Many of the issues encountered by start-ups are quite similar. Learn new solutions for your business through our case study program. The company will present an Executive Overview and their two key challenges. Then an assembled “Board of Directors” takes over and suggests possible solutions. But you can too — the audience often sees even better solutions!
Our program spotlights Chilldyne and their unique challenges. Chilldyne makes liquid cooling systems for data centers. Their goal is to vastly improve how electronics are cooled in data centers, and help reduce energy consumption with cost-effective alternatives for air cooling. The Chilldyne Cool-Flo® System is a patented, direct-to-chip liquid cooling system that delivers coolant at a low flow rate by utilizing a proprietary negative pressure pumping system. Chilldyne’s technologies were designed specifically to eliminate the risks associated with liquid cooling while keeping deployment costs low and reducing data center operating costs. The Chilldyne system mitigates risk with its patented leak-proof design.
Dr. Steve Harrington, CHILLDYNE, Chief Technology Officer
Dr. Harrington has over 27 years of commercial experience in the fields of fluid dynamics, thermodynamics and electronics cooling. His unique experience runs the gamut from consumer product development to science. He has been responsible for numerous successful product development projects and IP generations. He holds a dozen U.S. patents and is named on many more. Dr. Harrington also teaches the Senior Aerospace Design class at UCSD.
MODERATOR: Chris Orlando, Co-Founder & Chief Sales and Marketing Officer, ScaleMatrix
Chris leads the ScaleMatrix commercial and strategic efforts around sales, marketing, client engagement, and products. Prior to ScaleMatrix, Chris served as president of the Complex Drive Data Center Group for four years, and held a number of key leadership positions within the hosting and colocation industry. His favorite achievement: Launching highly disruptive and innovative technology (Dynamic Density Control™) into new markets.
“BOARD OF DIRECTORS” (to-date)
Ron Hawkins, Director, Industry Relations, SAN DIEGO SUPERCOMPUTER CENTER
Ron Hawkins is the director of industry relations at the University of California’s San Diego Supercomputer Center, where he is responsible for developing industry partnerships and research collaborations in high performance computing and big data. Mr. Hawkins is a technology industry veteran, having held VP-level management, engineering, and product development positions at companies such as SONY, SAIC, and Titan. Mr. Hawkins’ technology background and interests include high performance and cloud computing, data-intensive systems, big data analytics, microelectronics, and embedded and real-time systems. Mr. Hawkins volunteers as a mentor for the NSF I-Corps program at UC San Diego, is a consultant or advisor to early stage technology companies, and is active on several HPC and big data committees. He received the Master of Information Systems degree from Virginia Tech and the BSEE degree from the U.S. Naval Academy.
John Beane, Founder & CEO, MemComputing
John Beane is a San Diego based serial entrepreneur with 25+ years of experience building startups from conception to scale. Together these firms raised just shy of $200 million in venture capital, and have resulted in 1 IPO and 4 acquisitions returning in excess of $1.5 Billion. Mr. Beane holds 14 (and counting) US and Foreign patents for the complex hardware-software products and solutions that his companies have been based upon. He considers the mentoring and motivating of the teams that build these systems with him among his competencies and certainly among his pleasures.
John is the cofounder and CEO of MemComputing, Inc. The MemComputing technology brings supercomputer performance to standard server based environments when computing today’s most complex mathematical problems. In particular, MemComputing performs especially well in dramatically improving the speed and accuracy of training neural networks and making quick work of the most difficult optimization problems faced in machine learning. MemComputing also has wide application in the computations associated with autonomous vehicles, electronic design automation, drug discovery, delivery logistics and targeted clinical therapies among many others.
5:30: Registration, Appetizers and Networking
7:45: Audience Q & A
8:00: Program Concludes, Networking, Coffee & Dessert until 8:30
REGISTRATION & COST
MITEF Members and MITEF Sponsors: Free
MIT Alums: $50
NOTE: Online Registration ends at midnight, the day prior to the event. If you register online the day of the event, you will be charged $75, the on-site price.
PAYPAL is our payment processor and accepts ALL MAJOR Credit Cards.