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Innovation, design, and D&I: Creativity through diversity | Ericsson, 10 oct 2019
Redesigning the Creative Toolkit | Which PLM, 10 oct 2019
Bringing a change through design | Livemint, 09 oct 2019
Deep3DFly: The deep-learning way to design fly-like robots | ScienceDaily, 09 oct 2019
This Plastic-Alternative Packaging for Personal Care Products Is Made Entirely Out of Soap | Core77, 09 oct 2019
What is 'design thinking'? And why does it belong in classrooms? | The Washington Post, 08 oct 2019
"We want African design to be functional" says Design Week Lagos founder | Dezeen, 08 oct 2019
Should you use Bootstrap or Material Design for your next web or app development project? | Packt, 08 oct 2019
Best architecture software of 2019: Digital design for buildings and models | TechRadar, 05 oct 2019
Is architecture at last breaking through its own glass ceiling? | The Guardian, 05 oct 2019
Industrial & Product Design
Mohammad Anas Wahaj | 27 aug 2019
Researchers from IIT-Madras (Tamil Nadu, India), Prof. Asokan Thondiyath and research scholar Nagamanikandan Govindan, have designed and developed a multimodal robotic system, termed as 'Grasp Man', that has good grasping, manipulation and locomotion abilities. Their research, 'Design and Analysis of a Multimodal Grasper Having Shape Conformity and Within-Hand Manipulation With Adjustable Contact Forces', is recently published in ASME Journal of Mechanisms and Robotics. The robot is fitted with a pair of graspers that provide morphological adaptation, enabling it to conform to the geometry of the object being grasped, and allowing it to hold objects securely and manipulate them much like the human hand. The two graspers are equipped with a robotic platform that provides behavioural adaptation. The robot will have various industrial applications such as pipe inspection, search-and-rescue operations, and others that involve climbing, holding, and assembling. Prof. Asokan says, 'The motivation behind this research is to realise a robot with a minimalistic design that can overcome the need for task-specific robots that are capable of navigating and manipulating across different environments without increasing the system complexity.' Read on...
Mohammad Anas Wahaj | 26 aug 2019
Research study, 'Onboard Evolution of Understandable Swarm Behaviors', published in Advanced Intelligent Systems by researchers from University of Bristol (Simon Jones, Sabine Hauert) and University of the West of England (Alan F. Winfield, Matthew Studley), brings development of a new generation of swarming robots which can independently learn and evolve new behaviours in the wild a step closer. Researchers used artificial evolution to enable the robots to automatically learn swarm behaviours which are understandable to humans. This could create new robotic possibilities for environmental monitoring, disaster recovery, infrastructure maintenance, logistics and agriculture. This new approach uses a custom-made swarm of robots with high-processing power embedded within the swarm. In most recent approaches, artificial evolution has typically been run on a computer which is external to the swarm, with the best strategy then copied to the robots. Prof. Jones says, 'Human-understandable controllers allow us to analyse and verify automatic designs, to ensure safety for deployment in real-world applications.' Researchers took advantage of the recent advances in high-performance mobile computing, to build a swarm of robots inspired by those in nature. Their 'Teraflop Swarm' has the ability to run the computationally intensive automatic design process entirely within the swarm, freeing it from the constraint of off-line resources. Prof. Hauert says, 'This is the first step towards robot swarms that automatically discover suitable swarm strategies in the wild. The next step will be to get these robot swarms out of the lab and demonstrate our proposed approach in real-world applications.' Prof. Winfield says, 'In many modern AI systems, especially those that employ Deep Learning, it is almost impossible to understand why the system made a particular decision...An important advantage of the system described in this paper is that it is transparent: its decision making process is understandable by humans.' Read on...
Robots Learn Swarm Behaviors, Aim to Escape the Lab
Mohammad Anas Wahaj | 26 jun 2019
Creativity is at the core of art and design. They both are visual and material culmination of varied degrees of human expression. Vibhor Sogani, fusing the lines between design and art, between being a product designer and public installation artist, says, 'At the end of the day, it is all about creativity. People may deem art superior to design but designing is serious business and a very responsible job.' He explains the value of public art for the growth-oriented country like India, 'Since India has so many people and so many public spaces, it is an ideal ground for engaging with them through art. The all-important ingredient of public art is engagement with people.' On balancing creativity and guidelines in commissioned projects, he says, 'We all need a sense of direction. After all, you need to align yourself with something. I think the brief given to me by my client is only a starting point. Thereafter, I am free to follow my vision.' An alumnus of National Institute of Design (Ahmedabad, India) and having worked in the field of industrial design, he is well-versed in the craft of materials as well as technology. He follows both reactive and proactive approaches to pursue his creative work. He suggests that while thinking of an idea is instant, putting it into a tangible shape of art is slow and time consuming. His public art works include Joy in Dubai, Sprouts in New Delhi and Kalpavriksha in Ahmedabad. Read on...
Mohammad Anas Wahaj | 14 jan 2019
Autonomous shopping concept intends to bring brick-and-mortar and internet shopping into a unified and integrated retail experience. The grab-and-go smart shopping carts promote cashier-free automatic check-out eliminating wait in lines. TechSpot's contributing writer, Cohen Coberly, says, 'While it seemed like brick-and-mortar retail would be all but killed off following the explosive rise of online shopping, what we're instead seeing throughout the US is not death, but evolution.' According to a 2018 survey by RIS News, 'The leading new shopping option wanted by consumers was "grab-and-go" technology (in which customers can self-checkout using their smartphones). 59% said they'd like to use this, and 9% had used it.' In a global survey of 2250 internet users conducted by iVend Retail and AYTM Market Research, 'Roughly 1/3rd of respondents said they would like to make automatic payments using digital shopping carts.' Caper is a smart shopping cart startup. Josh Constine, technology journalist and editor-at-large for TechCrunch, reports, 'The startup makes a shopping cart with a built-in barcode scanner and credit card swiper, but it's finalizing the technology to automatically scan items you drop in thanks to three image recognition cameras and a weight sensor. The company claims people already buy 18% more per visit after stores are equipped with its carts.' Linden Gao, co-founder and CEO of Caper, says, 'It doesn't make sense that you can order a cab with your phone or go book a hotel with your phone, but you can't use your phone to make a payment and leave the store. You still have to stand in line.' The current Caper cart involves scanning an item's barcode and then throwing it into the cart. Brittany Roston, senior editor and contributor at SlashGear, reports, 'The smarter version will eliminate the barcode part, making it possible to simply put the items in the cart while the built-in tech recognizes what they are.' Chris Albrecht, managing editor at The Spoon, also reports, 'The future iterations, already in the works, will remove the barcode and will use a combination of computer vision and built-in weight scales to determine purchases. The customer completes shopping, and pays on the built-in screen.' The concept of scanless carts involves deep learning and machine vision. Cameras are mounted in the cart. The screen on the cart gives the shopper different kinds of information - store map, item locator, promotions, deals etc. It recommends items based on contents already in the basket. Read on...
Next-level autonomous shopping carts are even smarter
Author: Nancy Cohen
Mohammad Anas Wahaj | 13 jan 2019
Team of researchers from University of Michigan at Ann Arbor (Prof. Timothy F. Scott, Prof. Mark A. Burns, Martin P. De Beer, Harry L. Van Der Laan, Megan A. Cole, Riley J. Whelan) have developed a new approach to 3D printing that lifts complex shapes from a vat of liquid at up to 100 times faster than conventional 3D printing processes. 3D printing could by highly beneficial for small manufacturing jobs without the need for a costly mold. But the usual 3D printing approach of building up plastic filaments layer by layer hasn't been usable in that aspect. Prof. Scott says, 'Using conventional approaches, that's not really attainable unless you have hundreds of machines.' The U. of Michigan innovative 3D printing method solidifies the liquid resin using two lights to control where the resin hardens - and where it stays fluid. This enables solidification of the resin in more sophisticated patterns. The process can make a 3D bas-relief in a single shot rather than in a series of 1D lines or 2D cross-sections. The printing demonstrations from this approach include a lattice, a toy boat and a block M. Prof. Burns says, 'It's one of the first true 3D printers ever made.' By creating a relatively large region where no solidification occurs, thicker resins - potentially with strengthening powder additives - can be used to produce more durable objects. The method also bests the structural integrity of filament 3D printing, as those objects have weak points at the interfaces between layers. Prof. Scott adds, 'You can get much tougher, much more wear-resistant materials.' The research paper, 'Rapid, continuous additive manufacturing by volumetric polymerization inhibition patterning', is to be published in Science Advances. Read on...
Mohammad Anas Wahaj | 26 oct 2018
Sustainability is evolving into an essential component of fashion and design industry due to environmental concerns. The Brooklyn Fashion + Design Accelerator (BF+DA), a Pratt Institute (US) initiative, is a hub of ethical fashion and design, providing resources to design entrepreneurs, creative technologists and professionals to turn ideas into businesses. Debera Johnson, founder and ED of BF+DA, also established the Center for Sustainable Design Strategies at Pratt Institute and has been integrating sustainability into art, design and architecture programs. She says, 'There are really three things that we're focused on doing. First - redefining the fashion industry around the environment and society...Second - we have production facilities open to designers. Our goal there is to be a local resource for sustainable production and to help educate designers about how to implement strategies around efficiencies and sustainable supply chain...The third and probably the newest part of what we're doing is becoming a research and design center for the integration of technology into smart garments and functional textiles - and, most importantly, with the idea of sustainability alongside it.' Regarding consumer perceptions, she says, 'Consumers need to decide whether they're more interested in saving pennies or saving the environment. Products that are quality are going to cost more. We just have to decide where we stand...At BF+DA, transparency is a big piece of how we do storytelling...' Regarding coming together of technology and sustainability, she says, 'The digitalization is one of them. I also think that biotech is creating really interesting materials in laboratories and not farms...Then you also have things like blockchain to help with traceability...And there's also nanofibers.' Read on...
Mohammad Anas Wahaj | 29 may 2018
Researchers at The University of British Columbia (Okanagan, Canada), Prof. Abbas Milani and graduate student Armin Rashidi, are working to solve the issue of wrinkling when it comes to making textile composites. Their research, 'A multi-step biaxial bias extension test for wrinkling/de-wrinkling characterization of woven fabrics: Towards optimum forming design guidelines', was recently published in Materials & Design Journal. According to Prof. Milani, wrinkling is one of the most common flaws in textile composites, which are widely used for prototypes, as well as mass production within prominent aerospace, energy, automotive and marine applications. Researchers have investigated several de-wrinkling methods and have discovered that they can improve their effectiveness by pulling the materials in two directions simultaneously during the manufacturing process. Mr. Rashidi says, 'The challenge was to avoid unwanted fibre misalignment or fibre rupture while capturing the out-of-plane wrinkles. Manufacturers who use these types of composites are looking for more information about their mechanical behaviour, especially under combined loading scenarios.' Prof. Milani, who is director of Materials and Manufacturing Research Institute at UBC Okanagan, says, 'Composite textiles are changing the way products are designed and built in advanced manufacturing sectors. As we continue to innovate in the area of composite textiles to include more polymer resin and fibre reinforcement options, this research will need to continue in order to provide the most up-to-date analysis for manufacturers in different application areas.' Read on...
UBC Okanagan News:
Researchers improve textile composite manufacturing
Author: Nathan Skolski
Mohammad Anas Wahaj | 24 may 2018
Design as a separate field is getting more recognition in India. Policy initiatives like 'Design in India' and 'Make in India' will give design further impetus and assist in creating a thriving design ecosystem. India now have 30 to 35 design schools, most of them came up in the last few years. Prof. Anirudha Joshi of Industrial Design Centre at IIT-Bombay explores the condition of design education in India and suggests ways to make it better and more in tune with industry. He lists prevalent gaps between academia and industry - what is taught in design schools and what a professional designer need to do - (1) Uninentional gaps: Things that left out in design curriculums. Course duration is shorter than what is needed to become a good designer. (2) Lack of industry/hands-on environment: Certain things are best taught in industry setup and academic setup doesn't suit them. (3) Intentional gaps: Design school is not supposed to prepare students only for industry. Focus is on developing thought leaders having theoretical concepts and not just skills and training. (4) Limited availability of design teachers. (5) Lack of strong tradition in design research. (6) Lack of design education infrastructure. There is demand/supply gap in terms of skilled human resources. As the industry is growing, at least five million designers are required as compared to the current approximately 20000 designers. Many sectors like manufacturing, small scale industries, small printing and publishing houses etc, although have need for designers but can't afford one in the present scenario. Moreover, the focus of current designs is more global and there are few instances of designs that are specific to the Indian market. More emphasis should be given to designers that specifically focus on India. Read on...
Mohammad Anas Wahaj | 28 apr 2018
For the betterment and growth of any local industry, it is imperative that global best practices should be emulated and, modified and customized based on the local needs. Pratyush Sarup, interior designer based in Dubai (UAE), provides key insights from Milan Design Week 2018 for Middle East region - (1) The Power Of Simplicity: Prefer clean lines and minimal materiality in design. An installation by American artist Phillip K. Smith III portrays simplicity principle with use of only one material - glass. Applied along clean angles and a humble curve, the reflective surface offered a kaleidoscopic play on light, form and structure. (2) Divine Expression: History, culture, folk tales, nature etc can be inspiration for design. A collection of chairs by designer Lara Bohinc sought inspiration from the skies above. Aptly titled 'Since the World is Round', the spherical form that characterises the collection is derived from gravitationally curved trajectories of planetary and lunar orbits. Dubai-based designer Talin Hazbar has previously turned to 'Kahf al Baba', a folk tale that originates from villages between Khor Fakan and Fujairah for a lighting collection. (3) The Circular Life Of Design: Understanding sustainability is necesssary for the continued growth of design market. Innovative waste management solutions to waste generated by the textile design industry is at the heart of 'Really', a Danish company. They debuted their latest invention, the 'Solid' textile board. Developed from upcycled end-of-life fabrics from the fashion and textile industries, it's potential was showcased via a range of products created by top designers such as Benjamin Hubert, Christien Meindertsma, Front (Sofia Lagerkvist and Anna Lindgren) and Raw-Edges (Yael Mer and Shay Alkalay). Designers can think about finding ways to repurpose waste into contemporary living solutions. (4) Join Forces: Collaboration is key to better outcomes. New York designer Lindsey Adelman and wallpaper maestro Calico (Rachel Cope and Nick Cope), as they were both working with similar surface techniques, decided to work together and presented a joint show 'Beyond the Deep' that explored the corrosive natural chemicals, like salt, to alter the appearance of surfaces. Coming together of diverse thought processes and creative expressions can fast-track creative economies. (5) Have Some Fun: Many top tier brands stepped away from their typical business-oriented presentations to explore alternative out-of-the-box ideas. Czech glass brand Lasvit took over Teatro Gerolamo, a 19th-century puppet theatre to present Monster Cabaret, its latest collection of accessories centred on mythical beasts, fantastical creatures and outcasts. Read on...
Mohammad Anas Wahaj | 17 jan 2018
Design evolves with time and new trends become visible accordingly. Here are 5 design trends that are expected to make a mark in 2018: (1) Explained Algorithms: For the last couple of years artificial intelligence (AI) and machine learning have been most talked about in technology. Tech companies often kept the algorithms secret as protected IP. But now, considering the role of AI in serious decision-making situations, the need for openness and transparency in algorithms is becoming necessary. In this regard, AI community initiated the field of computer science termed as 'Explainable AI (XAI)'. David Gunning of Defense Advanced Research Projects Agency (DARPA) is building a system on XAI. This new field commits itself to make algorithms more accountable as their use involves sensitive user data. XAI expects to ensure that the relationship between technology and users is built on trust by explaining the working of AI and machine learning in critical decision-making. (2) Less Minimalism: Anti-consumerist in principle and aesthetically pleasing in practice approach to design, called minimalism, that has been at the forefront of design through lifestyle tidying guru Marie Kondo's life-changing concepts, will see a shift. More color and bolder concepts will bring new freshness. In home decor world, companies have replaced cleaned-lined Scandinavian design with chunky, gilded, colourful pieces. Online, people are celebrating ugly design with Tumblrs and Instagrams dedicated to a glittering and gaudy aesthetic. (3) Optimal Use of Technology: Excessive use of technology, specifically social media, has started taking its toll. User well-being is the new technology design mantra, as compared to the user time-spent. The idea is to build apps and technology that quietly augment our lives, not commander it. Some people who are propagating this 'Calm Tech' movement are former Xerox Parc employees Mark Weiser, Rich Gold, and John Seely Brown, who literally wrote the book on calm tech. Tristan Harris, an ex-Google ethicist, is also attempting to loosen technology's excessive grip on our attention spans through technology and app re-design. (4) No More Boring Hardware: New trends are beginning to surface in technology product design hardware, as compared to the typical - cold glass, shiny plastic, blunt shapes. Gadgets are now an inherent part of our living spaces and how they are designed influences the look and feel of our living environment. Some examples in this direction include Google's new smart speakers that were covered in a layer of soft polyester that came in white, grey, and a warm salmon hue and Microsoft Surface Pro tablet with a keyboard covered in teal and maroon Alcantara, the stain-resistant fabric that's used in luxury vehicles. (5) More Inclusive Design: Earlier products were often designed for an average user with a concept - 'If you design for everyone, you'll exclude no one.' But it is now changing and 'Inclusive' design ideas are becoming prominent. Companies like Microsoft and Google are developing a new design process that considers the problems of underserved populations as a lens for designing more thoughtful products and experiences for everyone. The idea is that by building products that are accessible to people with special needs, you're building better products. Read on...
5 Design Trends We'd Like To See More Of This Year
Author: Liz Stinson
Mohammad Anas Wahaj | 27 nov 2017
EDIT (The Expo for Design, Innovation & Technology), the 10 day event held in Toronto (Canada) showcased art, installations and projects, focused on innovation and design to build a sustainable future for the world. It included talks from David Suzuki, Ian Campeau (A Tribe Called Red), among others. Here are 5 selected ideas and innovations - (1) Prosperity For All: Curated by Canadian designer Bruce Mau, the main exhibit juxtaposed Paolo Pellegrin's photos of devastation throughout world, with people and inventions that are helping to combat issues such as famine, refugee crisis, smog and more. It highlighted Smog Free Project (Dutch artist and innovator Daan Roosegaarde's smog free bike that works to purify the air around you while you ride), The Ocean Cleanup (Boyan Slat's creation that intend to remove 50% of the trash found in Great Pacific Garbage patch in just 5 years) and many more. (2) Art With Purpose: Dennis Kavelman, an artist and tech investor, collaborated with the Digital Futures team at OCAD University (Canada) to create a piece of work inspired by Andy Warhol. Expiry Dates works in two phases - It compiles answers from an online questionnaire, measuring your life expectancy against a myriad of points such as your fitness level, whether you smoke, if you're married and more. Then you sit for a self-portrait, which you attach to a QR Code with all your data. In a few minutes your heartbeat appears on the big screen, taken from a reading from your eye, and then your portrait appears along with your predicted date of expiry. Another piece of the installation, titled That's Not Very Many, uses a magnetized digital board to break down those days in months. (3) The New Housing: Living sustainably means looking at where we live and providing affordable housing for all. Exhibit included Mickey Mouse's Home of the Future that was a fully functional shipping container created by students at OCAD. The One House Many Nations home was created by grassroots organization Idle No More, that seeks to provide affordable housing based on traditional indigenous ideas, and consists of two modules that link together, one dubbed shelter and the other service, that can be pieced together based on the family or individual's needs as well as the landscape in which they live. (4) The Future Of Fashion: Fashion Takes Action's Design Forward award was given to a sustainable fashion label Peggy Sue Collection (founded by Peggy Sue Deaven-Smiltnieks), a line of eco-friendly cotton and denim. (5) Waste No More: Keeping in mind the concept of feeding many with minimal impact, Waterfarmers created an on-site aquaponics exhibit to show how fish waste can be used to fertilizer food. The idea is to utilize water that is housing fish to then fertilize plants, providing protein and vegetables in a sustainable manner. Read on...
Mohammad Anas Wahaj | 27 oct 2017
India's future success will be defined on the basis of how its positive elements like demographic dividend, IT and software, manufacturing, agriculture, government initiatives (Make in India, Digital India, Skill India, Startup India) etc, gel together effectively and grow. Adding to all these, focus on research, design and innovation, will further propel creation and development of new and emerging technologies and concepts. Specifically, Indian auto industry does have R&D capabilities, but it is mostly driven by foreign collaborations and partnerships. Moreover, Indian operations of most foreign auto makers rely on their global development centers when it comes to technological innovations. But the dynamics of the industry are shifting, and companies are mobilizing resources and assets towards design and development also, in addition to manufacturing. The change is also visible in the electric vehicle segment with a strong policy focus. Recent conference organized by NASSCOM and Autocar Professional was directed towards discussing the design, R&D and technology based future of the industry. Sameer Yajnik, COO-APAC of Tata Technologies, says, 'Indian engineers, thus far, have brought together just a few parts of the jigsaw puzzle in terms of vehicle development, but this is set to be transformed. With EVs, ADAS, autonomous, connected cars, et al, there are a slew of technology-driven changes that need to be responded to and India is an excellent place.' Patrick Newbery, Chief Digital Officer of Global Logic, says, 'Design and engineering work best when coupled together, and the Indian start-up ecosystem has displayed a good show of that already...Amalgamating design and engineering, as well as with its ability to innovate and create as a response-stimulus to change, India holds a strong place in developing new future technologies, where even the US would be looking outside to outsource these innovative solutions. There is more likelihood of innovation coming out of such environment.' Current spend in automotive engineering and R&D of Europe is 35%, that of US is 25% and, India's is at 10%. This is expected to triple in next 3 years. Sanjeev Verma, CEO of Altran India, says, 'India holds a very important place in the whole jigsaw and especially can play a great role in designing passive safety and IoT systems...With the whole ecosystem springing up now, the next three to four years are going to be extremely transformational for the development vertical in the Indian automotive sector.' Commenting on design in India, Raman Vaidyanathan of Tech Mahindra says, 'Indian engineering is bound to be more frugal, compared to the rest of the world because of the country’s legacy in being cost conscious. This is very positive as it implies that a good quality product, designed and developed to a cost in India could be produced in the emerged markets, while the reverse is going to prove rather expensive.' The challenge of skilled human resources in design and engineering in India remains. NASSCOM has started a foundation course in integrated product development that has reached 1000 colleges since CY2015. Government, academica and industry has to come up with integrated strategies that need to be applied to upgrade the knowledge and skills of graduates coming out of technology institutes and ensure success of design, research and development in India. Read on...
Beyond Make in India - Design and develop in India now imperative
Authors: Sumantra B. Barooah, Mayank Dhingra
Mohammad Anas Wahaj | 09 sep 2017
Education and learning has to keep pace with the happenings in industry, and equip students with the cutting-edge knowledge and skills, to assure their success in the highly competitive marketplace. Simon Biggs, Education Liaison Officer for Wales at Renishaw, explains how 3D printing is the new technology that is becoming mainstream part of the classrooms for engineering and mathematical learning. Mr. Biggs says, '3D printing is a well-established industrial technology for prototyping and manufacturing, particularly popular with the aerospace and defence sectors. Also known as additive manufacturing (AM), 3D printing is the process of making a solid 3D object from a digital computer aided design (CAD) file...3D printing is a rapid production method with minimal waste material. Its design flexibility means users can manufacture bespoke objects for a low cost...Understanding and using this growing technology can benefit children's learning, particularly in science, technology, engineering and mathematics (STEM) subjects but also beyond these more traditional fields in music, design technology, history, geography and biology...Exciting and innovative projects are also a simple way to keep pupils engaged in STEM subjects, which is a vital step forward in addressing the STEM skills shortage.' Explaining the rise of 3D printers in schools and their use to develop new skills in students, he says, 'The increasing numbers of 3D printers in schools is not only due to the increasing recognition of 3D printing being a relevant and engaging educational tool, but also relates to the number and availability of low cost 3D printing machines...Advances in resources available for teachers and other education professionals are also making 3D printing more widely accessible...Using 3D printing as a production method enables students and pupils to move from the conception of an idea to producing a physical object with relative ease...Interrogating a physical object can make it easier for pupils to spot mistakes in designs. This allows them to gain valuable problem solving skills in a creative, hands-on way.' Read on...
Mohammad Anas Wahaj | 19 aug 2017
Design influences products and services from inception to completion. John Maeda, Global Head of Computational Design & Inclusion at Automattic, in his '2017 Design in Tech' report explains that markets are relying on intangibles like design for a higher ROI. Tracy Leigh Hazzard, CEO of industrial design firm Hazz Design, explores the value of design in today's market, and the details Mr. Maeda has provided in his recently released report. Mr. Maeda is spearheading the new convergence across the design & technology industries. Data shows that design is an all-encompassing process of offering something to the market that is complete in every way, and also inclusive. Linking design directly to ROI provides measurement of value that design offers to organizations and how sucessful it actually was/is. Design is about market relevance and meaningful results. Mr. Maeda says, 'We moved from 'tech-led' to 'experience-led' digital products as services on smartphones took over and gave access to everyone.' Designers are finding more acceptance in the technology industry and their headcount is increasing. Linda Naiman, Inc.com Columnist, says, 'Making inclusive design profitable hinges on the principle that if you want to reach a larger market, you have to reach people you're not already reaching by being inclusive. This new frontier of design requires some technical understanding outside of purely classical design. The hybrid designer/developer, referred to as a 'unicorn' in the tech industry, is often relied upon to bridge that gap.' Read on...
Mohammad Anas Wahaj | 17 jun 2017
Innovation Showcase (ISHOW) by American Society of Mechanical Engineers (ASME) is a hardware competition for socially minded projects. The purpose is to create awareness that hardware engineers too play a role in social innovation. K. Keith Roe, President of ASME, says, 'Our research showed a tremendous lack of support for hardware innovators seeking to enter global markets and make a societal impact.' Paul Scott, ASME ISHOW Director, says, 'From South America to West Africa to Southeast Asia, there are many talented folks that are changing paradigms with their work.' Currently, ASME ISHOW is held in US, Kenya and India. This year's American competition will be held on 22 June 2017. According to ISHOW website (thisishardware.org), 10 American finalists alongwith their projects are - (1) Hahna Alexander (SmartBoots: Self-charging work boots that collect status and location data and provide workforces in hazardous environments with actionable insights); (2) Jonathan Cedar (BioLite HomeStove: An ultra-clean cookstove that reduces smoke emissions by 90% and biomass fuel consumption by 50% compared to traditional open fire cooking, while also co-generating electricity from the flame to charge mobile phones and lights); (3) Matthew Chun (RevX: A transfemoral rotator that restores dignity to low-income amputees by enabling them to sit cross legged, dress themselves, get back to work, and more); (4) Shivang Dave (QuickSee: PlenOptika developed the QuickSee to disrupt the barriers to eyeglass prescriptions for billions of people worldwide so that they can get the eyeglasses they need); (5) Alexandra Grigore (Simprints: With a novel fingerprinting system, Simprints aims to create a world where lack of identity is never the reason why anyone is denied basic services in healthcare, education and finance); (6) Mary McCulloch (Voz Box: Millions of people, right now, are nonverbal. Current devices are too expensive and uncustomizable. The Voz Box is an innovative speech generation device that has customizable sensors and is affordable); (7) Erica Schwarz (Kaleyedos Imaging Device (KID): A revolutionary infant retinal imager that will empower neonatal intensive care units (NICUs) worldwide to decrease the incidence of visual impairment and blindness due to infant retinal disease); (8) Kenji Tabery (VeggieNest: Smart home gardening systems, and aims to address the growing market need for access to organic, affordable, and nutritious produce that enable global consumers to be food secure); (9) Team Sixth Sense (Team Sixth Sense: We have designed a system of sensor to attach to lower-limb prosthetics that works with NeoSensory's current technology to provide realtime vibrotactile feedback); (10) Quang Truong (EV 8 Cooler: Evaptainers creates low-cost mobile refrigerators that run on water. These are perfect for low income families who live off grid or cannot afford a conventional refrigerator). Read on...
10 engineers will showcase hardware's role in social innovation
Author: Nia Dickens
Mohammad Anas Wahaj | 28 jul 2016
Packaging is an important component of product handling, logistics, advertising, marketing and selling. There are variety of materials that are currently in use for packaging. Environmental challenges arise due to the waste generated through discarded packagings. The packaging industry is exploring better materials that can reduce environmental footprint. In spite of scientific breakthroughs in developing new packaging materials, there are issues related to their performance and price, inhibiting their mass adoption and usage. Bryan Shova, packaging designer and industrial design director at Kaleidoscope, explains sustainability aspects of packaging. He says, 'I dream of the day when material science and manufacturing can deliver on the promise of zero environmental impact, high performance, premium finish and low costs.' He explains, 'The viability of true sustainability is a complex economic challenge, and the ugly truth is that few consumers, brand owners or municipalities are willing to pay the premium price for cutting-edge sustainable packaging solutions. True solutions will come through "systems thinking" that requires the material supplier, manufacturer, retailer, consumer and the municipality to share in the premium costs and labor required to design, collect and recycle packaged materials.' He provides 10 principles for designing sustainable packaging - (1) Start with commodity materials that are commonly recycled. (2) Design the package from a single material. (3) Focus on the product-to-package ratio. (4) Design for assembly at the point of manufacture. (5) Avoid gluing and laminations. (6) Design for distribution. (7) Eliminate secondary and tertiary packaging when possible. (8) Design for disassembly. (9) Clearly mark the materials on the packaging components. (10) Use Lifecycle Assessment. Read on...
10 ways to design sustainable packaging with intent
Author: Bryan Shova
Mohammad Anas Wahaj | 22 apr 2016
To build human-like machines that can demonstrate ingenuity and creativity, the race is on to develop next generation of advanced AI (Artifical Intelligence). AI is already tackling complex tasks like stock market predictions, research synthesis etc, and 'smart manufacturing' is becoming a reality where deep learning is paired with new robotics and digital manufacturing tools. Prof. Hod Lipson, director of Creative Machines Lab at Columbia University, has embarked upon exploring a higher level of AI and develop biology-inspired machines that can evolve, self-model, and self-reflect - where machines will generate new ideas, and then build them. To build self-aware robots is the ultimate goal. Prof. Lipson explains, 'Biology-inspired engineering is about learning from nature, and then using it to try to solve the hardest problems. It happens at all scales. It's not just copying nature at the surface level. It could be copying the learning at a deeper level, such as learning how nature uses materials or learning about the adaptation processes that evolution uses...We are looking at what I think is the ultimate challenge in artificial intelligence and robotics-creating machines that are creative; machines that can invent new things; machines that can come up with new ideas and then make those very things. Creativity is one of these last frontiers of AI. People still think that humans are superior to machines in their ability to create things, and we are looking at that challenge.' He is working on a new AI termed as 'divergent AI', that is exploratory and involves creating many new ideas from original idea, and is different from 'convergent AI' that involves taking data and distilling it into a decision. ON SELF-AWARENESS IN AI: He says, 'Creativity is a big challenge, but even greater than that is self-awareness. For a long time, in robotics and AI, we sometimes called it the "C" word-consciousness.' ON AI IN MANUFACTURING: He comments, 'When it comes to manufacturing, there are two angles. One is the simple automation, where we're seeing robots that can work side-by-side with humans...The other side of manufacturing, which is disrupted by AI, is the side of design. Manufacturing and design always go hand-in-hand...When AI creeps into the design world through these new types of creative AI, you suddenly expand what you can manufacture because the AI on the design side can take advantage of your manufacturing tools in new ways.' ON TWO COMPETING SCHOOLS OF THOUGHTS IN AI: He explains, 'There's the school of thought that is top-down, logic, programming, and search approach, and then there is the machine learning approach. The machine learning approach says, "Forget about programming robots, forget about programming AI, you just make it learn, and it will figure out everything on its own from data"...I think the machine learning approach has played out perfectly, and we're just at the beginning. It's going to accelerate.' Read on...
The Last Frontiers of AI - Can Scientists Design Creativity and Self-Awareness?
Author: Alison E. Berman
Mohammad Anas Wahaj | 29 feb 2016
According to World Health Organization (WHO), air pollution has become the world's biggest environmental risk, linked to over 7 million deaths a year. A global team of scientists (Farid Touati, Claudio Legena, Alessio Galli, Damiano Crescini, Paolo Crescini, Adel Ben Mnaouer) from Canadian University Dubai, Qatar University, and the University of Brescia (Italy), have developed a technology, known as SENNO (Sensor Node), that enables high-efficiency air quality monitoring, to help promote a cleaner environment and reduce the health risks associated with poor atmospheric quality. The technology promises to make air quality monitoring cost-effective. The research paper, 'Environmentally Powered Multiparametric Wireless Sensor Node for Air Quality Diagnostic', was published in Sensors and Materials journal. Prof. Adel Ben Mnaouer of Canadian University Dubai (CUD), says, 'Sensor networks dedicated to atmospheric monitoring can provide an early warning of environmental hazards. However, remote systems need robust and reliable sensor nodes, which require high levels of power efficiency for autonomous, continuous and long-term use...Our technology harvests environmental energy...it optimises energy use by the sensory equipment, so as to function only for the time needed to achieve the operations of sensor warm-up, sampling, data processing and wireless data transmission, thereby creating an air quality monitoring system that measures pollutants in a sustainable and efficient way.' Read on...
The Gulf Today:
Dubai professor develops innovation to combat increasing air pollution
Mohammad Anas Wahaj | 23 feb 2016
As digital get seamlessly interwoven into the fabric of life, it will not remain anything extraordinary. In future, advancements in digital technologies will converge to enhance physical experiences that involve our bodies, feelings, emotions, actions and reactions. Auro Trini Castelli, Chief Strategy & Innovation Officer at gyro, explains how the 'Physical Revolution' will be driven by the following five trends - (1) Sensors will be the new devices (Virtual Reality; Motion and Gesture Recognition Technologies; Haptic Technology). (2) Surfaces will be the new screens (Interactive digital screens on walls, floors, ceilings, walkways etc). (3) Smart cities will make us smart citizens (Interactive city systems and digital environments). (4) Only meaningful interactions will survive (Well-integrated interfaces that get activated when required; Focus on human experience). (5) The world will be printed (3D printing for mass customization; Laser cutting; Computer modeling). In this experiential world, architects, designers, engineers, technologists, marketers, advertisers etc have to increasingly think and create with focus on providing solutions that appeal to all five human senses. The success will depend on how invisibly the digital will become part of the physical and improves every aspect of human interactions and experiences. Read on...
Mohammad Anas Wahaj | 14 feb 2016
Make in India Week has now started in Mumbai and along with it India Design Forum (IDF) 2016 is developing strategies and advocating how a facilitating design environment and culture can be nurtured to enable growth of manufacturing. IDF is integrated into Make in India campaign's plan to demonstrate the potential of design, innovation and sustainability across India's manufacturing sector. Rajshree Pathy, founder of IDF, explains, 'Design is not merely about clothes, shoes, handbags and jewellery, as is commonly believed. Those are incidental. Design is, in fact, at the heart of the manufacturing process. It is not a 'thing', it is a way of thinking.' Satyendra Pakhale, an Amsterdam-based designer, citing Tata Nano's example says, 'It is a good example of Indian design, which combined engineering innovations with a careful consideration for the demands of the domestic market. In fact, one of India's most famous qualities - jugaad - is indicative of an innovative mindset.' According to Simran Lal, CEO of Good Earth, 'It's important that we bring rural design and India's rural design communities along on this journey.' Time is now ripe for India to upgrade to a design-driven manufacturing ecosystem, attract global investments, partner with global corporations and manufacture for the world, but without losing the focus on serving the needs of the large local market. Read on...
The Indian Express:
Make in India Week - Putting design at the heart of manufacturing
Author: Pooja Pillai
Mohammad Anas Wahaj | 07 feb 2016
Team of researchers from University of Illinois at Urbana-Champaign, Prof. Dipanjan Pan (Bioengineering), postdoctoral researchers Manas Gartia and Santosh Misra, along with Dr. Leanne Labriola, an ophthalmologist at Carle Foundation Hospital, are collaborating to develop a portable sensor that can quickly and inexpensively detect whether the eye injury is mild or severe. The device measures the levels of vitamin C in the fluids that coat or leak from the eye. According to Prof. Pan, 'The sensor takes advantage of the fact that the ocular tear film - the viscous fluid that coats the eyeball - contains low levels of ascorbic acid, which is just vitamin C, while the interior of the eye contains much higher levels. So the concept is, if there is severe damage to the eye that penetrates deeply, the ascorbic acid will leak out in high concentration.' Dr. Labriola says, 'The new device will change the standard of care for evaluating eye traumas. This technology has the ability to impact a large number of patients, particularly in rural settings, where access to an ophthalmologist can be limited.' Researchers suggest accident sites and battlefields as other places where the device will be of great use as chances of eye injury are high there. Prof. Pan comments on the new engineering-based medical college coming up at UIUC, 'This is a perfect example of physicians and engineers working together to find solutions to current problems in healthcare.' The team is further collaborating with a U of I industrial design professor to build a housing for the sensor that will be portable and easy to use and have founded a startup to bring the device to market. Read on...
Illinois News Bureau:
Portable device can quickly determine the extent of an eye injury
Author: Diana Yates
Mohammad Anas Wahaj | 18 dec 2015
Although government of UK states that the creative industries in the country now equal £76.9 billion per year, and the design sector seeing the biggest growth. But there is another debate brewing in UK regarding the condition of design and creative education. According to John Sorrell, founder of London Design Festival and Creative Industries Federation, 'Schools in UK saw a 50% decrease in students taking design and technology GSEC (General Certificate of Secondary Education) subjects in the 10 years leading upto 2013, and 25% drop in other craft-related GCSEs between 2007 and 2013.' He says that the government is reducing investments in creative education that would eventually lead to inadequate development of the next generation of creative talent. He explains, 'It is the government's calling card everywhere in the world...it's this amazing work we're part of which makes Britain so loved by the rest of the world - our creativity.' He further adds, 'If we can get our act together and work together we can take advantage of the opportunities in international development that certainly China is going to be doing in the next 20 years.' Similar sentiments were recently voiced by this year's London Design Medal winners, Edward Barber and Jay Osgerby, who said 'UK government doesn't value the role of creativity.' Another angle to this debate was provided by inventor James Dyson, who criticized the UK government's steps regarding the foreign students to return home after completing their education. This immigration plan will threaten UK's status as a global design and architecture center. Read on...
Mohammad Anas Wahaj | 13 dec 2015
It has been observed in many cases that science fiction writers have talked about products that became reality later on. For example earbud headphones were first mentioned by Ray Bradbury in his classic novel 'Fahrenheit 451'. Emphasis on technological development and advancement is also part of economic agendas of many nations. Japan is one country that gives siginificant importance to merging technology with social and economic development. Japanese Prime Minister Shinzo Abe and his economic roadmap, often termed as 'Abenomics', puts technologies like Internet of Things (IoT), big data, robotics and artificial intelligence (AI) at the core of his revitilization strategy. Japan leads the world with its strength in robotics by bringing out the first personal robot 'Pepper'. But the robot lacks the expected intelligence as it couldn't pass the Turing Test which is a benchmark in AI to determine how close the machine thinks like humans. Although Japan's strength in industrial robotics is visible but it lags the advancements in IoT, big data and AI. According to Prof. Mitsuru Ishizuka of Waseda University and University of Tokyo, 'Japan is considerably behind the United States in 'deep learning', a central technology in AI, although the country is working hard to catch up...These companies (Google, Facebook, IBM etc) can invest big money in AI and add the resulting new values to their services. In Japan, there are much smaller companies with specific AI technologies.' IBM developed Watson, an AI computer, and over the years it has evolved into multiple applications. The computer's core framework reflects human decision-making (observe, interpret, evaluate, decide) but its data crunching abilities are incomparable. William Saito, Japanese entrepreneur and professional cook, utilized Watson to prepare some unique recipes. Citing Watson's strengths in IoT, big data and AI, Mr. Saito comments, 'Combine Watson with a refrigerator, for instance. You go to your refrigerator and it gives you a recipe based on the food in the fridge prioritized by expiration date.' Japan's focus on creating cyborgs (humans with mechanical parts) is also understandable considering its ageing population and growing need for assisted living. Toyota is collaborating with Stanford and MIT on technologies with emphasis on creating automobiles that assist the driver for safer travel, contrary to the approaches of Google and Tesla Motors that are working on driverless cars. Mr. Saito believes that Japan has to come out of its 'Galápagos Syndrome' and strike a balance between logic and creative thinking and move from electro-mechanical robotics to thinking and self-learning machines. Prof. Masakazu Hirokawa, AI researcher at University of Tsukuba, expresses similar views on Japanese model that focuses more on technology that addresses social issues and is less about creating global solutions. He comments, 'We have the hardware to be able to do it, but the important thing is developing the software...I'm trying to create algorithms that help robots learn and predictively determine what and how humans want them to act through experience-based inferences.' Read on...
Mohammad Anas Wahaj | 29 oct 2015
User experience is one of the most critical factor to be considered while designing a product or service. Great designs make customers feel good, enjoy and above all fully utilize the desired functionality of the product or service for their benefit. Scott Sundvor, co-founder of 6SensorLabs, explains that there are generally two schools of thought in the product design process - 'Design-First' approach, that promotes the process of initially designing look and feel of the product and then make engineering fit that design, and the other is 'Engineering-First' approach, in which the engineering aspects of the product are considered first while the industrial design works under constraints of the engineering specifications e.g. hardware, components etc. Apple generally applies the design-first approach and gives substantial importance to the aesthetics of the product, and of course without compromising on the engineering. Mr. Sundvor suggests that startups and companies with relevantly less funds as compared to Apple can find success by following the engineering-first approach. They should focus on the utility of the product i.e. providing better usability and functionality. Hardware startups that pursue crowdfunding to generate capital often sell products with a different initial industrial design while ship something else. This generally happends due to lack of convergence of engineering and hardware aspects with the industrial design. In other cases it might happen that original industrial design was not manufacturable or the cost to manufacture it was too high. Startups and companies on low budget can avoid such problems by focusing first on making the product work and then create aesthetic aspects of industrial design around it. Engineering team and industrial design firm should work together closely. Product leader should be created within the product/engineering team to coordinate collaboration between the two and should gather feedback from all sources including user's perspective and engineering constraints. The selection of the right industrial firm could be a challenge and should be done by doing thorough research based on budgetary constraints, product requirements and the design firm's capabilities. Once the selection is made product/engineering team should pitch their product vision and specifications to the industrial design firm. The design firm should be convinced regarding the long-term viability of the product. To raise funds after this would depend on the high-quality prototype design that comes through a partnership with the design firm. Startups should be prepared to spend right amount of money to create this prototype and if they don't have much funds they should consider giving equity to the design firm. This is the critical stage of product development and startups shouldn't shy away from pulling all the strings to get a good design firm to work on their product vision and specifications. Read on...
Mohammad Anas Wahaj | 21 oct 2015
In a highly competitive automobile industry in India, companies have to safeguard and secure their industrial designs by going through a registration and validation process. Sarthak Saran of BananaIP explains the step-by-step procedure to file a design application in India and how the companies should devise strategies and protect their designs. According to Mr. Saran, 'Industrial design means the shape and configuration of an article. Design does not protect the functionality of any product. It protects only the ornamentation of the product.' He also explains situations in which a design is considered to be invalid by the Controller of Design. In case there are no objections to the design by the Examiner and the Controller of Design accepts the application, it is registered and published in the patent office journal ordinarily within one month. The design is generally valid for a period of 10 years and can be renewed for another 5 years. The total number of registered designs by major companies in the automobile industry are - Tata Motors (396); Mahindra & Mahindra (205); Hero MotoCorp (85); TVS Motor Company (72). Read on...
Industrial Designs for Automobile Industry in India
Author: Sarthak Saran
Mohammad Anas Wahaj | 25 sep 2015
Design thinking is used by organizations to spur innovation. It is often a source for product innovation teams to generate radical new product ideas and concepts. Once applied effectively and become a part of organization's culture it can emerge as a sustainable competitive advantage. According to Professor Michal Herzenstein, who teaches marketing at University of Delaware, 'Radically new products are products that allow consumers to do something that they couldn't have done before. They are products that create a shift in consumption - how consumers respond to and use products.' Her chapter 'Optimal Design for Radically New Products' alongwith Prof. Steve Hoeffler of Vanderbilt University and Tamar Ginzburg of Vanderbilt University, appears in PDMA Essentials book titled, 'Design and Design Thinking' by Michael I. Luchs of College of William and Mary, Scott Swan of College of William and Mary, Abbie Griffin of University of Utah. Prof. Herzenstein provides six processes that product innovation teams need to implement to create ideas for radically new products. Large organizations can use them in an ascending sequence with a focus on communicating the goal of achieving breakthrough product to innovation team. While smaller companies and startups can pick any process that they feel will assist them to learn more about developing radically innovative product ideas. The six processes are - (1) Communicate the Challenge Goal Toward Radically New Products. (2) Shift Time Frames to Future and Past. (3) Promote an Emerging Technology Focus Across the Product Consumption Chain. (4) Promote the Use of Analogical Thinking. (5) Look for Novel Ways to Solve Simple Problems. (6) Leverage More Ideators Via Crowdsourcing. Read on...
Product Innovation Educators Blog:
6 Processes for Generating Ideas for Radical Innovations
Author: Chad McAllister
Mohammad Anas Wahaj | 30 jun 2015
In addition to 'Make in India' initiative, it would be the right opportunity and strategy for India to also promote arts, design, and other creative concepts and activities. The creative community in India holds a view that 'Make in India' campaign should be complemented with participation in international art shows and cultural reach-out campaigns and also an upgrade of India's design standards. Feroze Gujral, philanthropist and art enthusiast, says 'The world now considers India to be the most important market for art and it would be prudent to participate in art fairs and organise cultural reach-outs that would tell the world about contemporary India.' Peter Martin of APCO Worldwide considers India's soft power potential as significant and suggests that more emphasis should be given to tap it. According to Latheesh Lakshman, artist and designer, 'India needs to set up art fairs and participate in such events abroad...such events would also promote a design revamp in India. There is a significant lag in the design potential of India and the standards that are in operation today.' Product designer Satish Gokhale says, 'Make in India campaign must have a design component that will focus on making manufacturing design-centric. In India, we have not fully understood the significance of design and application of design thinking. The Make in India campaign can even change the way of green growth of our country if synced with design and design thinking.' He further points out that India's creative potential will get a boost by adding a cultural reach-out and design platforms as part of the campaign. Although national design policy was brought out in 2007 that considered a need for design overhaul in India to improve manufacturing competitiveness, there is a lot that is expected from the present government to lead India towards a design-enabled economy. Read on...
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