For a company to go from a breadboard to a looks-like prototype of an e-textile product, it often requires significant investment and collaboration. This talk aims to highlight challenges in the prototyping process and how new prototyping tools can be used in industry to create a smoother transition from an early, breadboard prototype to a compelling, looks-like prototype.
This presentation will also highlight the design process used internally to develop parts for easier prototyping based on customer experience with bridging this gap. This talk is aimed toward engineers and fabricators who are interested in learning about a new prototyping tool and who want to better understand the challenges of making laminated e-textile looks-like prototypes.
Stacey Burr is Vice President of Product at Google.
Pankaj Kedia is Senior Director & Global Head for the Wearables and Smart Audio segments at Qualcomm Technologies, Inc. In this role, Pankaj is responsible for leading Qualcomm’s efforts to establish and grow its presence across smart watch, kid watch, smart tracker, BT speaker, smart speaker and soundbar segments. Under Pankaj’s leadership, Qualcomm has enabled its customers to ship 250+ products in 50+ countries over the last 5 years. Additionally, Pankaj is also responsible for managing Qualcomm’s engagements with key ecosystem players including Amazon, Facebook, and Google. Pankaj joined Qualcomm in late 2013 in a new business development role and has led its efforts to incubate the wearables segment at the company.
Previously, Pankaj was the director of business development and innovation at Intel Corporation where he was responsible for winning, nurturing, and launching mobility products and technologies. Pankaj launched the Intel Atom processor and led the company’s early efforts to establish its presence and momentum in the tablet, mobile Internet device, and smartphone categories. Earlier at Intel, Pankaj played an instrumental role in accelerating the deployment of Notebook PCs in the industry by defining and implementing the company’s product/marketing strategies and launching a range of products including Centrino, Pentium 4 and Pentium III processors.
Cohort Five fellow Raj Bhakta and his Funxion co-founder Hasan Shahariar started their journey in the field of smart textiles in Jesse Jur’s research group at the North Carolina State University’s Wilson College of Textiles, where they both earned their doctorates in fiber and polymer science. They further honed the startup’s vision while conducting research at the NSF-funded Advanced Self-Powered Systems of Integrated Sensors and Technologies (ASSIST) self-powered wearables research center. Bhakta and Jur went through the NSF I-Corps program in Los Angeles, CA in Fall 2016 where they discovered the biggest pain point facing market adoption of smart textiles was the lack of a high-throughput, automated manufacturing process.
With a background in physics and philosophy from the University of Texas-Austin, Bhakta came into the textiles world seeing a huge white-space opportunity to innovate a material that sits on our human bodies 90 percent of our lifetime as a second skin. He met Shahariar and they quickly became friends sharing a mutual vision to push the boundaries of smart textiles manufacturing and create a platform for realizing a paradigm shift in the trillion-dollar textiles and fashion industries and create a better quality of life for humanity.
Sam Shames is the co-founder of Embr Labs. Sam co-founded Embr while studying at MIT and has been full-time with the company since completing his degree in materials science and engineering in 2014. As a co-founder, he has been involved in all aspects of the business from research and development, to engineering and manufacturing, and marketing and sales.
As the Regional Director of the USPTO’s Silicon Valley Regional Office, Wayne Stacy carries out the strategic direction of the Under Secretary of Commerce for Intellectual Property and Director of the USPTO, and is responsible for leading the USPTO's West Coast regional office in Silicon Valley. Focusing on the region and actively engaging with the community, Mr. Stacy ensures the USPTO’s initiatives and programs are tailored to the region's unique ecosystem of industries and stakeholders.
Prior to joining the USPTO, Mr. Stacy was a partner in the Baker Botts Intellectual Property group. With a computer-engineering background, he has over twenty years of experience litigating high-stakes technology cases, including patent, trade secret, software-based copyright, and technology-licensing disputes. He has served as the lead lawyer in numerous jury trials.
For almost two decades, Mr. Stacy has dedicated his spare time to teaching law students about the realities of litigating technology cases. He has been an adjunct professor at four universities, teaching patent law, patent litigation, copyright law, and PTAB practice. Mr. Stacy also devotes significant time to improving the legal community. He has served on Federal Court local-rule committees, drafting patent local rules. He also served as faculty for the National Institute for Trial Advocacy.
Erika Simmons is the Technical Director for AATCC. Erika is an experienced textile professional with more than fifteen years of standards development experience. Erika received her BS Textile Engineering from NC State University and MBA from Wake Forest University.
George Sun, CEO and Founder of Nextiles, is a trained computer scientist and electrical engineer who received his Ph.D. from MIT in biological engineering. His study focused on sustainable and transformative technologies to imbue organic materials with semiconductive properties. His work was recognized by PUMA and later led their innovation team in embedding wearable technologies into their footwear. Through his work, he saw the ever-growing demand to make wearable technologies more accessible and sustainable for consumer use, and that required a new way to manufacture sensors. George launched Nextiles in 2018 and since then patented several methods and techniques to economically and sustainably sew semiconductive threads into clothing. The technology enables capture of biomechanical motion through fabric. For every bend, stretch, or pull, that information is sensed and communicated via Bluetooth – no straps, rings, wraps, or clunky attachments required. What differentiates this technology is the ability to leverage existing sewing methods, giving George the ability to rekindle the dormant manufacturing industry in New York. As a first-generation immigrant, it is also his mission to maintain ethical labor rights and manufacturing transparency. All of Nextiles’ smart thread technology is made ethically by employees in the Greater New York area.
Ilaria is a business expert with over 20 years in executive roles.
In her past roles with vertically integrated retailers, wholesalers, and clothing manufacturers, Ilaria has led teams in retail, real estate, marketing and management.
As Executive Vice President of Myant, she currently leads operations and is heavily involved in the strategic planning and growth of Myant.
Steven Webster has spent the past 20 years at the forefront of the fusion of technology and design, having held a variety of leadership roles at Adobe and Microsoft. A 4th degree black belt, Steven is also one of the most successful sports coaches in British university sport. Moving to California in 2009 after the sale of his company to Adobe, he most recently left Microsoft in 2014 to combine his passion for sport coaching with his deep expertise in technology. He is now the CEO of asensei, a disruptive sports technology company that brings together technologies such as smart apparel with integrated sensors, motion capture and posture recognition, with machine learning and data science in the creation of an artificial intelligence personal coach.
Madison Maxey is passionate about materials and creative technology. She focuses on bringing flexible, robust circuitry (e-textiles) to scale as Founder and Technical Lead at LOOMIA (previously The Crated). Throughout the course of her work at LOOMIA, she has developed e-textiles prototypes and workshops for companies like North Face, Google, PVH, Flextronics, Adidas and Corning.
Venk is the co-founder and Chief Executive Officer of Nanowear, a New York-based connected-self technology platform for non-invasive diagnostics and chronic disease management built on first-of-its-kind cloth-based nanosensors. The Company was founded in September 2014 and received its first FDA 510(k) Class II clearance in December 2016 for SimplECG, an undergarment capturing and transmitting multi-channel ECG, heart rate and respiratory rate continuously via an iOS mobile application and HIPAA-compliant web portal. Nanowear’s first product launch, SimpleSense, is an undergarment for Congestive Heart Failure monitoring and management
Before Nanowear, Venk Varadan spent ~7 years in Technology Investment Banking, focusing exclusively on venture-backed software and communications technology in which he successfully advised growth companies in over $3bn USD worth of transactions at UBS Investment Bank, Citadel Investment Group and Wells Fargo Securities in New York. Prior to his Wall Street career, Venk spent ~ 3 years in sales and marketing at Eli Lilly and Sanofi Aventis Pharmaceuticals in New York.
Venk received his Masters of Business Administration from Columbia University in Finance & Entrepreneurship and his Bachelor of Science in Biochemistry from Duke University.
Susanne Nejderas is Director of the Smart Textiles Institute, Sweden and Vinnova Wallenberg Fellow at Nordic Innovation House, Palo Alto, USA. She has extensive experience within the textile and fashion industry, both within the smart and sustainable segment but also in relation to other businesses such as the automotive industry. Her international work has brought with it a strong grasp of innovative business strategies and product development in order to achieve targets. Nejderas has held several leading positions in the industry as well as in academia including her degree in M.Sc. in Textile and Polymeric Materials at Chalmers University of Technology and The Swedish School of Textiles.
The Smart Textiles Institute is one of the leading international players in the next generation of smart fabrics, wearable health care and sustainable textiles and fashion. The academic institute (part of Science Park Boras, Sweden) brings together strategic partnerships across academia, business and policy-makers with over 450 research- and company project since the start in 2006. With both national and international partnerships, Smart Textiles is an established player on the international arena with Silicon Valley as example.
Simge Uzun is an innovative PhD candidate at Drexel Nanomaterials Institute, where MXenes were discovered 10 years ago, and Center for Functional Fabrics at Drexel University. Her work involves synthesis and integration of functional nanomaterials into wearable technologies. Using modern textile manufacturing and inkjet printing, Simge fabricates smart textile devices ranging from capacitors to sensors. Simge also initiated collaboration with HP Inc. during her PhD and worked on the development of printed electronics for smart textile applications. She holds an MS in Fiber Science from Cornell University and BS in Textile Engineering from Istanbul Technical University. The findings of her PhD work have been published in high-impact journals and received coverage in numerous national/international media outlets.
Steve Statler is the author of Beacon Technologies, the presenter of the Mister Beacon podcast and SVP of Marketing at Wiliot, a company he joined shortly after it was founded. Wiliot is a Sensing as a Service, cloud and semiconductor company, providing “Cloud Intelligence for Everyday Things” using its IoT Pixel tags. Prior to Wiliot his consulting company specialized in Bluetooth beacon technology, training and advising manufacturers, venue owners, VCs, as well as makers of beacon software and hardware. Previously he was the Senior Director for Strategy and Solutions Management at Qualcomm's Retail Solutions Division, helping to incubate Gimbal, one of the leading Bluetooth beacons in the market.
Dr. Patrick Riehl is an integrated circuit and system designer at Analog Devices in Wilmington, Massachusetts, specializing in low-power system architecture and wireless power transfer. He is the technical lead on the Distributed Motion Sensing Garment project. Patrick is a Senior Member of IEEE. He received the B. A. in Engineering Sciences from Dartmouth College in 1996 and the M. S. and Ph.D. in Electrical Engineering and Computer Sciences from the University of California, Berkeley in 1999 and 2002, respectively.
Keith Beers is a Principal Engineer at Exponent, a global, multi-disciplinary consulting firm of close to 1000 full-time consultants dedicated to solving important science, engineering, health and regulatory issues for clients.
He assists clients in solving the technical challenges and risks encountered during the full life cycle of their product ranging from the design stage, qualification, IP management, release and field failure issues, and litigation support. In the area of battery powered electronics, he has experience and expertise with battery and wearable device qualification studies, quality and reliability studies, risk mitigation strategies such as Failure Modes and Effects Analysis (FMEA), failure analysis, and product recall support.
Keith holds degrees in Chemical Engineering, with a Ph.D. from the University of California, Berkeley and a B.S. from the University of Colorado, Boulder. He is also a licensed chemical engineer by the California Board for Professional Engineers and Land Surveyors.
Scott Hanson is the Chief Technology Officer and founder of Ambiq. Scott invented SPOT, Ambiq’s core sub-threshold technology platform, to enable the world’s most energy-efficient chips during his PhD studies at the University of Michigan. He founded Ambiq in 2010 and led the development of the world record-setting Apollo, Ambiq's first flagship processor. Under Scott's leadership, Ambiq has shipped more than 100 million chips to the world's top brands and has grown into the global leader in ultra-low power solutions.
In addition to his role as CTO, he has variously played roles leading product definition and development, managing production test, and, most importantly, spending a great deal of time with customers to understand their needs and their vision. As a widely recognized innovator in low power circuits, Scott today leads the development of Ambiq's technology roadmap.
Scott's pioneering work in sub-threshold design and picowatt processors has been widely published, with more than 30 leading publications, more than 20 patents on related technology, and a wide variety of speaking engagements. Scott's work was honored by the University of Michigan with the 2014 Arbor Networks PhD Research Impact Award and the 2020 ECE Alumni Rising Star Award and was honored by Ernst & Young as an Entrepreneur of the Year 2020 finalist.
Mike Hopkins is a PhD of Physics with deep experience leading cross disciplinary research teams and driving advances in flexible electronics for over 10 years. His work at Liquid Wire focuses on utilizing liquid metal conductors in stretchable circuits, strain sensors, and pressure sensors for a range of applications including physiological monitoring of muscle and joint movements and VR gesture control.