivos, actividades y evaluación de un ambiente de aprendizaje que enseñe a los estudiantes a resolver conflictos de manera pacífica. El plan propone actividades como la creación de videos, cuentos y carteles sobre temas como la tolerancia y el respeto, así como la conformación de un comité estudiantil para la resolución de conflictos.
Este documento presenta una discusión sobre las cinco unidades básicas de la ecología (nicho ecológico, hábitat, ecosistema, biodiversidad y biosfera) y cómo se relacionan. Explica que la biosfera contiene diversos ecosistemas que varían en tamaño y complejidad, los cuales proveen hábitats específicos donde las especies desempeñan roles particulares en las cadenas tróficas. También describe brevemente los ciclos biogeoquímicos del agua, oxígen
¿Y ahora qué? Másteres de interpretación (international version)Tei Murcia
Este documento resume diferentes opciones de másteres de interpretación en varios países de Europa y América del Norte. Detalla información sobre precios, requisitos, contenido y becas disponibles para programas en países como Bélgica, Alemania, Austria, Hungría, Reino Unido, Irlanda, Francia, España, Italia, Polonia, Canadá y Estados Unidos. Resalta que los mejores programas son los de los países de lengua inglesa, francesa y alemana debido a su calidad, prácticas y becas disponibles.
Los principios pedagógicos de la educación infantil incluyen el desarrollo del alumno, la globalización de los contenidos a partir de centros de interés, y la organización flexible del espacio y el tiempo teniendo en cuenta las necesidades de los niños. La enseñanza se basa en una pedagogía activa donde el profesor guía la actividad y el alumno es un elemento activo en su aprendizaje.
La informática jurídica se refiere al uso de la tecnología para procesar información legal y al derecho informático, el cual comprende las normas y relaciones jurídicas que surgen del desarrollo de la informática. La informática jurídica incluye la aplicación de la tecnología para gestionar información legal, documentos legales y procesos de toma de decisiones legales.
This document provides an overview of Catholic Social Teaching and how its principles can help build a better world. The key principles discussed are that every person has equal dignity and rights regardless of race or social status. It encourages treating all people, especially the poor and vulnerable, with compassion and ensuring their basic needs are met. Readers are prompted to consider who in their society is facing discrimination or lacking rights, and how they can make a difference through practicing the principles of Catholic Social Teaching.
This curriculum vitae is for Asif Rizvi, providing his personal and contact information, objectives, skills, education, experience, and responsibilities. He has a Bachelor's degree in Mechanical Engineering and over 7 years of experience in roles like Service Manager, Cellular Service, SME, O&M Manager, and currently Business Head. His skills include problem solving, communication, team management, knowledge of generators and power systems, and Microsoft Office programs.
El documento describe el procedimiento para realizar un reconocimiento de deuda a través de un contrato de compra-venta a crédito ante un notario en Venezuela. Primero, las partes acuerdan verbalmente la venta de un vehículo y el monto a pagar. Luego, obtienen una constancia de la inspección del vehículo y acuden con un notario, donde el comprador hace una declaración jurada sobre los fondos y se establecen las condiciones de pago. Finalmente, el notario certifica y entrega el documento público a las partes después
El documento describe la ubicación y características geográficas de El Salvador, así como evidencias del cambio climático que está experimentando el país como aumento de temperatura e impactos en la agricultura. Explica que el principal emisor de gases de efecto invernadero es el uso de combustibles fósiles, especialmente en el sector transporte en el Área Metropolitana de San Salvador. Finalmente, propone medidas de mitigación como uso de combustibles alternativos y mejoras al transporte público.
The document discusses the plant system and its main components. It describes how plants have root systems that absorb water and nutrients from the soil. Stems transport water and nutrients between the roots and leaves, and also provide structure and support. Leaves use photosynthesis to produce food for the plant by using energy from sunlight, carbon dioxide from the air, and water from the roots. Flowers produce seeds and fruits protect and disperse the seeds. Photosynthesis overall provides food for plants and oxygen for other living things.
HCL provides end-to-end engineering and R&D services for medical device companies, including concept design, prototype development, clinical testing, manufacturing automation, and IT services. They have experience across categories like cardiovascular, nephrology, and imaging devices. HCL helps reduce cost and time to market using their ISO and FDA compliant processes and centers of excellence in areas like industrial design, reliability engineering, and software development. Case studies demonstrate successes like facilitating a 30% faster product launch for a drug delivery system and generating innovation that increased safety coverage for a medical device.
Transforming the industry that transformed the worldaccenture
High Tech companies are facing several trends that are triggering a new industry paradigm, including the explosion of smart devices and edge computing applications, the shift to subscription-based business models, supply chain volatility, the need for cloud transformation, pressure to exploit industry convergence, and the growth of 5G-enabled solutions. To address these changes, High Tech leaders must focus on shifting to subscription-based models, accelerating industry convergence, reinventing their product portfolios, modernizing their enterprises, and building resilient supply chains.
Transforming the Industry That Transformed the Worldaccenture
The document discusses 8 trends transforming the high tech industry, including the shift to as-a-service models, supply chain volatility, accelerated cloud adoption, and the need to integrate AI/ML. It outlines 5 imperatives for high tech companies, such as adopting recurring revenue models and accelerating industry convergence. High tech leaders are focusing on revenue growth and see as-a-service and digital enablers like AI/ML and 5G as fuel for unlocking new opportunities.
Transforming the industry that transformed the worldaccenture
High Tech companies are undergoing a transformation driven by eight trends: the explosion of smart devices and edge computing; the shift to as-a-service business models; supply chain volatility; heightened geopolitical instability; the accelerated need for cloud transformation; pressure to exploit industry convergence; the push to integrate AI and ML; and growth in 5G-enabled solutions. To succeed in this new paradigm, High Tech firms must modernize their core operations and business models through technological evolution and operating model reinvention to transform their industries and meet evolving customer needs amid macro-level shifts.
The Internet of Things. Wharton Guest Lecture by Sandeep Kishore – Corporate ...HCL Technologies
Internet became mainstream around 20 years ago and the rapid pace of technology development we have seen over these years is fascinating. We are now looking at the biggest revolution ever, in the world of connectivity - Internet of Things (IoT). Everything we can think of around us - at home, work, in the car, or at a retail store -- will be interconnected, exchanging data and information, thus leading to an extremely intelligent network of things. It will lead to richer user experience, improved efficiencies and higher collaboration across the ecosystem. Exciting times await us...
The document discusses the need for legacy application transformation due to the large amount of legacy code and resources spent maintaining it. It notes that over 50% of IT resources will retire in the next decade and that legacy systems hamper business agility and customer experience. The document then summarizes CGI's legacy application transformation framework which takes a six phase approach to address challenges through business transformation, business process management and technology services tailored to each client's needs.
Engineering smart into the machines you buildTanuj Gidwani
Know about Wipro's Product Engineering Capabilities and how our ability to leverage new-age technologies such as IoT, Cloud, 3D printing, virtualization, and Artificial Intelligence (AI) has a deep impact on the way enterprises do business in an ever-changing world
- Product Engineering Services growth slowed compared to overall IT services growth, with European service providers growing faster than large Indian heritage providers.
- Overall R&D spending among top companies increased slightly, with automotive and healthcare expected to increase spending while telecom and energy may decrease spending. Industry consolidation continued through M&As.
- Over 50 new R&D centers were announced to be set up globally, mostly in Asia focused on ISV/computer peripherals. India remained the most preferred location for R&D globalization.
Internet of Industrial Things Presentation - Sophie Peachey - IoT Midlands Me...WMG, University of Warwick
Sophie Peachey, Director of Innovation & Insight at Axillium Research Ltd discusses a new funding opportunity through the Advanced Manufacturing Supply Chain Initiative in the area of the Internet of Things.
Ransforming the industry that transformed the worldmohamed elsyed
Transforming the industry that transformed the world. Eight trends are triggering a new industry paradigm for high tech, including the explosion of smart devices and edge computing applications, the shift to as-a-service business models, supply chain volatility, and the accelerated need for cloud transformation. Evolving customer needs and macro shifts are spurring the need for technological evolution and operating model reinvention in the high tech industry.
HCL Learning provides IT training and works to develop skilled professionals. It has over 130 training centers across India. The recruitment process at HCL Learning seeks candidates with strong communication skills, a positive attitude, and the ability to work as part of a team. HCL Learning's placement cell helps match students with recruiting companies on campus. The process involves students indicating preferences, companies delivering presentations, and interviews being arranged between eligible students and preferred companies. Companies seek candidates with both technical skills and soft skills like leadership and communication.
HCL is an Indian multinational focused on technology services and products. It has two main divisions: HCL Technologies, which provides IT services globally, and HCL Infosystems, which focuses on the Indian market. Some key points about HCL:
- It was founded in 1976 and pioneered computing in India, developing the country's first microcomputer.
- It now has over 62,000 employees serving clients in 26 countries.
- HCL has partnerships with major technology companies and pursues strategic acquisitions to grow.
- Through its business model and emphasis on employees, HCL aims to be a global leader in technology and a force for social good.
The document lists the top 10 VLSI companies in India. Some of the top companies include Texas Instruments, which develops analog and digital signal processing technologies; SiliconMentor, which strives to empower engineering students with VLSI and embedded systems knowledge; and Analog Devices, a global leader in analog design and manufacturing. Other top companies are Cypress Semiconductor, Broadcom Corporation, Cisco Systems, Horizon Semiconductors, Einfochips, HCL Technologies, and Trident Tech Labs.
The document discusses several key engineering trends expected in 2017, including increased demand for skills related to Industry 4.0, automation/robotics, additive manufacturing, and the Industrial Internet of Things. There will also be ongoing need for quality engineers and sustainability-focused roles. Modern project teams now involve collaboration with external consultants and contractors, reflecting a shift toward open innovation models. Engineering firms and companies are strengthening partnerships to help fill talent needs.
1. The document discusses AstraZeneca's IT strategy and transformation to a world-class IT function, including insourcing a large portion of its IT work.
2. AstraZeneca's IT transformation focused on improving customer service, simplifying processes, supporting business goals, and delivering projects faster while significantly reducing IT costs from $1.75 billion in 2013 to a projected $915 million in 2017.
3. Metrics show improvements in critical outages, incident response times, project delivery times, backups, and customer satisfaction as AstraZeneca's IT function shifted from being far from world class to exceeding industry benchmarks.
IoTWorld Presentation by Accenture at DLA Piper DinnerMark Radcliffe
The document discusses Accenture and the Industrial Internet of Things. It provides details about Accenture such as its size, clients, revenues, geographic presence, and services. It then defines the Industrial Internet of Things as the transformation of physical industries through connected products, systems, processes, people and services. It discusses examples of how the Industrial Internet of Things is being applied in connected energy, transportation, and health. It also outlines the benefits of the Industrial Internet of Things and factors that are enabling its growth.
Most Significant Trends Impacting Global Supply Chain and Manufacturing Teamsbobferrari823
Within the next five years, five converging mega-trends will impact global supply chain and manufacturing teams. This presentation reviews these trends and offers conclusions as to their impact.
SSBS is a leading IT consulting and outsourcing company in the Middle East that offers a full spectrum of hardware, software, cloud, and other IT solutions. It aims to deliver innovative, high-quality solutions through partnerships with major technology providers such as Lenovo, EMC, Microsoft, Google, and others. SSBS is committed to helping customers optimize their business processes through customized IT solutions.
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2. 1978
Ships in-house
designed
microcomputer
1980
Ventures into international market with
Far East Computers in Singapore
Introduces bit slice, 16 bit processor
based microcomputer
1983
Indigenously develops RDBMS, Networking OS
and Client Server architecture
at the same time as global IT peers
1993
Infrastructure Services Division bags
their 1st order - Asia’s largest stock exchange
1996
Launch networking & telecom practice
Relationship with Cisco commences
2000
Establishes BPO operations
First in India to offer end-to-end
R&D services for medical device companies
2003
HCL Tech realigns with industry vertical focus.
First Indian company to achieve domain specific
certifications: AS9100, ISO 13485, SPICE L52008
HCL acquires AXON, largest SAP
focused independent consulting firm
Acquires capital stream to enhance financial services offerings
2009
Datamonitor-Brown & Wilson ranks HCL as No.1 in “RIMO”
and “Tier 1 Infrastructure Outsourcing”
Opens global development center in Brazil
Next gen Green Data Center ,New Jersey, US, expand delivery footprint
2012
HCL ranks #3 in ‘The 2012 Global Outsourcing 100’
With Cisco, HCL launches South Africa Glocal Centre of Excellence
for customer and partner support throughout Africa
2006
Exclusive software development partner for 787 Dreamliner
1999
HCL Technologies redefined through IPO
HCL Technologies is fueled by Employees First, a unique
management approach that unshackles the creative energies
of our employees, and puts this collective force to work in the
service of customers’business problems. By engaging HCL
employees in a way that allows them to deliver business
value – whether it involves enterprise application services, IT
infrastructure management, custom application services,
engineering and R&D services, business services or enterprise
transformation services - we turn technology into a distinct
competitive advantage for our customers.
Introduction
HCL - A $6 Billion Global Enterprise
HCL Technologies brings IT and
engineering services expertise
under one roof to solve complex
business problems for its clients.
Leveraging our extensive global
offshore infrastructure and network
of offices in 31 countries, we
provide holistic, multi-service
delivery in industries such as
financial services, manufacturing,
consumer services, public services
and healthcare. HCL’s 35 year
journey has been truly
transformational.
$6
BILLION
31
COUNTRIES
90,000
PEOPLE
Financial Services
Infrastructure Services
Enterprise Application Services
Engineering And R&D Services
Business Services
Enterprise Transformation Services
Manufacturing
Consumer Services
Public Services
Healthcare
3. Successful products are those that provide winning
experiences. HCL’s Engineering and R&D Services (ERS)
business unit has helped some of the most innovative and
successful organizations in the world launch winning
engineering experiences. A combination of a heritage in
engineering, out-of-the-box thinking and a solid foundation of
talent, processes, systems, frameworks and tools are just few of
the reasons why some of the largest global ESO (Engineering
Services Outsourcing) partnerships are with HCL ERS.
We love engineering. From helping build next generation
airplanes, microscopic medical devices, smart or consumer
devices; we love to help our customers realize their business
strategy through product engineering, platform solutions and
unique engineering experiences. Being part of a computing
product company that started more than three decades ago,
HCL ERS itself has helped 300+ customers launch over
thousands of products in the last ten years. Our passion for
helping our customers succeed in the global market through
engineering innovation and experience has helped HCL ERS
to be one of the largest global engineering services providers.
Engineering Services at HCL
HCL ERS – The #1 Engineering Services Provider from India
NORTH
AMERICA
• $40B+ product revenue enabled
• Three US based Engineering
Development Centers with 50% local
employees and 20+ offices
• Presence in four regions in Europe
• 15 of the 50 top tier companies are
HCL's customers
• A Development Center in Europe, 80%
local employees
EUROPE
• $25M+ investment in engineering labs
• 100+ development centers (dedicated
and shared)
• Presence in 6 cities. Among the largest
globally in engineering strength
INDIA
• Focus verticals are Consumer
Electronics, Medical Devices, Office
Automation, Automotive and Industrial
Manufacturing
• Multi-lingual engagement teams based
out of centers in Tokyo and Osaka
JAPAN
“As HCL
Technologies' ERS
team continues to consolidate
HCL's position in the R&D/product
engineering services market, it needs to keep a close
watch on the company's traditional and new
competitors. HCL's EOOTB methodology packages key
strategic components that influence
customer adoption positively,
and the strategy is
good for the near term.”
- IDC
“Nature of
innovation
changing in the future
as more and more R&D partners like
HCL are able to play a more active role in the
innovation of its customers’ products. HCL
also has what it calls “productized solutions,”
which are the company’s own proprietary
technologies developed in-house
which can be incorporated into
its clients’ designs.”
- Frost & Sullivan
“The EOOTB
Results were impressive.
The ERS division had grown during
2009 and 2010 at a compound
annual rate of 26 percent, and
business in the pipeline had
grown by 83 percent.”
- Ivey
“HCLT’s
Product-focused
History Gives It the
Tools to be Successful
in ESO”
-TBR
4. We have earned our customers’trust because of our
unwavering focus on the 4‘C’s of successful product
engineering – Completeness, Complexity, Criticality and Cost.
Completeness: Full product lifecycle engineering with expert
domain-specific services in all engineering disciplines -
hardware, embedded, mechanical and software.
Complexity: Running global engineering and support
operations for products with significant and complex
footprint across multiple industries like Aerospace, Medical,
Automotive, Industrial, Hi-Tech and Energy.
Criticality: Bringing stringent world-class quality into critical
products which your customers trust with their businesses
and lives, be it in Medical devices, Avionics, Automotive or
Industrial and technology systems.
Cost: Reducing total cost of ownership of products
significantly through efficient engineering operations;
solution accelerators and overall product cost reduction
whether it’s for NPI or mature products.
Vertical Presence
Presence in Ten industries
Aerospace & Defense
Work with 7 of the top 10 aerospace firms.
Complete reengineering of a 25-year-old complex flight test system, impacting 4 of the most popular commercial aircrafts
generating $30B+ of annual revenue.
Automotive
14+ years of automotive electronics and engineering design experience. Investments in next generation
technologies and advanced engineering solutions.
22% saved for a Tier 1 global automotive company. Steering systems cost reduction from $38 to $30 by proposing
alternative design, alternative components and alternate sourcing.
Consumer Electronics
12+ years of experience across white goods, digital imaging, mobile and AV systems.
Four year relationship with a global consumer electronics leader across eight product
families and 110+ products. Responsible for over 95% of SQA for DTV. Impacted 23%
of overall company revenue.
Industrial Manufacturing
Collaborative engineering and system solutions for HVAC, ORV, O&G and E&U customers across the
globe and value engineering for full lifecycle product engineering projects.
End-to-end development of monocular handheld infrared camera. Accelerated product release by nine
months, a 25% reduction in time to market at less than half the price of its previous version. Highest
sales volume and faster ROI for the company – sold more than 40% of its projections.
Medical Devices
11+ years of experience and involvement in over 100+ device developments
across therapeutic segments, including 6 Class III medical devices.
Concept to realization of a Class III medical device for a medical devices
manufacturer; created a unique implantable drug delivery system, integrated
sensor for drug usage & delivery and extended battery life to 8yrs.
Office Automation
Product engineering of six product lines of multifunctional printers; 32
invention disclosures filed in the last one year.
HCL runs the world's largest ESO engagement in this space. Covers
operations optimization to invention across multiple product lines spanning
four continents.
Networking & Telecom
Investments in future growth areas – Ethernet, OSS/NMS, automation, mobility, analytics,
virtualization. Partnerships with leading chip vendors; ISVs & EMS vendors ensuring
optimized CAPEX / OPEX spending for our customers across the value chain.
15 years of engagement with a leading telecom OEM. Development, testing and
sustenance of an industry leading switching portfolio, deployed by more than 35,000
customers with a business impact of $4B+.
Semiconductors
#1 in semiconductor equipment engineering – 13 years and 5000 man-years of expertise with a
70% market share.
End-to-end engineering of automated test equipment with over 6 million lines of code for a global
semiconductor equipment manufacturer. Over 500 man-years of windows and driver experience in
semiconductor ATE Domain.
Servers & Storage
10+ years of expertise in server & storage product spectrum. Technology expertise across solid state drive,
de-duplication, FCoE, FS, SAS/SATA, ISCSI high performance computing and server virtualization.
HCL is 25% of client’s overall engineering team and supports growth in futuristic areas. HCL also provided security
implementation (TCG) for next generation client SSD.
ISV and Online
Engagements with 150+ software and Internet properties. End-to-end service offerings covering product and platform engineering.
CoEs in emerging technologies like Mobilty, Cloud, Social and Analytics.
Reduced advertiser churn by 20% through behavior analysis leveraging our PI expertise for one of the largest SW and Online companies
in the world. 20% improved cross sell, up sell and DM are leveraged by HCL PI and hot fixes and patches are reduced by 30%.
HCL ERS has been instrumental in engineering multiple products for 300+ customers across 10 industry verticals.
Our engineering services straddle the entire product development lifecycle from new product introduction to end of lifecycle.
5. The breadth of horizontal services at HCL ranges from
embedded systems to mechanical design.
HCL is a leader in developing embedded software and
systems with expertise in safety-critical systems for medical
devices, automotive electronics and aircraft components. Our
DSP expertise and IPs aid us in developing fast embedded
middleware, rich applications and interactive GUIs for
consumer electronics and telecom majors.
HCL also offers domain-specific hardware engineering and
design services in areas such as VLSI, ASIC, FPGA and SoC
engineering, prototyping and value-added services.
HCL’s mechanical engineering services help customers
develop complex mechanical designs and products,
significantly reducing their time-to-market and helping them
penetrate both emerging and existing markets. Our
capabilities include concept design, industrial and
mechanical engineering design, CAD modeling and
detailing, simulation, analysis and prototyping & testing.
Leveraging our software product engineering experience
and expertise, we provide services along the lifecycle of a
software product to enable our clients to innovate faster and
to optimize the realization of innovation. Our capabilities in
platform ecosystem development, user experience
engineering, performance engineering and automation of
platform testing are designed to help our customers
accelerate solutions to the market.
Our product quality assurance andV&V services are committed
to providing high application and system quality, creating an
environment where risk is minimized and safety is ensured.
Horizontal Services
Six Core Engineering Areas with Three Decades of Expertise
FPGA,
ASIC and
SoC Design
Embedded
Systems
Hardware
and System
Design
Mechanical
Design
Software
Product and
Platform
Engineering
Product
QA and
V&V
6. Product Launch and Acceleration
• Adapting to rapidly changing technology
• Customization for local markets
• Ability to deliver differentiation
• Ability to monetize rapidly
Platform Build and Acceleration
• Address time-to-market challenges
• Standardization across platforms
• Address code hardening challenges
• Performance engineering capabilities
Value Engineering
• Improved product performance
• BOM optimization
• Extended product lifecycle
• Customization for emerging markets
Product Sustaining and Support
• Optimizing the cost of quality
• Optimizing sustaining cost
• Maintaining product margins
• Flexible engineering capacity
Product Quality Compliance
• Optimizing cost of high availability and
high performance
• Address critical safety needs
• Cash consideration/ optimization
• Establish automated or efficient
processes
Mobility
• Commercialization of smart phones
• Mobile apps management - testing and
certification
Smart Products
• M2M communication implementation
• Convergence of domains
• Business Intelligence implementation
Engineering Experiences
Business Impact through Product Engineering
Business Impact through Engineering is all about…
Accelerated
product development
Delivered at an
incredible Value
Enabled by the latest
Technologies
ACCELERATION | VALUE | TECHNOLOGY
HCL ERS understands that our success as an engineering partner is dependent on the success of our customers’products and
solutions. We, at HCL, combine our passion for engineering with an unwavering focus on delivering to specific real-world
business objectives such as accelerating time to market, reducing cost of ownership and leveraging new technology for
increased user adoption.
7. Solutions and Service Accelerators
E2 solutions power delivery organizations
Accelerated
Functional Testing
Application
Test Factory
Acceleration Function Testing (AFT) is a system engineering approach to software
testing for telecom, extending from functionality testing to regression testing and test
automation. It provides differentiated methodologies such as risk based testing and
change based testing to organizations looking to improve speed, efficiency, scale and
maturity in their testing initiatives.
HCL’s Application Test Factory (ATF) is a systematic and automated approach for
testing mobile applications on 500+ devices including Android, iOS, Windows and
Blackberry. It is an on demand solution that uses various predefined testing triggers
such as app updates, OS updates, new device releases, etc. ATF can help our
customers to ensure quality, decrease time to market and reduce permanent
investments for testing mobile apps.
eDAT automates the arduous manual test processes of electronic devices to increase
test coverage, reduce time to market, and reduce costs. It enables test automation
using a black box approach through hardware and software accelerators.
HCL’s Intelligent Tech Support (ITS) combines the best practices of customer support
with the transforming potential of intelligence and predictive analytics so as to bring
the next evolutionary step in tech support. ITS will not only allow you to run tech
support operations with best-in-class cost, efficiency and effectiveness, but will also
empower tech support to add value in other areas such as a proactive problem
solving and new business generation.
Multi-tenant Platform Acceleration Suite is HCL's hierarchical multi-tenant platform that
has all the components like rule engines, libraries, workflows, tools, etc. built-in, that
can make the apps 100% multi-tenant and can streamline the process of building apps
by up to 40%. The hierarchical model allows deployment and consumption of apps
globally through a multi-tier authentication and provisioning method. It has the
potential to redefine the way our customers manage their application portfolios.
This solution delivers core services of performance measurement, performance
analysis and performance optimization. It is a one-stop-shop for all performance
engineering services with strong capability to take end to end ownership.
HCL’s Product Intelligence (PI) framework helps its customers to deliver more
competitive products in the market and realize higher ROI through accelerated
innovation. This framework automates data collection of usage history of the product,
converts it into intelligence and delivers inputs to Product Managers/Engineering
Heads to plan future iterations.
SDN framework accelerates SDN application development by providing an API
specific test framework and provides a scalable infrastructure to expedite the testing
and integration process with SDN controllers. HCL has engineering ownership for SDN
enablement, and therefore establishes process for faster knowledge transition to
accelerate time to market.
Intelligent
Tech Support
Performance
Engineering
SDN
eDAT
Multi-tenant Platform
Acceleration Suit
Product
Intelligence (PI)
Video
Video Services render solutions, accelerators and frameworks for the video content creation,
publishing, delivery, optimization and consumption of the video. HCL has been involved
across multiple engagements with major studios, content aggregators and video service
providers in precisely assessing their media workflow requirements along with ecosystem
dependencies and instrumenting optimized workflow solutions to meet their current and
future needs.
8. Hello, I’m from HCL’s Engineering and R&D Services. We enable technology led organizations to go to market with innovative products
and solutions. We partner with our customers in building world class products and creating associated solution delivery ecosystems to
help bring market leadership. We develop engineering products, solutions and platforms across Aerospace and Defense, Automotive,
Consumer Electronics, Software, Online, Industrial Manufacturing, Medical Devices, Networking and Telecom, Office Automation,
Semiconductor and Servers & Storage for our customers.
For more details contact: ers.info@hcl.com
Follow us on twitter: http://twitter.com/hclers and
our blog http://www.hcltech.com/blogs/engineering-and-rd-services
Visit our website: http://www.hcltech.com/engineering-services/
#1 ESO provider
from India
EOOTB strategy for
productized solutions
Recognized by
Frost & Sullivan
and Zinnov
20+ solutions, 1200+
patents filed for customers
PDLC centric
propositions
Industrialized delivery
model
9 Service Lines
100+ frameworks and tools
Highest growth
and market share
gain
Global recognition
as a Thought Leader
500 bps in 3 years
Recognized by Gartner,
F&S and TBR
Customers include 53
of the top
100 R&D companies
$45B of product
revenue enabled
in the last 5 years
4 continents,
100+ development
centers
Engineering partners
for customers across
10 verticals and 6
horizontals
No. 1 ESO player from India
FPGA, ASIC AND SOC DESIGN
EMBEDDED SYSTEMS
HARDWARE & SYSTEM DESIGN
MECHANICAL DESIGN
SOFTWARE PRODUCT AND PLATFORM ENGINEERING
PRODUCT QA AND V&V
AEROSPACE&
DEFENSE
AUTOMOTIVE
CONSUMER
ELECTRONICS
INDUSTRIAL
MANUFACTURING
MEDICAL
DEVICES
NETWORKING&
TELECOM
SEMICONDUCTORS
SERVERS&
STORAGE
ISVAND
ONLINE
OFFICE
AUTOMATION