Transportation Infrastructure in CT Among Nation's Worst; Including Structurally Deficient Highway Bridges

When the Mianus River Bridge on Interstate 95 in Greenwich collapsed 35 years ago, killing three motorists and putting an unprecedented focus on road and bridge infrastructure in Connecticut, it was apparently not preceded by public warnings about the poor condition of the state’s roads and bridges. Today, the warnings are abundant, in Connecticut and elsewhere, including a new ranking which underscores that New England and the Northeast are the epicenter for transportation infrastructure in need of improvement.

The latest comes from a ranking developed by CNBC, which found that 73 percent of Connecticut roads are in bad shape, giving the state a grade of D, while noting that nearly 8 percent of Connecticut's bridges are deficient.  Data from the American Road & Transportation Builders Association (ARTBA)  earlier this year indicated that 332 of the state’s 4,238 bridges were deemed deficient, six fewer than the previous year.    

Connecticut is not the only state in the region with acute infrastructure problems in need of costly solutions.  From the bottom up, the states ranking lowest in the analysis are Rhode Island, New Hampshire, Maine, Connecticut, Maryland and West Virginia (tie), New York, New Jersey, Massachusetts and Mississippi.

The CNBC report said of Connecticut:  “The infrastructure situation in the Nutmeg State is so bad, you could say Connecticut is moving backward. With the state facing a fiscal crisis, Gov. Dannel Malloy had to cancel $4.5 billion in transportation projects last year, proposing instead to restore tolls to the state’s highways for the first time in more than 30 years. That idea, so far, has gone nowhere. As politicians continue to debate, Connecticut roads continue to deteriorate.”

According to data published by ARTBA, Connecticut’s most traveled structurally deficient bridge – and the 60^th most traveled structurally deficient bridge in the nation – is on I-95 in Norwalk, over the Norwalk River at Hendricks Avenue, between exits 15 and 16.  Additionally, highway bridges in New Haven, Fairfield and Hartford are also among the 110 most highly travelled and structurally deficient in the United States, the ARTBA indicates. 

The Connecticut Business and Industry Association has noted that the state's Special Transportation Fund faces insolvency by 2020—despite Connecticut having the seventh highest gas taxes in the nation, adding that this fall, voters will consider a constitutional amendment creating a lock box to protect dedicated transportation funding from being diverted to other uses.

According to Ballotpedia, the measure would require that all revenue placed in the state's Special Transportation Fund (STF) be used for transportation purposes, including the payment of transportation-related debts. The state legislature would be prohibited from spending the fund on non-transportation purposes.

The STF is funded by the motor fuels tax, motor carrier road tax, petroleum products gross earnings tax, certain motor vehicle receipts and fees, motor vehicle-related fines, and a portion of state sales tax.

The top five states with the best transportation infrastructure, according to the CNBC analysis, are Texas, Indiana, Georgia, Ohio, and Tennessee.

Toll Technology, Revenue Considered in Indiana, Minnesota and (Possibly) Connecticut

“Toll technology advancements significantly altered the tolling landscape, expanded the types of toll facilities being operated and improved customer experience,” a report on tolling feasibility developed for the Minnesota Department of Transportation explained.  “New toll facilities using all-electronic tolling are being implemented in several places across the country to add new roadway capacity, manage congestion and provide a sustainable revenue source for asset lifecycle costs.” The 106-page report, issued in January, concluded that more study is needed — if that’s the direction the state wants to take, the Minneapolis StarTribune reported.  The StarTribune noted that “Minnesota doesn’t have the kind of toll-road system that is common on the East Coast and other regions of the country. The E-ZPass electronic toll system, for example, was first deployed in New York 25 years ago and now serves 17 states, stretching from Maine to Illinois to North Carolina.”

The MnDOT study, initiated at the legislature’s behest, cost $175,000 and recommended a follow-on in-depth study, anticipated to have a considerably larger price tag.  The report stated that “results of the feasibility analysis are a high-level revenue assessment based on numerous assumptions and a more detailed study would be required before any decision is made to implement a specific toll project.” The report was prepared by four consultants – the Minneapolis offices of WSB and HNTV Corporation, and Prime Strategies, Inc. and Lock Lord LLP, both of Austin.

Indiana is also giving tolls a careful look, with the type of in-depth study recommended in Minnesota, and proposed by Connecticut Governor Dan Malloy, who signed an Executive Order authorizing a $10 million study.  Malloy’s proposal is to be considered by the State Bond Commission later this week.  “Without transforming the way the state funds its highways,” Malloy said recently, “we will be unable to pay for the large-scale construction and rehabilitation projects that our state needs to ensure continued safe travel while attracting businesses and growing our economy.”

In Indiana, a strategic plan that could clear the way for that state to add tolls to its interstate highways, including inside the I-465 loop in Indianapolis, is currently being developed by one of the companies utilized by Minnesota.

The Indianapolis Star reported earlier this summer that the state signed a $9.6 million contract with HNTB Indiana Inc. to study the impact of tolling and provide project planning if the state chooses to move forward with tolling.  The administration of Gov. Eric Holcomb is required to study tolling under a road-funding plan lawmakers passed in 2017, but a decision has not been made on whether the state will go forward with authorizing a tolling plan, according to published reports.

Under the law, Indiana’s Governor is permitted to draft a strategic plan "if the governor determines that tolling is the best means of achieving major interstate system improvements in Indiana."   That decision has yet to be made.

"He wanted more information to make an informed decision and will use the strategic plan due Dec. 1 as a basis for that," a spokesman for the Governor told the Star. "If after reviewing the plan the governor determines that tolling is not the best option, the state won’t move forward with the remainder of the contract."

The contract with HNTB lays out specific requirements for the consultant if the state chooses to add tolling. For example, the Star reported, HNTB would be required to assist with project start-up for tolls in the Indianapolis Metropolitan Planning Area, which includes Indianapolis and portions of nearly all of the bordering counties.

In Iowa earlier this year, a state DOT report on tolls was received by political leaders with distain.  In an editorial, The Gazette noted the possibility of tolls “is worthy of much more careful consideration than the political class is willing to grant.”  The publication added “Political fecklessness will not solve Iowa’s mounting transportation funding problems. Iowans love driving, we have a lot of roads and somebody has to pay for them.”

“Many Iowans have noticed a pattern in state government, a repetitive cycle of studies, recommendations and inaction. That may serve politicians fixated on their next election, but it does little to solve the very real problems Iowans face.”

https://youtu.be/kQxCVcMUq1s

Video: Connecticut House Democrats

Graphics:  2018 Minnesota DOT Toll Study Report

Community College Manufacturing Program Continues to Expand

Tunxis Community College in Farmington is establishing Connecticut’s eighth advanced manufacturing education programme as employers struggle to keep up with demand for workers. Brian J. Fries, president of Atlantic Precision Spring Inc., a Bristol-based metal-stamping manufacturer, said the college training program, set to launch in August, can’t come soon enough.

“The last thing I need is to have jobs and not have personnel,” he said following a meeting of employers and state education officials at Tunxis in Farmington.

Jim Lombella, president of Asnuntuck and Tunxis community colleges, said he receives phone calls daily “from employers looking for skilled workers.”

Connecticut is benefiting from rising demand for commercial and military jet engines, submarines and helicopters. However, thousands of manufacturers in the state are scrambling to hire qualified workers to keep up with production and fill jobs left vacant by retiring baby boomers.

More than 13,600 manufacturing workers — machinists, welders, tool and die makers and others — are needed, according to a survey by the Connecticut Business & Industry Association.

The state currently operates advanced manufacturing programs at Asnuntuck, Housatonic, Manchester, Middlesex, Naugatuck Valley, Quinnebaug Valley and Three Rivers community colleges.

“Now we have an opportunity to build on that at Tunxis,” Mark Ojakian, president of Connecticut State Colleges and Universities, said at the meeting.

Many central Connecticut manufacturing industries, including automotive, aerospace, defense and medical equipment, are expected to also benefit. The Tunxis program is close to what Ojakian called a “ripe market for manufacturing” in Bristol, Hartford, New Britain, Newington, Plymouth and Southington.

It will offer associate degrees in manufacturing and machine technology. It also will offer certificates in machine technology and manufacturing electro-mechanical maintenance technology.

The program, accommodating 30 to 50 students, will provide course work that meets the needs of manufacturers and avoids a “disconnect between employers in the region and programs on campus,” Ojakian said.

Citing the state’s fiscal troubles, he asked business representatives to lobby the General Assembly for funding for the advanced manufacturing centers.

“We cannot scale this without additional support,” he said.

Lombella said the initial cost will be $700,000 for laboratory equipment, renovation and other requirements. But, he said, there will be a funding gap between the $16,000 it costs the college to educate each student and tuition of $8,500.

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This article first appeared in The Gulf Today, a 36-page English-language daily newspaper based in the United Arab Emirates.

Engineering Entrepreneurship Leads Three CT Institutions to Collaborate in Masters Program

The latest effort to attract talented entrepreneurs from around the world to the state of Connecticut is a new partnership between the University of Connecticut, Trinity College and the University of New Haven, launching a joint Master’s of Engineering in Global Entrepreneurship. It is the first engineering-focused entrepreneurial graduate degree in the state.

The new master’s degree program aims to create what officials describe as “a nurturing ecosystem” to enable novice entrepreneurs to learn best practices, receive mentorship from veteran entrepreneurs, and be “set-up for success.”

The program, which is fully funded, will recruit individuals from all over the world who are in the early stages of developing start-ups, or who have shown an impressive penchant for entrepreneurship, to apply to the program. Accepted students will receive full tuition remission, a yearly stipend, and significant other resources to help them commercialize their ventures.

“This program, and its related initiatives, will be a major step towards bringing in the best and the brightest from all over the world, giving them the tools they need, and turning them into major entrepreneurial advocates for the state of Connecticut,” said UConn associate dean of engineering Mei Wei. “If we can bring them in early, train them, and open up doors toward commercialization, then we can literally help create start-ups from scratch, and help them to grow roots in this state.”

Similar programs are being offered by universities across the country, including at Brown, Dartmouth, University of Pennsylvania, and Villanova.  Some include a focus at the undergraduate and graduate levels, while others are certificate, rather than degree, programs. Support for the Connecticut program comes from CTNext, with a funding match from UConn’s Schools of Engineering and Business, Trinity College, and the University of New Haven.

Kazem Kazerounian, dean of UConn’s School of Engineering, says it is essential to spread the net wide when recruiting in order to bring in the most talented students, regardless of their state or country of origin, in the same way student-athletes are recruited. “We have to search nationally and internationally to assemble the best possible collection of talent.”

John Elliott, dean of the School of Business, says that creating more entrepreneurial programs in a wider variety of academic concentrations will have a significant impact on Connecticut’s economic future.

“At the School of Business, we have a tremendous opportunity to help other entrepreneurs, in the sciences, engineering, medicine, and other specialties, to develop the business knowledge and meet the mentors and advisers who can help them take a great idea and bring it to the marketplace.

The three institutions will work during the next few months to develop the curriculum, establish an advisory board, create a virtual inter-institutional platform, and plan to start recruiting for the first cohort of students. All three institutions have a lengthy pedigree in engineering, and effective programs to advance entrepreneurship at the undergraduate level.  UNH offers the Kern Entrepreneurial Engineering Network (KEEN), focused on fostering an entrepreneurial mindset in engineering students.  Trinity College President Joanne Berger-Sweeney has described engineering, entrepreneurship and innovation as part of the college’s DNA.

The program is being co-led by David Noble, professor-in-residence in management, director of the Peter J. Werth Institute for Entrepreneurship & Innovation, and co-director of the UConn Entrepreneurship and Innovation Consortium; Hadi Bozorgmanesh, professor of practice in engineering entrepreneurship and co-director of the UConn Entrepreneurship and Innovation Consortium; Sonia Cardenas, dean of academic affairs and strategic initiatives at Trinity College; and Ron Harichandran, dean of the Tagliatela College of Engineering at the University of New Haven.

CT Pilot Program Testing Fully Autonomous Vehicles Begins Accepting Municipal Applications

Driverless cars may be coming to a Connecticut town near you. The state Office of Policy and Management, pursuant to Public Act 17-69, has begun accepting applications from municipalities to participate in a Fully Autonomous Vehicle Testing Pilot Program (FAVTPP). The state agency can select up to four municipalities to participate in the pilot program.

The purpose of the pilot program, according to OPM, is to encourage and allow for the testing of fully autonomous vehicles (FAV) on local highways in Connecticut. The goal for the pilot program is to allow a variety of FAV testing to occur in four municipalities throughout the state, bringing Connecticut to the forefront of the innovative and burgeoning autonomous vehicle industry.

Thus far, state and local officials indicate that two municipal application have been filed, from Stamford and Windsor Locks, three additional communities have expressed interest (Bridgeport, Manchester, and New Haven) and at least one additional application is anticipated.  A handful of other communities have expressed some degree of interest, but are uncertain if they will be applying to participate in the pilot program.  OPM expects to begin its review process of the filed applications shortly.

In order to apply, interested municipalities must complete and submit the formal application now on the agency’s website, along with a copy of the City/Town Council’s resolution approving the application.The law stipulates that OPM consult with the Department of Motor Vehicles (DMV), Department of Transportation (DOT), Department of Emergency Services and Public Protection (DESPP) and the Connecticut Insurance Department (CID).

Connecticut municipalities provide a wide range of challenges and opportunities for testing the limits of FAV technologies and services, according to the program description. Examples cited include operation in communities with varying climate and weather conditions, urban and rural geographies, access or lack thereof to adequate transportation and/or workforce opportunities, new and aging infrastructure, varying levels of traffic volumes and congestion and users of multiple modes of transportation including car, pedestrian, bicycle, bus, rail, freight, etc.

Prior to completing an application, interested municipalities are encouraged to search for and partner with interested autonomous vehicle testers.  The application must include “Specific Location(s) and Route Where FAV Testing is Expected to Occur.”  Municipalities are asked to attach a map “with the anticipated location(s) and route highlighted” and to “identify all public roads, all private roads, and any important entities or buildings (i.e. critical infrastructure, schools, hospitals, fire stations, etc.) within/near the testing area.”

OPM also is asking the applying municipalities to describe what it hopes to achieve by participating in the pilot program, why specific locations were selected, and “the municipality’s ability to safely oversee fully autonomous vehicle testing.”

The program requirements include that while operating a FAV, the autonomous vehicle operator shall at all times:

1. Obey all traffic laws, provisions of the general statutes and ordinances of the applicable municipality concerning the operation of motor vehicles.
2. Be seated in the driver's seat of the FAV.
3. Be monitoring the operation of the FAV.
4. Be capable of taking immediate manual control of the FAV.

In addition, municipalities are required to conduct a public outreach campaign to notify local officials, first responders, the general public and local media outlets about their participation in the FAVTPP prior to testing.  At a minimum, as part of the public outreach campaign, the municipality must outline an education program for police and residents regarding FAVs and the municipality’s participation in the FAVTPP; and share the finalized specifications on where and when such FAV(s) will be tested within the municipality as part of the FAVTPP.

The posting of electronic or printed signs at various testing area entry and exit points may be required by the municipality to inform the public and emergency responders when and where testing of FAVs is taking place. The signage must be approved by the municipality’s Traffic Authority, and that with respect to State highways and bridges and State railroad rights-of-way, the planned signage must be approved by the state DOT.

The state law outlines a framework of the minimum requirements to be included in agreements between municipalities and autonomous vehicle testers approved for participating in the Fully Autonomous Vehicle Testing Pilot Program (FAVTPP). The Connecticut law, according to the National Conference of State Legislatures (NCSL), specifies the requirements for testing, including having an operator seated in the driver’s seat and providing proof of insurance of at least $5 million. It also establishes a task force to study fully autonomous vehicles. The study must include an evaluation of NHTSA’s standards regarding state responsibility for regulating FAVs, an evaluation of laws, legislation and regulations in other states, recommendations on how Connecticut should legislate and regulate AVs, and an evaluation of the pilot program.

In the event that a FAV experiences a crash during the FAVTPP in which a death, physical injury or property damage occurs the autonomous vehicle tester and applicable municipality must comply with specific notification and investigation procedures outlined by OPM.  A recent testing death in Arizona continues to receive scrutiny.

According to NCSL, 29 states including Connecticut have enacted legislation related to autonomous vehicles, and the Governors of seven additional states have issued executive orders on the subject.

Dangers of Distracted Driving Focus of New Documentary Produced in CT

A decade ago, local producer/director/writer Jennifer Boyd’s documentary Teens Behind the Wheel brought an EMMY Award and generated impactful airing on Connecticut Public Television and PBS, along with much discussion on news programs and increased awareness at driving schools across the country.  Well, it’s a decade later, and technology has provided the foundation for a sequel that is, in many ways, more troubling than the original. 3 Seconds Behind the Wheel, which debuts on Connecticut Public on Thursday evening, is a new documentary and podcast series that follows the lives of eight drivers over six months using in-car cameras and tracking technology to expose the often-hidden behavior of distracted drivers.

The documentary is scheduled for national release in this fall.  It has been described as a “window into our own lives,” by its realistic depiction of the pervasiveness – and dangers - of districted driving.

Why three seconds? That is the amount of time it takes to send a text message, choose a song, or engage in other activities that can impact safe driving behavior. That is also how long it takes to drive across a football field.

Producers gathered weekly data from subjects in Florida and Connecticut to get an honest picture of the many activities drawing drivers’ attention off the task of driving. Experts from MIT, Cambridge Mobile Telematics, Safety Track, and the University of Connecticut provided monitoring equipment, data storage, and expert analysis. The production took well over a year to complete.

The film also gives audiences a firsthand look at emerging technologies that could one day offer solutions to rising crash statistics. The documentary follows researchers at Google who are using driving simulators to develop next-generation in-car infotainment systems, and explores how one Swedish company is experimenting with technology that could one day allow cars to understand human feelings and make driving decisions based on individual needs.

“While many of these drivers’ habits will shock you, this is a very honest and intimate look at human nature,” said Jennifer Boyd, producer, director and writer of 3 Seconds Behind the Wheel. “And it provides a little insight into some truths about all of us.”

State DOT Commissioner James Redeker noted that distracted driving is a major contributor to crashes and deaths on highways.  Officials also noted that “it only takes three seconds to take a life or to end your own.”

Over the past 20 years, Boyd has produced public television documentaries on topics ranging from climate change to gun control, and she's won 9 Emmy Awards for that work.  Assisting her on the latest project were Catherine Sager, Senior Producer/Corporate Liaison; Cecilia Prestamo, Video Editor/Producer and Script Supervisor; Paul Smith, Director of Photography; and Tom Nelson, Editor. Nancy Bauer, Connecticut Public’s Vice President Sales/Corporate Support, is credited a being a driving force in the decision to research and produce the documentary.

3 Seconds Behind the Wheel premieres Thursday, June 21 at 8 p.m. on Connecticut Public Television and will rebroadcast Tuesday, July 17 at 10 p.m. and Saturday, September 15 at 7 p.m. More information about 3 Seconds Behind the Wheel can be found at 3seconds.org. Funding for 3 Seconds Behind the Wheel is made possible by Presenting Sponsor Travelers with additional support from General Motors and the Connecticut Department of Transportation.

US DOT Looks to Future of Transportation Infrastructure, Taps College Consortium Including UConn for $14.2 Million Initiative

Connecticut’s deteriorating transportation infrastructure, and the lack of sufficient funding to make needed improvements, have been in the news often in recent months.  While not an immediate solution to pressing challenges, an announcement from the U.S. Department of Transportation may provide encouragement for those seeking longer-term remedies. The U.S. DOT has selected the University of Maine to lead the creation of a highly competitive University Transportation Center (UTC), to focus on “improving the curability and extending the life of transportation infrastructure.”

The initiative, to include the University of Connecticut and the Connecticut Department of Transportation, will be called the Transportation Infrastructure Durability Center (TIDC). TIDC aims to help save taxpayer dollars by extending the life of transportation assets, including bridges, roads and rail.

The U.S. DOT will provide as much as $14.2 million over five years for the UMaine-led coalition including UConn, University of Rhode Island, University of Massachusetts Lowell, University of Vermont, and Western New England University.

Additional partners include representatives from the Maine Department of Transportation (MDOT), Vermont Agency of Transportation, Massachusetts Department of Transportation (MassDOT), Connecticut Department of Transportation (ConnDOT), Rhode Island Department of Transportation (RIDOT), and the American Society of Civil Engineers (ASCE) Transportation and Development Institute.

“Along with our partners from all New England states, we look forward to leading research to extend the life of existing bridges, construct longer-lasting assets, and reduce costs for the DOT and the public,” said Dr. Habib Dagher, founding executive director of the UMaine Advanced Structures and Composites Center, and center director of the newly formed TIDC Center.

Officials explain that working with state DOTs, the new TIDC will seek to identify new materials and technologies that maximize the impact of transportation infrastructure investments. The center will work along four pathways:

1. develop improved road and bridge monitoring and assessment tools;
2. develop better ways to strengthen existing bridges to extend their life;
3. use new materials and systems to build longer-lasting new bridges and accelerate construction; and
4. use new connectivity tools to enhance asset and performance management while promoting workforce development, the release said.

According to the U.S. DOT, each University Transportation Center is a consortium of two- and four-year colleges and universities that come together to form a unique center of transportation excellence on a specific research topic.

“Together, they advance U.S. technology and expertise in the many disciplines comprising transportation through education, solutions-oriented research and technology transfer, and the exploration and sharing of cutting-edge ideas and approaches,” USDOT explains.

The U.S. DOT invests in the future of transportation through its University Transportation Centers (UTC) Program, which awards and administers grants to consortia of colleges and universities across the United States.  In the Northeast, other consortia with the same policy focus include a 9-institution UTC led by Rutgers, the State University of New Jersey and a 6-institution group led by Pennsylvania State University.

Other groupings include a 10-institution consortium led by the University of Florida devoted to reducing congestion; a 6-institution effort to promote safety led by the University of Michigan and a 8-institution initiative to improve mobility of people and goods coordinated by the University of Southern California.

The newly announced TIDC will harness the experience of 28 faculty researchers, including a team of five engineering faculty members from UConn, led by Civil and Environmental Engineering Department Professor Ramesh B. Malla, and will train 280 student researchers from all New England states. It will focus on real infrastructure needs identified by DOT partners, and prioritize extending the life of existing transportation assets to ensure cost-effectiveness.

“As a regional and national leader in transportation-related research, UMaine is prepared and ready to take on this work,” said U.S. Sen. Angus King of Maine. “The creation of this new center will allow the university to expand its efforts to tackle the infrastructure problems facing communities not just in Maine, but across the country. This project has the potential to save taxpayer money and improve quality of life.”

“We are eager to partner with this program to support research that will offer new technologies and techniques that ensure taxpayer investments continue to be maximized while also extending the lifespan of our investments,” said Maine DOT Commissioner David Bernhardt.  Officials noted that member universities of the new TIDC have an extensive record of accomplishments in transportation infrastructure research, education and technology transfer.

New England’s transportation infrastructure faces unique challenges due to harsh winter weather and short construction seasons. According to ASCE, Nearly 30 percent of New England roads are rated in poor condition which, on average, costs each motorist $584 annually in extra vehicle repairs and operating costs. Nationally, driving on roads in need of repair costs U.S. motorists $120.5 billion.

Since 1987, the UTC program has advanced transportation research and technology at colleges and universities across the country. Every five years, academic institutions nationwide compete to form their region’s UTC.

CT Aerospace Industry Seeking Strong Presence at International Airshow

Described as “the largest industry event on the aerospace calendar,” the Farnborough International Airshow, to be held in mid-July in Great Britain, boasts more than 1500 exhibitors from more than 50 countries.  Among them will be a contingent from the State of Connecticut, if the state’s aerospace industry suppliers step up and sign on.  At the most recent Farnborough show, in 2016, $14.5 million in sales was reported by Connecticut exhibitors. The State Department of Economic and Community Development (DECD) and the Connecticut Center for Advanced Technology (CCAT)  have invited Connecticut aerospace manufacturers to participate in promoting the state’s world-class aerospace industry at the upcoming show, July 16-22, 2018.  Exhibit space is available on a first-come, first-served basis, with the cost per exhibit set at $11,000.

An anticipated 73,000 industry professionals “from across the globe and a range of aerospace sectors” are expected, including “key global influencers plus the latest thought leadership and industry insight,” according to organizers.  Farnborough’s news network will run a series of talks, panel discussions and seminars, and high-profile keynote speakers “will challenge current perceptions and provide ideas for the future.” Among the featured sessions will be “meet the buyer,” described as a structured approach to putting sellers in front of targeted buyers.

The biennial event is widely recognized for its role in connecting the worldwide aerospace market. It has traditionally been a backdrop for the announcement of multi-billion dollar deals, and for the launch of major innovations.

The state’s exhibit space is to include a prime location in the U.S. Pavilion, with Connecticut companies to receive allocated space to display graphics, literature and parts; pre-arranged B2B meetings at discount price; access to the U.S. Exhibitors Lounge and meeting rooms; company listing in two show directories and logistical support prior to the show and on-site.

Among the participating companies is Connecticut Coining, based in Bethel, a leading manufacturer of deep-drawn metal parts used in aerospace, medical, defense and high voltage tubes.  The 50-year-old company includes among its customers industry leaders manufacturing bellows, joints, bleed, duct (anti-ice, telescopic) assemblies as well as silencers, and crossover & oil cooler systems.

Satisfied Connecticut companies in 2016 include Windsor-based Aero Gear: “I have been trying to get a foot in the door with Rolls Royce for years. This air show allowed me to make the contacts necessary to develop them into a customer. The show was a home-run for Aero Gear,” said Doug Rose, who founded the company in 1982, developing expertise in the design, engineering and manufacturing of gears and gearbox assemblies for the global aerospace industry.

Countries including Mexico, Turkey and the U.S. will be vying for business alongside a significant European presence from Germany, France and Spain as well as the U.K.  Organizers say the 2018 edition will see the largest presence yet from China, with 70 per cent growth in participation since the 2016 show. Japan has increased its presence with a second Pavilion, joining Malaysia, Korea and Indonesia representing Asia.  It all comes just weeks after escalations in tensions among the world’s leading industrialized nations, reflected in the G7 meeting in Canada last week.

Stamford's InventLab Looks to Nurture Technology Innovation

Stamford-based Whitmyer Group, patent and trademark attorneys and litigators with expertise in intellectual property and technology, has launched InventLab™ in its downtown Stamford offices. Described as providing an opportunity for companies developing inventions to “tap into WHIPgroup's tech and IP Law know-how in order to grow and expand their businesses,” the expansion is drawing praise from local entrepreneurial enterprises. It is designed to build upon WHIPgroup’s successful Stamford Tech Entrepreneur Meetup (meetup.com/whipgroup) by offering direct support to qualified local tech startups.

InventLab™ companies are provided with office space and parking, a custom package of complimentary and discounted IP Law services, WiFi Internet, printing, use of conference rooms, kitchen, and space to host Meetups, events. The direct support includes IP legal advice and office space with professional-grade tech amenities at no cost, and is intended to help these companies access other resources in Fairfield County and beyond.

WHIPgroup founder Wes Whitmyer, Jr. explained that “while the firm tends to service the IP needs of large international companies, we saw the exciting growth in Stamford and wanted to share our expertise with local tech firms.  Our recently-expanded offices are ideal for this purpose.  We look forward to getting to know startup and technology businesses in our area, and to helping them with their intellectual property strategies.”

“We are thrilled that WHIPgroup has decided to invest in the growth of Stamford’s Innovation District, and specifically, the local tech community,” said Sam Gordon, program manager for Innovate Stamford. “Following in the footsteps of other top tech communities like Boston and Boulder, this program is a perfect fit for Stamford. We look forward to seeing companies thrive at WHIPgroup’s InventLab™.”

Whitmyer, with patent, trademark and litigation departments, describes the firm as “a law firm built by technology to serve technology companies.” Applications for WHIPgroup’s InventLab™ should be sent to inventlab@whipgroup.com.  Further information about InventLab™ is be available online at whipgroup.com. IP specialties include physicists, mechanical, civil, electrical, biomedical and chemical engineers, computer scientists, and trademark attorneys on staff.

CT's BIO Industry Has Strong Presence at Record-Setting International Convention

Connecticut was one of 18 states to have a strong presence at the BIO International Convention, held this week in Boston. It was a record-setting year, as 18,289 U.S. and international attendees – the most in the last 10 years – participated in what was described as “the epicenter of the biotechnology industry” for four days of programming, 46, 916 partnering meetings (setting a new Guinness World Record for “The Largest Business Partnering Event”) and entertainment. More than a dozen Connecticut companies had a presence in the state’s pavilion at the event:  Jackson Laboratory, Sema4, Genotech Matrix, AlvaHealth, RallyBio, Cantor Colburn, Pfizer, e-Path Learning, Thetis Pharmaceuticals, XViVO, Clarity Quest, Lucerna, Wyant Simboli, Boehringer Ingelheim, Aeromics, LambdaVision, Pattern Genomics.

Also participating were Southern Connecticut State University, Yale University and the University of Connecticut, as well as the City of New Haven, and the town of Branford, along with BIO CT, Connecticut Innovations and the Connecticut Department of Economic and Community Development.  Additional companies from the state were on-hand, although not as part of the state’s coordinated effort.

All told, there were more than 1,000 companies from dozens of nations represented at the 25^th anniversary conference.  The organizations represented at the BIO International Convention include the world’s leading biotech companies, top 25 pharma companies, top 20 CROs and CMOs, and more than 300 academic institutions including the major research labs and government agencies. Organizers indicate that one out of three attendees based outside of the U.S. and nearly 40 percent are C-level executives at their respective companies.

"If you are or want to be any type of a life science hub, you need to be at this convention," Dawn Hocevar, president and CEO of BioCT, recently told New Haven BIZ. "Connecticut participated in the last two conventions, however, this is the largest footprint we've ever had." BioCT is the bioscience industry voice for the state of Connecticut.  BioCT is dedicated to growing the vibrant bioscience ecosystem in Connecticut by supporting innovation, collaboration, networking, education, talent engagement and advocacy. 

This year’s educational programming was more robust and diverse than ever before, according to organizers, with more than 180 educational sessions, including brand new tracks on genome editing, opioids and corporate best practices.

Among the presenters, panelists, and featured speakers was Scott Gottlieb, Commissioner of Food and Drugs at the U.S. Food and drug Association, a graduate of Wesleyan University in Middletown.

https://youtu.be/rT-HCSKcsqU