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John (“Jay”) Boisseau, Ph.D. is the Chief Executive Officer (CEO) and co-founder of Vizias. Jay is an experienced supercomputing leader with over 20 years in the field, having worked at three supercomputing centers—including founding one—and consulted for two technology companies. Jay’s current position is CEO and co-founder of Vizias (June 2014) and soon (August 2015) Vizias.org (non-profit technology research, education and outreach). Vizias is a small team of talented, passionate technology professionals who are determined to change the world by leveraging their supercomputing and other technology experience, and their interests in mobile technologies and Big Data analytics, to develop new ‘smart city’ and ‘mHealth’ solutions. Jay’s recent work includes working with Dell to further develop its high performance computing (HPC) strategy, vision, and new solutions for a broader use of HPC; developing ‘smart city’ technologies and applications, including mobile and Internet-of-Things (IoT) devices to collect data and communicate information to city planners and citizens; and developing ‘mHealth’ solutions that leverage mobile, wearable, and IoT devices to help in recovery from severe illnesses. Jay recently started the Austin CityUP consortium (July 2015), with a vision of creating an integrated smart city fabric throughout Austin—leveraging mobile devices and IoT collectors, as well as supercomputers for predictive analytics and scenario simulation—in the years ahead to address city issues, empower city planning, and improve city life in general. Finally, Jay is also the director of The Austin Forum on Technology & Society, the leading monthly technology outreach and engagement event in Austin, which he founded in 2006.
Jay graduated with a bachelor’s degree in astronomy and physics from the University of Virginia in 1986 while also working as a computer consultant. He continued to work in Charlottesville for an additional year as a scientific programmer, then he entered the graduate program in astronomy at The University of Texas at Austin. After obtaining his masters degree in 1990, Jay initiated his dissertation research on modeling the dynamics of Type Ia supernovae using Cray supercomputers. This work stimulated his interest in high performance computing and led him to join the staff of the Arctic Region Supercomputing Center (ARSC) as a programmer analyst in 1994 while continuing his supernova modeling research. At ARSC, Jay helped develop and lead several projects and activities in the relatively new center while supporting a growing scientific user community.
Jay completed his dissertation at The University of Texas at Austin and joined the San Diego Supercomputer Center (SDSC) in 1996 to advance his career in high performance computing. At SDSC, Jay became an Associate Director and created the Scientific Computing Department, with groups specializing in applications optimization, performance modeling, parallel tools development, grid portals development, and user support. He led several major SDSC projects for the National Partnership for Advanced Computational Infrastructure (NPACI) and also led SDSC’s participation in the Department of Defense (DoD) Programming Environments and Training (PET) program. He also founded the IBM Scientific Computing User Group while at SDSC.
In June 2001, Jay returned to Austin to create the Texas Advanced Computing Center (TACC) at The University of Texas at Austin. Under his direction, TACC grew in size and stature to become one of the leading academic advanced computing centers in the world, with over 100 staff, world-class supercomputing systems, and several competitive-awarded multi-million dollar federal grants. He established a strong research and development program at TACC and expanded the computational resources by winning two of the largest National Science Foundation (NSF) awards in UT Austin history: for Stampede, deployed in January 2013, which remains one of the ten most powerful computing systems in the world, and for Ranger (now retired), which debuted as a top 5 system in the world and was the largest NSF award in UT Austin’s history at $59 million in 2007. Jay was also one of the leaders in the NSF-sponsored Extreme Science and Engineering Discovery Environment (XSEDE) project, the most powerful and robust collection of integrated advanced digital resources and services in the world. He was also instrumental in the creation and execution of the University of Texas Research Cyberinfrastructure (UTRC) Project, designed to enhance the UT System’s 15 institutions’ research programs by leveraging TACC’s advanced computing systems and expertise.
Allison Warner is the Chief Operations Officer (COO) and co-founder of Vizias. Allison is an entrepreneur and business owner with over 17 years of experience in 3 different ventures. Allison graduated from The University of Texas at Austin in 1991 with a bachelor’s degree in Applied Learning and Development. She was an elementary school teacher for 3 years and was awarded Beginning Teacher of the Year in 1992. Over the next 17 years, Allison owned several businesses and developed expertise in operations, accounting, management, marketing and communications. She joined the Texas Advanced Computing Center in 2010 and served as project manager for the University of Texas Research Cyberinfrastructure (UTRC) Project designed to enhance the UT System’s 15 institutions’ research programs by leveraging TACC’s advanced computing systems and expertise. In October 2013, she became the manager of Communications, Media, and Design for TACC.
In March 2014, Allison co-founded Vizias, a high performance computing and software development consulting firm. Allison’s professional interests include marketing and communications management, business development, and project management.
John is the Chief Technology Officer (CTO) and HPC Software Specialist. He graduated with a bachelor’s degree in Computer Science from Texas A&M University Corpus Christi in 2007. John managed the High Performance Computing Development Center at Texas A&M University Corpus Christi and developed hardware and software for remote environmental data collection systems with the Division of Nearshore Research. John joined TACC and served as the Advanced Scientific Computing Training Coordinator and Research Associate in the High Performance Computing group at TACC. His research focused on developing highly scalable fault tolerant computational methods. John also lead the national XSEDE effort for education and training of researchers, engineers, and scholars on advanced computational resources. John’s professional interests and areas of research include high performance computing, scientific programming, nature-inspired algorithms, computer vision, machine learning, human-computer interaction, and performance evaluation and optimization.
Lisa is a software developer and application specialist at Vizias. Lisa graduated from The University of the South in Sewanee, TN with a bachelor’s degree in Mathematics and moved to Austin as quickly as she could. Lisa worked at The University of Texas at Austin, first as a computer programmer in the Admissions and Registrar’s Offices, where she developed one of the first dynamic applications available on the Internet for the university’s students. She later developed an internet capable application for admission to the university that later went on to serve as the basis for the Common Admissions Application for the State of Texas. Lisa spent her last 15 years at the University at the Cockrell School of Engineering as a developer, project manager, and IT manager for custom software applications, earning a University Excellence Award as well as a national award for a system developed for the school’s career services department. After 22 years, Lisa chose to switch it up with a stint as General Manager of Dynamax, Inc., where her duties ranged from managing relationships with fitness equipment distributors worldwide, streamlining large order fulfillment to meet a demand growth of 130% in 2 years, and attending trade shows, conference, and educational events to demo the use of the product and promote the brand. She left Dynamax to pursue an entrepreneurial endeavor to promote health and fitness through expanding the definition and accessibility of all movement for all people. Lisa’s professional interests lie primarily in anything that helps to promote the social good. She comes to Vizias with an eye to help improve the sustainability and social well-being of all communities.
Matt is currently the Director of Research & Technology for NeuroTexas Institute at St. David’s HealthCare (NTI), and a Research Fellow in the Center of Systems and Synthetic Biology at UT Austin. Matt leads the development of NTI’s research programs in the computational and biomedical sciences, including cancer genomics, big-data analytics, image processing, and computational neuroscience. Matt earned a Bachelor of Science in Plant Biology, magna cum laude, from the University of Maryland in College Park, and a PhD from The University of Texas at Austin in Cellular and Molecular Biology. His dissertation research was based on modeling, simulation, and bioinformatic studies of natural and artificially evolving systems. Matt has also held the position of Biomedical Informatics Program Coordinator at the Texas Advanced Computing Center (TACC) where he led the Center’s efforts in the biomedical computing space.
Scott is an accomplished innovator, entrepreneur and leader with 24 years expertise spanning engineering, the life sciences, biodevices, startups and corporate strategy including 15 years of proven leadership experience spanning all aspects of forming, growing and selling a technology company and 15 years experience specifically in life sciences. Scott sits on the founding board of BioAustin, leads technology development as CTO for TeVido Biodevices and is CEO of Collins Biomedical. Scott earned a Bachelor of Science in Electrical Engineering and both a Masters and Ph.D. in Biomedical Engineering from the University of Texas at Austin. His biomedical research focused on growing blood vessels out of the body and utilizing adult stem cells to enhance the process. He is currently developing bioprinting techniques and processes to form vascularized tissues using human cells for reconstructive surgery. He has proven experience in process automation, robotics and technology deployment. Additionally he has developed and perfected many business and scientific techniques.