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    [post_content] => “We’re basically sending a Kleenex box into space.”

 

That’s how Russell Trafford described a project that three professors and more than 100 undergraduate and graduate students in the Henry M. Rowan College of Engineering have been working on for more than 2 ½ years.

 

Size-wise, that was a pretty good take by Trafford, who with fellow Ph.D. candidate Adam Fifth serves as project manager. The heart of the project is a 4x4x4-inch cube.

 

But content wise, the work that has absorbed teams in and out of Engineering Clinics is a far cry from the little boxes that hold pastel-colored tissues.

 

First from a New Jersey university

 

They have been developing a CubeSat research nanosatellite, weighing less than three pounds, as part of NASA’s seventh round of its CubeSat Launch Initiative. Rowan is the only college or university in New Jersey ever selected for the program.

 

The Rowan CubeSat, called MemSat, will evaluate a newer type of memory technology to determine whether it is better than the most common technology used today, comparing the behavior of memristor memory devices against standard, silicon-based memory technologies to determine potential advantages and/or disadvantages of memristors for space and other applications. Among other things, the team will measure the effects of heat and radiation on the memristor.

 

Memristors are electronic devices in which information is stored in the resistance state of the device and can be retained during power-off modes, allowing for energy-efficient power shutoff as well as system resiliency during power failures.

 

Electrical and computer engineering doctoral student Trafford, 25, from Cape May, said a memristor could enable someone to store the contents of the entire Library of Congress on a flash drive.

 

Astronauts to deploy

 

The Rowan team, led by Drs. Sangho Shin, John Schmalzel and Robert Krchnavek, expects to deliver its auxiliary payload to NASA’s mission integration company, NanoRacks, by the end of February. The firm will in turn deliver it to NASA, which will launch it on an Orbiotal A-T-K Cygnus rocket from the Wallops Flight Facility south of the Maryland-Virginia border, sending it on a resupply mission to the International Space Station tentatively in the early spring.

 

“When the astronauts have a chance, they will deploy the CubeSat,” said Schmalzel, founding chair of the Department of Electrical & Computer Engineering. “That entails a robotic arm dispensing it into space. Hopefully it will still be there for about 12 months before it burns up.”

 

Once in space, MemSat will obtain data as it orbits the Earth, referring that data back to Engineering Hall to an 18-foot antenna on the roof of the building. The antenna will transmit data to a radio/computer setup in Room 309 of Engineering Hall.

 

NASA chose Rowan for the program in 2016, along with 19 other projects from 12 states. These projects comprise work done by universities, non-profit organizations and NASA field centers, including California Polytechnic University; the Jet Propulsion Laboratory in Pasadena, California; NASA's Langley Research Center in Hampton, Virginia; and the United States Naval Academy.
Benefitting students and science
“We were given a fascinating opportunity to deploy something we build in house into orbit. Besides contributing to the assessment of emerging technology, our CubeSat project will make it possible for our engineering program to include future nanosatellite spacecraft systems,” said Shin.

 

Rowan electrical and computer engineering, mechanical engineering, chemical engineering and chemistry students, some working on hardware, some on software, have focused on the project during Tuesday and Thursday Engineering Clinics and also as part of independent projects.

 

Tanner Smith, 20, of Cherry Hill, is a junior electrical and computer engineering major who sees value in the present work for his future career.

 

“At Rowan, we have the clinic system, which really helps because it gives you practical experience.” Like his classmates, he had from about 150 clinic projects to select, and he looked for one that would be a good fit for his software experience. “I saw an interesting opportunity where I could be a part of a project where I would send a satellite into space,” he said.

 

Brian Dixon, 25, of South Brunswick, who is pursuing a master’s in electrical and computer engineering, is one of about 10 students working on MemSat this semester.

 

He appreciates the chance to conduct hands-on work on the project, which he said would not be an opportunity at every university.

 

“There is a pile of parts over there that’s going to be put together and put in a rocket and thrown out of an airlock,” he said. “It’s crazy.”

 

He’s excited about this project in particular, he said, “One, because space is cool. And two, I’m never going to get into space, but something I’m building is going into space.”

 

For additional information on NASA's CubeSat Launch Initiative, visit: http://go.nasa.gov/CubeSat_initiative
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NJ Tech Council

NJTC TechNews

Home /  News /  Tech News  NJ Tech Council

Fall 2017 Edition

We have had an amazing fall thus far as we kicked off our first Jersey Tech Week with a blockchain themed FinTech Conference. A week later we hosted a transformation and resiliency focused CIO Conference and Awards with the CIO of Bristol-Myers Squibb keynoting. Later in October, we presented the inaugural Women in Tech Conference which featured a fascinating talk by a scientist from Habit who was followed by corporate and academic panels as well as mentoring sessions.

Next up is our 21st annual Awards Celebration on November 16 which I hope to see you at. The companies and universities that make up our region are some of the best in the world, and we’re thrilled that every year we’re able to shine the spotlight on them. A few weeks later, learn about managing multiple generations at our December 7 Leadership Summit. That same afternoon, join us at Tech Day which will feature Acceleration and Data Summit talks, panels and pitches.

It’s been a fantastic year and we’ve recently added two great team members, Ana Mazumdar and Victor Filion. Come visit us and meet them at our office and co-working/workshop

– James C. Barrood, President and CEO, NJ Tech Council

Judith Sheft - New Jersey Institute of Technology

Spotlight

Tell us about your professional journey. I started my career at Bell Labs in Naperville, Illinois working on traffic engineering methodologies for telecommunications switching systems. The telecoms wanted to properly size their systems so calls would go through during peak load periods such as Mother’s Day or Christmas. I worked on mathematical algorithms using extreme value statistics, the same approach used for building dams to withstand the 1000-year flood to solve that problem. From there I moved into the semiconductor division of Western Electric (what ultimately became spun off as Agere) to work on strategic alliances and partnerships with both small tech start ups and large international partners and management of intellectual property. I then had the opportunity to move to the academic sector at NJIT and was initially focused on IP management and technology commercialization – leveraging skills I developed at AT&T. That role evolved so that I am now part of the NJII organization where I focus on regional economic development and technology commercialization having responsibilities for management of the high technology and life sciences business accelerator/incubator, the Enterprise Development Center, the HealthIT Connections entrepreneurial cluster development program and the Procurement Technical Assistance Center. I am on the Board of Advisors to the NJIT Murray Women’s Center and mentor students and faculty that are pursing entrepreneurship. Since 2007 I have been a member of the NJ – Israel Commission and I serve on the Board of the New Jersey Entrepreneurs Network, Greater Newark Enterprise Corporation, Women’s Center for Entrepreneurship Corporation and Einstein’s Alley.

What did the landscape of the NJ tech ecosystem and life sciences look like when you started? What does it look like today? NJ’s tech and life sciences eco-system was fragmented with few people working on their own startups. NJ was very much a big company state and all the big companies were self sufficient (or thought they could operate that way). They were very insular – not open to ideas from other places. NIH was the watch word of the day and that stood for Not Invented Here. At the time the overall culture was not very entrepreneurial. It was said that in NJ if a tech person lost their job they would start sending out resumes, while if that same person lost their job in Silicon Valley they’d start sending out business plans and investor presentations. I am happy to say that now the entrepreneurial culture and eco-system in NJ has evolved to be collaborative [corneroffice] FALL 2017 5 WWW.NJTC.ORG and thriving. In fact, we are seeing entrepreneurs move businesses to NJ because of the excellent opportunities and resources in the state around the various developing key industry clusters.

What accomplishments are you most proud of at your tenure at NJIT? I am most proud of the work I have done supporting diversity and inclusion of underrepresented minorities and women in the tech and life sciences entrepreneurial community. Studies by Institute for a Competitive Inner City and the Kaufman Foundation note that women and minority entrepreneurs face greater challenges in the areas of networking, education and access to capital. In addition, there is a distinctive lack of role models as only 5% of tech companies are led by female CEOs, and blacks and Hispanics represent a minority of the tech/STEM workforce. I have been a strong advocate for diversity and inclusion at the NJIT EDC tech and life sciences incubator. Approximately 35% of the client companies are women or minority led – well above the national averages. Programs that have been developed at the EDC help entrepreneurs accelerate the successful development of early stage and start up companies. These programs and connections to the broader NJ/ NY regional entrepreneurial eco-system help combat the challenges typically faced by women and minority led entrepreneurs addressing issues of size, scale and capabilities. The EDC has connections to over 100 investors and various resource groups such as New Jersey Technology Council (NJTC), New Jersey Entrepreneurs Network (NJEN), and various funding groups including the NJIT Highlander Angel Network. The social connections that I have developed with all these groups help women and minority entrepreneurs gain access to critical resources. Many of the women and minority entrepreneurs have gone on to win funding awards from the NJEDA, American Express Make Mine a Million, NJTC Venture Awards and other honors.

What do you see as the biggest challenges you see across the community? Academic side/Industry side – challenges facing the state?

  • Educating technology students
As technology entrepreneurs it is easy to get excited by the technology and adopt a field of dreams mentality – if we build it they will come. It is critical that we step back and ask the question – so what, who cares? Is this product or service solving a need - providing value to a customer that they are willing to pay for? Is there a sustainable business model? Programs such as the NSF I-Corps based on Steve Blank’s work on the principles of lean startup using tools such as the business model canvas provide approaches for entrepreneurs to quickly validate their ideas. We have been able to utilize the I-Corps model with our students as an NSF I-Corps site helping them think differently … even if they are not interested in entrepreneurship as a career option.

Another challenge is creating the open innovation eco-system and making it easy for companies of all sizes to find and access external resources and capabilities. Frequently we hear about the challenges of figuring out how to work with a university partner. The motivations and incentives on both sides are different, so can they work together? The answer is yes. NJ universities are open for business. NJII – the New Jersey Innovation Institute @ NJIT is an example of a unique approach to flip the traditional academic /industry model. At NJII we want to listen first to customer’s challenges and then see how we can find the capabilities to solve those challenges. We are set up along both industry verticals and core capabilities to leverage strength across NJ to address industry needs.



What can the government do both local and national, to help the innovation ecosystem thrive? The role of government is to act as facilitator and catalyst and get others from the private sector to get engaged. There are many important players in the eco-system and it critical for government to help remove barriers and red tape. Government funding programs such as the federal SBIR and STTR can be important sources of early funding for tech based start ups. Government should not be in the business of trying to pick winners or losers but should help create the conditions where firms can grow successfully. It is important to help companies get started and it is even more important to help them develop strong roots to thrive successfully into the future.

What do you want to be remembered by? There are two quotes that are favorites of mine. One is an African saying: “To go fast go alone - to go far go together.” And the other is a Zen Proverb – “When you reach the top of the mountain keep climbing.” I want to be remembered as someone that helped entrepreneurs go far together by connecting them with the resources and partners that they needed to accelerate their growth. One of our current programs for working with entrepreneurs in the Health IT space is called HealthIT Connections. The Connections part of the title is a very deliberate part of what the program is all about. Yes, we provide six peer group learning sessions and one-on-one coaching, but the real strength of the program is the connections that get made between cohort members and with others in the health IT eco-system - providers and payers. I also want to be remembered as someone that helped others reach beyond their comfort zones to achieve more then they thought possible – to go beyond the top of the mountain.

New Jersey is as Good for Amazon as Amazon is for New Jersey

Pluggedin

When Amazon considers New Jersey, it will already find talent, location, and play

Amazon should choose New Jersey for its vaunted HQ2. In the end, we won’t offer the biggest package of incentives or the lowest cost of doing business. But Amazon should (and likely will) come for three reasons: talent, location, and play. More than 500,000 of the planet’s smartest tech professionals already live in our region. We are blessed with the richest collection of educated immigrants and their offspring: remarkably successfully people who have made this state exceptionally rich, resilient, and sticky. These talented professionals — along with our homegrown talent, educated in some of the nation’s best K-12 schools and universities — will help Amazon continue to grow and transform new industries. What’s more: East Coast talent is simply more loyal and less likely to change jobs every oneto-two years for the next best offer — and that’s a refreshing bonus for West Coast tech giants.

Location We already offer quick access to New York City, Philadelphia, Boston, and Washington, D.C. via public transportation. Soon, smart-city innovations and ridesharing will make access throughout our state and region even easier. Furthermore, our collective resiliency, particularly after Sandy, ensure that we and our infrastructure are better prepared than most states for future storms. With access to four international airports, we offer uniquely direct connections to the rest of the planet. All this accessibility saves time, today’s most valuable commodity, especially for the tens of thousands of well-paid, educated workers Amazon’s new headquarters will employ. Of course, Amazon already has a huge footprint in New Jersey, from its sprawling warehouses to the headquarters of Audible, Amazon’s pioneering, exceptionally successful subsidiary. (I expect Audible founder and CEO Don Katz to be our greatest advocate to Jeff Bezos, but alumni and friends from his alma mater, Princeton University, will be telling New Jersey’s story, too.) Whether Amazon chooses a city, a suburban area, or a combination of both, the state offers abundant housing in all price ranges. And our suburbs are again becoming a key strength, with migration taking off as millennials raise kids and want more space to spread out, walk their dogs, and enjoy long runs and bike rides. Which brings us to…

Play With all the culture and nature throughout the region, Amazon workers will have the best of all worlds. They’ll enjoy easy access to the nation’s — and world’s — great cities, with a multitude of wonderful opportunities for intellectual stimulation, experience, and enrichment. They’ll appreciate our tremendous natural diversity, the opportunities our beautiful mountains, plains, and beaches provide to disconnect, recharge, and revitalize. And they will especially appreciate our human diversity, how this state and region embraces all who come here. Our robust technology community will engage them across the state at hubs and hot spots the Tech Council continues to nurture (Jersey Tech Week in the fall and Jersey Innovation Week in the spring highlight the dynamic energy of our communities).

Making New Jersey even better When Amazon considers New Jersey, it will already find talent, location, and play. Beyond additional financial incentives, how can we make New Jersey even more attractive to them — and to all other technology companies seeking a great place to grow? Next to our people and educational systems, infrastructure may be our greatest asset. Working with the federal government, we need to revitalize it for the next generation. We need to be aggressive — indeed visionary — in making large infrastructure investments that will pay enormous dividends in the short and long term. New Jersey also needs to act as a platform for incubating and scaling new technologies. If we commit to it, there’s no reason why we can’t become the East Coast hotbed of innovation for autonomous vehicles, drones, smart cities, and the Internet of Things. Continued investments in K-16 are needed, to add seats at universities and prevent a brain drain, and to ensure that robust research initiatives continue, many of them supported by federal grants. Of course, our K-12 schools need more resources to remain top-of-class in the nation and provide a robust pipeline of skilled workers for all types of jobs. With the right leadership, we can extend New Jersey’s advantage as the preferred location of technology and life-science companies. Let’s welcome Amazon, but let’s also look beyond one big fish to the entire technology ecosystem. Let’s attract Amazon, but let’s also position ourselves to attract the next Amazon, and the all-important small-to-mid-size growth companies that are our most vital job creators.

Inspiring the Next Generation of Health Care Innovators

Education Highlight

Rutgers Robert Wood Johnson Medical School aims to educate, collaborate and accelerate medical commercial ventures. John Dutton learned his first lesson in entrepreneurship the hard way.

“I had a great idea for a medical product, a patent and a business plan – and still I got scooped,” says Dutton, who was 22 and a researcher at Children’s Hospital of Philadelphia when he watched another company make good with a variation of his invention.

The following year, as a first-year student at Rutgers Robert Wood Johnson Medical School, Dutton and two classmates, Steven Shterenberg and Matthew Michel, launched Rutgers Biomedical Entrepreneurial Network (BEN). Their goal: to give medical students the tools they need to develop innovative solutions in the clinic and cultivate an entrepreneurial culture at Rutgers.

“I wanted to help educate others interested in getting their ideas to market so they wouldn’t make the same mistakes I did, to give them the best chance of success in solving the problems in the health care arena,” says Dutton, a fourth-year RWJMS student and co-developer of an information-guided patient discharge platform known as Suretify, his second company.

Today BEN, in its fourth year, is going strong. Each month 20 to 30 RWJMS student-members come together for inspirational talks and workshops centered on biomedical and health care innovation and entrepreneurship. Medical students gain hard skills such as how to raise money, enter pitch competitions and network with potential collaborators.

“Our primary goal is to educate medical students on how to be health care disruptors,” says BEN’s 2017 co-president Gregg Khodorov, who received his MBA at Rutgers and interned at Pfizer before beginning medical school at RWJMS in 2016. “Medical students today recognize that times are changing and that innovation is the key to making a difference on a grand scale in health care, especially in this new era of digital medicine.”

Last year, Khodorov and BEN’s 2017 copresident Julia Tartaglia hosted an inaugural BEN Health Innovation Summit, which drew an audience of 130 attendees – not only physicians and medical students, but participants from Rutgers Business School, Rutgers’ Ernest Mario School of Pharmacy and, Rutgers’ School of Engineering, as well as industry leaders in the community.

The summit, scheduled this year in February at Robert Wood Johnson University Hospital, also serves as a networking event for all health care stakeholders in the greater New Jersey area.

“As medical students, we have little contact with engineers, programs and industry professionals with whom we could work to innovate within health care. The BEN summit serves to not only inspire the next generation of physician entrepreneurs, but to also break down industry silos by facilitating interactions among physicians, technologists, engineers and businesspeople,” says Tartaglia, who, while at Harvard College, founded the Scientista Foundation, a national organization that empowers pre-professional women in STEM.

One of BEN’s noteworthy successes is its collaboration with Robert Wood Johnson Medical School faculty and Rutgers School of Engineering to create a Distinction Program in Medical Innovation and Entrepreneurship (DiMIE). The program, launched in 2016, is a distinction track in which students at RWJMS develop their ideas with the goal of maturing an innovation toward commercialization by the end of their fourth year.

Entering its second year with 14 students, the four-year program begins with exposure to BEN seminars and, in year two, students partner with clinicians to develop their ideas toward commercialization. By year four, they are expected to create a formal business plan; file a patent; and submit grant proposals for seed funding.

“At the heart of the program is the coming together of diverse perspectives and expertise,” says Susan Engelhardt, executive director of Rutgers’ Department of Biomedical Engineering’s Center for Innovative Ventures of Emerging Technologies (CIVET), who codirects the program. “Students bring fresh ideas to patient care and clinical mentors champion the innovation’s integration into the clinical environment.”

Engelhardt, along with DiMIE’s clinical cofounder Tomer Davidov, associate professor of surgery at RWJMS, help facilitate partnerships with other Rutgers entities, such as the intellectual property law clinic at Rutgers Law School, which assists students with the patenting process, and Rutgers Business School and School of Engineering, which provide support in developing business plans and prototypes.

“Interest and enthusiasm across the university is palpable, but why wouldn’t it be? These students are creative, motivated and help us toward closing gaps in patient care,” Davidov says.

Current DiMIE student innovations run the gamut from applications, such as Suretify’s enhanced discharge process, to systems that detect bioterrorism-induced outbreaks of medical conditions, to medical devices that administer targeted oncology therapeutics.

New Taiwan- Technological and Governance Transformation

Spotlight

Taiwan(Republic of China) is on a new path of a major transformation. Known for its high-tech quality manufacturing, this island nation is now moving into the next level with a nationwide initiative, which is called as 5+2 Innovative Industries Program. This includes Asia-Silicon Valley (Internet of Things), Biomedical, Green Energy, Smart Machinery, Defense and two other areas which are included later- New agriculture and the Circular economy. It is a major collective effort of government, research institutes, universities and the industry.

As part of the USA delegation invited by Taiwan, representing NJ Tech Council and New Jersey, I have visited many companies, institutes, associations, met with Members of Parliament, secretaries and Digital Minister to look into this program. What is amazing in this initiative is the whole country’s combined effort to change from traditional manufacturing to new innovation based model which will provide better future, jobs and evenly distributed economy across the nation.

The direction of major institutes including Industrial Technology Research Institute (ITRI) etc have changed to R&D and Innovation. Now the focus is going to be on total solutions that include hardware, software and services. Educational institutes and training programs are all geared towards this change. Asia-Silicon Valley Association and Taipei Computer Association are aggressively providing support to the companies and investors.

Taiwan’s second largest city Kaohsiung, a sunny major port and manufacturing city, has undertaken a major reconstruction with a modern high-tech library, research parks, art district and major public transportation project to accommodate the new 5+2 Innovative Industries Program. Other major cities including airport city Taoyuan etc. are also heavily investing in infrastructure projects to accommodate new companies.

The country is rewriting its Immigration laws to open up the boundaries and encouraging highly qualified professionals and entrepreneurs to come and stay in the country for longer periods. The incentives and encouragement are going to turn this country into a major destination for high end job seekers and investors.



Taiwan government’s ambitious Renewable energy targets set for 2025 are very aggressive. They include: Eliminate nuclear power, which is now at 14%, lower thermal coal’s share in electricity production to 30 percent from 45 percent, raise the share of natural gas to 50 percent from 32 percent and increase the share of renewable energy such as water, wind and solar to 20 percent of total power output. This initiative is being considered as a huge investment potential of up to $100 Billion.

Even though Taiwan has couple major problems that include conflict with mainland China(which has  pointed about 1,500 missiles towards this island nation) and not being recognized by most of the countries as an independent nation, this country is a very friendly, open and easy to work with. Taiwan is the 10th largest trading partner with USA with $65 Billion trade. USA is the most favorite country for Taiwanese and even their nation’s favorite game is baseball. Americans get a friendly welcome everywhere across this island nation.

Taiwan’s digital minister Audrey Tang is the youngest cabinet minister. Her personal story became very popular across the world. Tang is a transgender, high school dropout, hacker, an anarchist and a great believer in digital transparency. Tang’s story has given hope and inspiration to many in the world. Keeping this personal life on the side, her ideas are revolutionary and radical in digital transparency and education. All the public documents are being digitized, made public on the internet and traditional education is being radically overhauled by giving individual based education model. Audrey Tang may be a catalyst in the global change to create a future model of government and education system.

Taiwan is a true democratic nation, one of the safest countries to travel in Asia, has a literacy rate of over 98% and 38% of its members of parliament are women (one of the highest in the world). Taiwan’s youth are bright, speak English and hardworking. The climate, safety and food are attractive points for the tourists.

Taiwan is going to spend around $100 Billion for this transformation and it creates major business opportunities. Taiwan is ranked 17th in trade with New Jersey and considering both have high tech focus, it is a natural partner for New Jersey companies.

Andrew Pecora

Spotlight

Talk about your impressive background

I completed a fellowship in hematology-oncology at Memorial Sloan Kettering Cancer Center then joined Hackensack University Medical Center in 1989. Since then, we’ve built our Blood and Marrow Transplant (BMT) program into a national leader, completing more than 6,000 procedures and opening New Jersey’s only pediatric BMT center. The John Theurer Cancer Center at Hackensack Meridian Health Hackensack University Medical Center is the largest in the tri-state area, performing well over 400 transplants annually – in addition to our new BMT program which opened at Georgetown Lombardi Comprehensive Cancer Center in 2014. Our patients also have access to more than 800 clinical trials, including those with our partners Memorial Sloan Kettering Cancer Center and Georgetown University. I am also a professor at the Rutgers New Jersey Medical School and Georgetown University

 How did you come to be head of innovation at Hackensack Meridian Health? What is the most exciting aspect of this job?

Innovation is in our DNA at Hackensack Meridian Health – it is as fundamental to our mission as providing the highest quality of care. The most exciting aspect of this job is saving lives. Our cancer center is one of the few sites that will offer a new treatment for patients with acute lymphoblastic leukemia. Known as CAR T-cell therapy, it involves removing immune cells from a patient then engineering them to seek out and destroy cancer. We also plan to launch the Multiple Myeloma Institute on the campus of the medical school we will open with Seton Hall University next year.

When you look at the landscape of technology and health care innovation, what do you see?

Advances in technology help fuel innovation. Here’s a great example: We launched the Agile Strategies Lab with a terrific partner – the New Jersey Innovation Institute and Judith Sheft, a key leader at NJII. We have developed a Shark Tank-like program where companies and entrepreneurs pitch ways to improve health care. Ideas that are progressing? A monitor to better track patients’ vitals and a device to minimize surgical risk.

 What are the biggest challenges and opportunities in health care?

Improving the quality of care while lowering costs. It’s the Holy Grail of medicine. That’s why we are transitioning to value-based care and away from traditional fee-for-service medicine. The core change is that doctors and hospitals are paid to keep people healthy. We are already realizing tens in millions in savings and our patients are healthier.

Tell us what you’re most excited about going forward? How will Hackensack Meridian Health positively affect the health care system?

We developed Cancer Outcomes Tracking & Analysis (Cota), a digital classification system that tracks gender, age, type and stage of cancer and other qualities. This helps physicians personalize treatment and track cost. An example - we found that spending $4,000 on testing for certain breast cancer patients resulted in actually saving $11,000 because not all patients would have benefitted from chemotherapy.

What trends will define health care in the next decade?

Value-based, patient-centric care and advances in technology – especially gathering and analyzing Big Data.

Collaborations are hard to accomplish, how do you make collaborations work well at Hackensack?

You must be recognized as a leader and innovator before you partner with other systems or companies. Once that’s established you must craft a clear mission together. Here’s a great example. The shared goal of our historic partnership with Memorial Sloan Kettering Cancer Center is simple: find more cures for cancer faster while ensuring everyone has access to the highest quality care.