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Strategic Workforce Development: A Follow-Up Conversation with Hudson County Community College and the International Union of Operating Engineers Local 825

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The Earn & Learn program was funded by a NJ PLACE 2.0 grant through the NJ Department of Labor.
The IUOE has named the hybrid apprentice program “Earn and Learn.” The first student cohort began class in January 2022.

Strategic Workforce Development, an FHWA Every Day Counts (EDC) Round 6 and 7 innovation, anticipates collaboration between government agencies, trade organizations, private agencies, and communities to prepare individuals for the construction workforce. The demand for workers in highway maintenance, construction, and operations is growing, as is the demand for new skill sets required for work with emerging technologies. The recruitment and retention of women and minorities in the construction sector is integral to the initiative. Through on-the-job training and supportive services program, NJDOT is exploring ways to work with contractors, contracting associations, and unions on shaping the future workforce, including programs aimed at increasing representation of women, minorities, and other disadvantaged populations in the construction and operations workforce.

We spoke with Lori Margolin, the Associate Vice President for Continuing Education and Workforce Development at Hudson County Community College (HCCC) and Greg LaLevee, Business Manager, International Union of Operating Engineers (IUOE) Local 825 for an update on their apprenticeship program entitled Earn & Learn.

Earn & Learn Program Background

The IUOE Earn & Learn program is an advanced manufacturing initiative supported by a NJ PLACE 2.0 grant. HCCC and IUOE Local 825 established the program in November 2021 through an articulation agreement. The program gives students the opportunity to be dually enrolled in the union apprenticeship program and HCCC, where they will earn an Associate of Applied Science in Technical Studies degree after they complete 60 credits.

During an 18-month period, participants earn 30 credits from on-the-job training and education provided by the union and are scheduled to earn the other 30 credits from HCCC over five semesters. They attend HCCC part-time, taking two classes per semester and earning six credits per semester on average.  All classes are offered in a virtual modality.

Q. The Earn & Learn program has been operating for a little over one year. How is program implementation going so far?

IUOE 825 will continue to look for opportunities to collaborate with HCCC and other higher education institutions.
HCCC Continuing Education and Workforce Development works with employers to provide training to meet a diversity of needs.

A. Implementing the program with this first cohort of students has been a learning experience for both the HCCC and IUOE Local 825, as this initiative is the first of its kind. Program implementation is going well overall, with challenges noted below. Twenty-four of the 30 students initially accepted into the program remain enrolled. Factors influencing departures included health issues and struggles for some with the academic or other program requirements. The program is on-track to initiate a second round of applications later this year for the spring 2024 semester.

Q. Are you making modifications to either the academic component or the hands-on training based on your experience in the first year of implementation?

A.  As initially planned, students would earn an Associate of Applied Science in Technical Studies degree after they complete 60 credits. However, we have reconfigured the degree to more closely align with the construction industry; students will earn a degree in Technical Studies with a construction concentration.

The course work has been altered to be more directly relevant to the construction industry and to what students are learning at IUOE Local 825. For example, we have replaced some of the math and science courses more directly aligned with the HCCC construction management course work.

While all participants take the same coursework, some modifications are available to accommodate students on different pathways. For example, a student seeking to continue their studies at a four-year university should likely take a Calculus course, whereas those not wishing to continue their education beyond an Associate Degree may opt for other available math courses.

Q. What have been the key challenges you have encountered so far in the program implementation? How have you addressed those challenges?

The IUOE Training Center offers simulations to prepare for operating in-field equipment.

A. One of the main challenges can be scheduling as students must meet the demands of their on-the-job training, as well as their classroom instruction requirements. Construction jobs may be located far from one’s residence and/or require off-peak work hours, which compounds this scheduling challenge.

Many of the participants have not had recent experience with balancing academic demands with on-the-job training. Many of the students are 25 years of age or older and have not been enrolled in school for several years. For such students, re-entering the classroom can be a “culture shock,” and requires them to learn how to prioritize academic studies.

This is often an issue in adult learning so both a HCCC Student Success Coach and the IUOE Local 825 chief academic officer are vital partners in the program. Many HCCC initiatives include a Student Success Coach as a best practice to provide adult students with additional supports with navigating the college in terms of scheduling, instruction, and identifying resources to address other demands so they can attain success. The Student Success Coach often functions as a student advocate and navigator. The value of the Student Success Coach to the Earn & Learn program must be emphasized.

Q. What have been some key takeaways and lessons learned so far with the program?

HCCC and the IUOE are training workers for the construction industry, including highway construction.

A. Creating connections among the student cohort has been an important and contributing factor to students’ ongoing success. Students have been able to develop relationships virtually through class, as well as through the Earn & Learn in-person orientation. We also convened an in-person meeting with students after the first semester to discuss issues and challenges with the Earn & Learn program. The students receive both academic and emotional support and camaraderie from one another and benefit from cohort learning.

Also vital to identifying and addressing program challenges has been the open and clear communication channels established and nurtured between the HCCC Student Success Coach and the IUOE Local 825 chief academic officer.

We have learned that overall program flexibility is key as well. For example, to give students the greatest scheduling flexibility and to accommodate diverse comfort levels, they are given some choice with how their HCCC academic instruction is delivered. Specifically, for some classes student can take asynchronous online classes, or opt for synchronous instruction with a live instructor.

Q. What benefits have been achieved so far from the Earn & Learn program?

A. Many students are surpassing their own expectations for their performance in the program, which is wonderful to experience. As one student shared, “I didn’t think I could do school again.” Most are maintaining high GPAs. I feel that the personal growth experienced by these students will also translate into them becoming better members in the IUOE union and better employees.

Q. Are you aware of any other similar programs generating interest in the construction trade?

Students get “hands-on” time for operating heavy equipment at the IUOE Training Facility.

A. The Earn & Learn program is a bit unique. However, I believe the Carpenter’s Union is working on something with the state Community College Consortium for Workforce and Economic Development and they are referring to their training centers as technical colleges. Some of the other construction trades also have arrangements with higher education institutions, such as with Thomas Edison State University.

Other Construction-Focused Career Initiatives

Q. During our interview last year, the goal of bridging the gap between student age when graduating Vo-Tech (17 years) and entry into an apprenticeship (age 18 required) was discussed. You were trying to arrange for a direct entry from Middlesex County Vo-Tech to a union apprenticeship with IUOE Local 825. Have you gotten any traction on that effort? Are there other construction-focused career initiatives you want to bring to our attention?

A. Opportunities are never lost! We continue to work on advancing this goal with Middlesex County Vo-Tech of bridging student age when graduating Vo-Tech and apprenticeship entry with us. The Vo-Tech’s East Brunswick campus is located 2.5 miles from the IUOE Local 825 training center, so there is a genuine opportunity here for those students.

Ocean County has a heavy equipment program in their Vo-Tech and we [IUOE Local 825] had an initial meeting to learn more about that effort. We also had some of their students come to our training center for a site visit.

There are other exciting education-focused initiatives happening as well. For example, Local 825’s sister organization located in the Midwest has developed a mathematics curriculum for high school students that local districts can use. The curriculum speaks to how the student would resolve math questions as an operating engineer. IUOE Local 825’s academic officer is working to bring that curriculum to New Jersey, perhaps in collaboration with the non-profit Junior Achievement organization, which is focused on developing youth skills to promote economic success.

An innovative Rutgers initiative led by the Rutgers Youth Success Program (RYSP) in partnership with Rutgers Center for Advanced Infrastructure and Transportation (CAIT) recently received new funding through a PACE grant. The RYSP program will seek to place under-represented and justice-challenged young people in transportation and infrastructure careers. The grant will support development of a pre-apprenticeship program for Operating Engineers. HCCC will be the training partner for this 18-month program.

Middlesex County is home not only to Rutgers and IUOE Local 825, but also to many of the construction equipment dealers such as John Deere, Caterpillar, and Komatsu. However, there remains limited interaction between all these potential partners to discuss opportunities to diversify and strengthen the construction workforce.

Q. HCCC is a co-leader with Rowan College in the Construction Center of Workforce Innovation. Can you give us a brief update on that work? Do you collaborate directly with Rowan on these initiatives and, if yes, in what way?

A. This Construction Center of Workforce is part of the New Jersey Pathways to Career Opportunities (NJ Pathways), a collaborative program between the NJ Business & Industry Association (NJBIA) and the New Jersey Council of County Colleges. Year one work has been completed. There are ten centers for workforce innovation, including one focused on construction. HCCC is the administrative lead along with Rowan College of South Jersey for the construction innovation.

The Construction Center of Workforce is one of ten workforce centers partnering with the state’s community colleges.

HCCC’s efforts related to the Construction Center of Workforce Innovation, as well as through several other initiatives including the Earn & Learn Program, helped focus our successful work to expand the offerings in our construction management program. We have had an Associate Degree in construction management for a while, and now we also offer a one-year academic certificate requiring 34 credits and 2 proficiency certificates in either construction administration or construction technology requiring 13 or 14 credits. We also offer seven-to-nine individual courses that offer certification in specific areas of construction management. Students can opt to take one or two courses or all the offerings. If students opt to take these offerings as a noncredit course, they can transfer or articulate for credit in the HCCC Construction Management academic certificate or degree program.

HCCC also offers the opportunity to earn a National Institute of Certified Engineers and Technicians (NICET) certificate for the field of Asphalt Testing and other similar offerings, all of which have been very popular. In all, by offering these different degree and non-degree options, students are afforded flexibility to acquire skills that best meets their career advancement goals. This work also helps us advance equity goals as well, as students can learn at their own pace and effectively build their own career pathway beginning where they wish to start.

Q. Do you see any ways that NJDOT’s Civil Rights, Human Resources, or other units could engage with you to advance programs in NJ?

A. The State and NJDOT are seeking greater diversity, equity, and inclusion in the construction field and on job sites. To achieve this goal, we need to operationalize strategies that will encourage greater diversity among persons who are considering construction as a viable career path and who may apply for construction jobs. Incremental progress in this regard is possible if we work together. We must look beyond meeting a requirement for a specific number of diverse workers on a job site – instead we should focus attention on developing a plan to generate overall interest in the field and set mid-point goals toward achieving that plan.

On another note, generating interest for a career in heavy equipment operations among youth, especially among youth living in urban areas, is challenging as these individuals often have little exposure to our trade compared to those who reside in more rural areas and who may have experience or familiarity with farm and other heavy equipment. Working with the Junior Achievement organization may provide another pathway for us to identify a new generation of prospective heavy equipment operators and other construction workers.

We would welcome opportunities to sit at the table with NJDOT to advance careers in construction and are open to developing and refining training and education programs to meet the diverse needs of the workforce.

Resources

Federal Highway Administration, Every Day Counts Round 7, Strategic Workforce Development
https://www.njdottechtransfer.net/swd/

Hudson County Community College, Workforce Development
https://www.hccc.edu/programs-courses/workforce-development/index.html

Hudson County Community College Center for Construction Management
https://www.hccc.edu/programs-courses/academic-pathways/stem/center-for-construction-management.html

International Union of Operating Engineers, Local 825
http://www.iuoe825.org/

NJ Community College Consortium for Workforce and Economic Development
https://njworkforce.org

NJ Department of Labor, NJ PLACE 2.0 Grants
https://www.nj.gov/labor/lwdhome/press/2020/20200131_njplace.shtml

NJ Department of Labor, Office of Apprenticeships
https://www.nj.gov/labor/career-services/apprenticeship/

NJ Pathways to Career Opportunities
https://njpathways.org/centers-of-workforce-innovation/

Rutgers Youth Success Program (RYSP)
https://cait.rutgers.edu/facilities-equipment/rutgers-youth-success-program/

ITS Training and Resource Hub

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The Intelligent Transportation System (ITS) Professional Capacity Building (PCB) Program and its partners offer trainings and resources to support workforce development and technical assistance for practitioners. These resources include:

  • Trainings: Classroom, web-based and blended courses
  • Webinars: Talking Transportation and Technology (T3) webinars and Talking Technology and Transportation in Education (T3e) webinars
  • Other Resources: Fact Sheets, videos, and other materials

Most of these resources are free

Schedule and Recent Recordings

Click the ITS Training and Resource Hub link to access resources for the following topics. From the site, click an icon to access the resources for that topic or access all resources.

An archive of past webinars can be accessed to elevate knowledge on many topics.

ITS Training And Resource Hub maintains training resources on these topics.

Image of an intersection at night, a long exposure has made the cars driving by appear as lines of light

Adventures in Crowdsourcing Webinar Series 

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The Crowdsourcing Innovation Team in collaboration with the Intelligent Transportation Systems Joint Program Office (ITS JPO) Professional Capacity Building (PCB) Program is offering the crowdsourcing course through a series of five free webinars. Webinars feature State and local practitioner perspectives to complement course content. Webinars will take place the third Tuesday of each month at 1:00 p.m. EST.

The following highlights webinar dates and topics in 2023 (links to completed recordings of webinars and presentations may be pending)

The Crowdsourcing Course is intended for transportation operations managers, transportation analysts, consultants, and university students focusing on transportation. Because it is an introductory course, prior crowdsourcing experience is not required for participation. The course is intended to:

  • Broaden participants’ understanding of how crowdsourced data from free navigation apps, vehicle probes, connected vehicles, social media, and other sources can improve transportation operations and safety.
  • Help participants consider whether a specific application of crowdsourced data could meet their organization’s needs for improving transportation operations.

Crowdsourcing for Advancing Operations was a Federal Highway Administration’s (FHWA) Every Day Counts initiatives for the 2021-2022 round (EDC-6). The program looked for innovative solutions to integrating low-cost data, such as information from smartphones or connected vehicles, into transportation systems management and operations (TSMO). To support this effort, FHWA offers “Adventures in Crowdsourcing”, a series of virtual events with industry leaders sharing their knowledge and solutions.  More information on this EDC-6 Initiative, including case studies is available here.  

Visit the Adventures in Crowdsourcing webinar page to view past webinars, or click on one of the links below to view a specific webinar.

FHWA contacts for Crowdsourcing for Advancing Operations are James Colyar (james.colyar@dot.gov), Ralph Volpe (Ralph.Volpe@dot.gov), and Greg Jones (GregM.Jones@dot.gov), the FHWA EDC-6 crowdsourcing coleads .  

The NJ Transportation Ideas Portal is Open to Your Ideas!

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The New Jersey Department of Transportation’s (NJDOT) Bureau of Research invites you to share your research and innovation ideas on the NJ Transportation Ideas Portal.

We seek to fund RESEARCH IDEAS that lead to implementation – to the testing and adoption of new materials and technologies, to better specifications and to greater efficiency. We strive to discover and advance feasible solutions for more durable infrastructure, greater environmental protection and resilience, and improved mobility and safety for residents, workers and visitors.

We encourage you to suggest INNOVATION IDEAS. We seek to find strategies to advance deployment of innovations and knowledge transfer in transportation. We work with the New Jersey State Transportation Innovation Council (NJ STIC) whose mission is to identify, evaluate, and where possible, rapidly deploy new technologies and process improvements that will accelerate project delivery and improve the quality of NJ’s transportation network. Innovation Ideas will be vetted for next steps which might include research or supporting an initiative to deploy a new technology or process improvement to accelerate innovation.

WHO CAN SUBMIT IDEAS? NJDOT’s research customers and other interested transportation practitioners are encouraged to submit a research or innovation idea. The portal should be of interest to NJDOT, MPOs, county and local governments, and other transportation subject matter experts from university, industry and trade organizations and other NGOs. The portal is also open to the public.

WHO ARE RESEARCH CUSTOMERS? Subject matter experts from NJDOT, NJ TRANSIT, or the NJ Motor Vehicles Commission are often our research customers. Research ideas typically must have a champion among our research customers. Ideally, a “champion” is a responsible individual within a division, bureau or unit who is prepared to sponsor or advance a research idea from its inception to study completion.

COLLECTING IDEAS NOW! Our research and innovation teams review submitted ideas for possible funding and other actions throughout the year. The last day to submit research ideas for the next round of funded transportation research is December 31, 2023.

Our research and innovation teams review submitted ideas for possible funding and other actions throughout the year.

REGISTER TO PARTICIPATE AND SUBMIT AN IDEA.  Once you are registered, you may submit ideas at any time.  If you registered previously, you should not need to register again.  Click on the “+” button at the top of the page to register. Only registered participants may submit a new idea or vote on other ideas to show your support. Register at the NJ Transportation Ideas here:  https://njdottechtransfer.ideascale.com/

QUESTIONS ABOUT HOW TO REGISTER?
Email: ideas@njdottechtransfer.net

For more information about NJDOT Bureau of Research, visit our website: https://www.state.nj.us/transportation/business/research/

Or contact us:  research.bureau@dot.nj.gov or (609) 963-2242

Road Weather Spotlight Monthly Webinar Series

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The Federal Highway Administration (FHWA) Road Weather Management Program (RWMP) held the Road Weather Spotlight, a monthly webinar series, to discuss challenges of various road weather events, lessons learned, and practical solutions. The original series was held from May to November, 2022 and another ongoing bimonthly series started in March 2024.  Speakers covered several specific road weather themed topics, including:

  • Severe Road Weather Impacts
  • Road Weather Maintenance and Operational Challenges
  • Road Weather Data Sources and Applications
  • Road Weather Research and Innovations

Webinars were recorded and made available through the National Operations Center of Excellence (NOCoE). Some recordings may not be accessible any longer through these links. Check the NOCoE calendar for details.

Below is a list of webinars held during this period. May 4, 2022: Road Weather Spotlight: Hurricane Ida
June 1, 2022: Road Weather Spotlight: Workforce Planning
July 6, 2022: Road Weather Spotlight: Winter Maintenance Training Programs
August 3, 2022: Road Weather Spotlight: Moving Towards a More Connected and Automated Future
September 7, 2022: Road Weather Spotlight: Road Weather Data Sources and Applications
October 12, 2022: Road Weather Spotlight: Adaptive Route Optimization (ARO) research. 
November 2, 2022: Road Weather Spotlight: Integrated Modeling for Road Condition Prediction (IMRCP) March 13, 2024: Road Weather Spotlight: Where the Weather Meets the Road 2.0
May 1, 2024: Road Weather Spotlight: Mitigating and Managing Low-Visibility Events
July 10, 2024: Road Weather Spotlight: Hurricane Planning and Solar Eclipse 2024 Debrief
September 4, 2024: Road Weather Spotlight: Preparing for the Winter Weather Season 
November 6, 2024: Road Weather Spotlight: Local Agency Winter Operations
January 15, 2025: Road Weather Spotlight: Snow and Ice Performance Measures and Snowplow Preemption
March 5, 2025: Road Weather Spotlight: Advancent in Flood Management for Maintenance and Operations: Part 1

For more information, contact David Johnson at david.johnson@dot.gov or Tony Coventry at tony.coventry@dot.gov.

AASHTO Technical Service Program Transportation Curriculum Coordination Council (TC3) Trainings

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The Transportation Curriculum Coordination Council (TC3)’s mission is to develop and maintain a quality training curriculum to enhance the competency of the nation’s transportation Construction, Maintenance, and Materials technical workforce. TC3 is a state-based initiative adopted as a Technical Service Program within AASHTO.

The TC3 Online Video Library contains playlists of instructive videos on Construction, Maintenance, Materials and Traffic and Safety. TC3 has a library of more than 250 online training modules covering a variety of topics in the three primary disciplines.

TC3 helps states, local government, and industry save money at a critical time of infrastructure investment through course development, web-based trainings, information, and resource sharing that is available at substantially reduced cost. The TC3’s website has additional resources available here about AASHTO’s Techical Services Program.

 

 

Image of backed up traffic and first responder in neon vest standing on highway

Talking TIM Webinar Series (TIM) Webinar Series

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The Federal Highway Administration’s (FHWA) Talking TIM webinar series provides best practices, new technological innovations, and successful implementations. The webinar series provides a forum where TIM champions with any level of experience can exchange information about current practices, programs, and technologies.  Each month, the FHWA TIM Program Team seeks to feature content that highlights successful programs, identifies best practices, and showcases technology that advances the profession.

The FHWA-sponsored webinars are hosted by the National Operations Center of Excellence (NOCoE). Talking TIM typically takes place the fourth Wednesday of each month from 1:30 PM – 3:00 PM.  Click here to view upcoming webinars.

Below is a list of past webinars:

  • January 2021: The International Association of Fire Chiefs (IAFC) Role in TIM, Digital Alert Pilots in St Louis and Kansas City, and FHWA Every Day Counts Round Six (EDC-6) NextGen TIM Overview
  • February 2021: Innovative Tools for Responder and Road Worker Safety
  • March 2021: AASHTO’s Role in TIM, Nebraska Tow Temporary Traffic Control Program, Fire Truck Attenuators for Temporary Traffic Control, Massachusetts Legislation for Driver and Responder Safety
  • April 2021: Wisconsin’s Traffic Incident Management Enhancement (TIME) Program, City of Seattle TIM and Response Team Program, and North Central Texas Council of Governments (NCTCOG) TIM Innovations
  • May 2021: National Highway Traffic Safety Administration’s (NHTSA) Role in TIM, Incident Detours Involving Railroad Crossings, Washington State’s TIM Program and Virtual Coordination, and Responder Vehicle to Traffic Management Center Video Sharing
  • June 2021: Unmanned Aerial Systems (UAS) for Traffic Incident Management
  • July 2021: Lubbock Fire and Rescue Helmet Innovation,  RESQUE-1 Electric and Hybrid Vehicle Assistance, Geographically-Tagged Information from Travelers
  • August 2021: CDOT TIM for Localities, Texas Commission on Law Enforcement TIM Training Requirement, Schertz Fire and Rescue TIM Training Institutionalization, Institutionalizing TIM training for EMS Professionals in Georgia
  • September 2021: Rural Roadway Strategies for Incident Management
  • October 2021: Autonomous Truck Mounted Attenuator Testing and Implementation in Colorado, Autonomous and Driverless Pilots for Large Trucks in Arizona, Rural-Focused Towing Programs in Florida
  • November 2021: National Kickoff: Crash Responder Safety Week 2021
  • December 2021: In-Cab Incident Alerts for Commercial Vehicles
  • January 2022: Illinois TIM Program Overview and Training Video Use, Law Enforcement and First Responder Interactions Plans for Automated Driving Systems (ADS), Total Solar Eclipse Planning for 2023 and 2024
  • February 2022: Public Safety Announcements across Nine States for Motorist and Traffic Incident Responder Safety, TIM Video Sharing Use Cases: Findings from the Recent EDC-6 Next Generation TIM Workshop, TRACS and MACH: Software to Simplify Electronic Crash Reporting and Computer Aided Dispatch (CAD)
  • March 2022: Outreach for Responder Safety through Collaborations with the American Automobile Association (AAA) and the Towing and Recovery Association of America, North Carolina Tethered Unmanned Aircraft Systems (UAS) Program, and Advanced Responder Warning through Safety Vests Fueled by Video Analytics
  • April 2022: Smart Lighting Strategies for Responder Vehicles, Incident Response After Action Reviews Using Unmanned Aerial Systems (UAS) Imagery, Incident Response After Action Reviews Using Unmanned Aerial Systems (UAS) Imagery
  • May 2022: Data Use and Visualization, Promoting Roadway Safety Through Move Over Law and Responder Struck-By Awareness, The New Jersey TIM Program
  • June 2022: Ohio DOT Quick Clear Demonstration, Electric Vehicle Battery Fires and the TIM Timeline, Montana’s TIM Program
  • July 2022: The National Unified Goal: What Is It and How Do We Make It Relevant?, Planning and Responding to Special Events in Minnesota, Iowa DOT TIM Program Overview and Strategies for Quicker Incident Detection
  • August 2022: Overview of the Florida Heartland TIM Committee and Florida’s Expanded Deployment of Cameras on Road Ranger Vehicles, What’s New for the 2022 TIM Capability Maturity Self-Assessment, The TIM National Unified Goal: Relevancy of the TIM NUG Strategies
  • September 2022:  Move Over and Responder Safety Technologies, Houston Traffic Incident Management and Training

    National Unified Goals Review and Feedback.
  • January 2023:  Mitigating Work Zone Traffic Incidents Using Unmanned Aircraft Systems (UAS), Every Day Counts Round 7 (EDC-7) Innovation, Next Generation TIM: Technology for Lifesaving Response, Traffic Incident Management National Unified Goal (NUG) Review and Feedback, Part 3
  • February 2023: Findings from Move Over Compliance and Responder Safety Technology Research, After Action Review of a Multi-Vehicle Fire, EDC-7 Summit Debrief: TIM Technologies for Saving Lives.
  • March 2023: Light-emitting diode (LED) Temporary Traffic Control Devices for Digital Motorist Alerts, Moveable Barriers and Debris Removal Systems, National Secondary Crash Research.
  • April 2023:  Responder to Vehicle (R2V) Alerts in the District of Columbia, The Role of Medical Examiners in TIM, New Audience Listening Session
  • May 2023: Highway to the Danger Zone, North Carolina’s Rural Safety Service Patrol and TIM Program
  • June 2023: Using Apparatus to Protect Responders and Communicate with Drivers, Retrofitting Aging Fire Apparatus into Traffic Management Units with Truck Mounted Attenuator
  • July 2023: Emergency Vehicle Preemption in the Phoenix, AZ Region, Traffic Incident Management for Managed Lanes in Florida
  • August 2023: Medical Helicopter Landing Zone Considerations for Roadway Crashes, Wearable 360 Lighting: Real Roadside Visibility and Safety in a Distracted World
  • September 2023: Managing the I-40 Mississippi Bridge Closure, I-95 Bridge Collapse Response and Coordination in Pennsylvania
  • October 2023: North Carolina Department of Transportation (NCDOT) Incident Management Assistance Patrol (IMAP) Tools and Safety Service Patrol (SSP) Research Needs, SSP State of Practice: Findings from the SSP Pooled Fund Study
  • December 2023: City of Fresno Improves Emergency Response Vehicle Routing Using Their Safer Platform, Washington State Department of Transportation (WSDOT) Virtual Coordination Center (VCC)
  • February 2024: Good Practices and Current Research in Vehicle Lighting for Roadway Incidents, Changes for TIM in the Newly Released MMUCC 6th Edition and the MUTCD 11th Edition
  • March 2024: Missouri Department of Transportation (DOT) and Highway Patrol Full Scale TIM Demonstration, Active 911 on South Carolina Interstates for Faster On-Scene Traffic Incident Response
  • October 2024: Tennessee TIM Strategic Plan and Its Implementation, Effective Tool for Removing Crash and Disabled Vehicles from the Roadway
  • December 2024: Electric Vehicle Task Force: An Overview of Development, Products, and Next Steps, Electric Vehicle Incident Scene Awareness
  • January 2025: Advancing Safe, Quick Clearance for Commercial Vehicles, A Cloud-based Traffic Signal Preemption System for Safer, Quicker Emergency Response
  • February 2025: Jason Dicembre – Maryland Department of Transportation, Dr. Darcy M. Bullock – Purdue University
  • March 2025: Texas’ Statewide TIM Program, Minnesota’s Freeway Incident Response Safety Team (FIRST) Program

Go to Talking TIM webinar series for more recent events.

More  information on the FHWA EDC-7 initiative, Next Generation TIM: Technology for Lifesaving Response is here.

Jim Austrich, Paul Jodoin, and Joe Tebo, FHWA Office of Operations TIM Program, organize and moderate this webinar series hosted by the National Operations Center of Excellence (NOCoE).

 

Lunchtime Tech Talk! Webinar: Advanced Reinforced Concrete Materials for Transportation Infrastructure

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On July 10th, the NJDOT Bureau of Research hosted a Lunchtime Tech Talk! webinar, “Advanced Reinforced Concrete Materials for Transportation Infrastructure.” Welcoming remarks were given by Mansi Shah, Manager of the Bureau of Research, who turned over the session to its moderator, Omid Sarmad, a member of the NJDOT Technology Transfer Project Team. The presentation was conducted jointly by the Co-Directors of New Jersey Institute of Technology’s Materials and Structures Laboratory (MATSLAB), Dr. Matthew Bandelt, and Dr. Matthew Adams.

Researchers described the durability issues for concrete including corrosion, shrinkage, salt scaling, and freeze-thaw cycles.

Transportation infrastructure systems must resist conditioning from the natural environment and physical demands from service loading to meet the needs of users across the state. Deterioration leads to costly and timely durability and maintenance challenges. This presentation provided a background on the state-of-the-art of advanced reinforced concrete materials that are being investigated to improve reinforced concrete transportation infrastructure. The duo, both Associate Professors at the New Jersey Institute of Technology, spoke about the team’s research conducted to assess the mechanical properties and long-term durability of these systems.

Dr. Bandelt opened the presentation with an overview of the MATSLAB where the work was conducted, and the motivation which led to the project. The demand for the research was initiated by the various durability issues that exist in concrete, in particular corrosion, shrinkage, salt scaling, and freeze-thaw cycles. These issues are exacerbated in New Jersey due to the climate and the large-scale adoption of concrete throughout the state. A variety of different concretes were evaluated in the project, such as Ultra-High Performance Concrete (UHPC), Engineered Cementitious Composite (ECC) and a Hybrid Fiber Reinforced Concrete (HyFRC), each having its own unique mechanical properties.

Researchers described a multi-physics time-dependent modeling framework that considers the structural response, materials ingress and electrochemical reactions.

The experimental testing program involved mechanical testing, corrosion testing, testing in freezing environments, and shrinkage testing. Corrosion testing of ductile and normal concrete systems used a chloride ponding test method with exposure to an aggressive environment for over one year. Various steel reinforcing bars were studied, and systems were tested in uncracked and pre-cracked conditions. Freeze-thaw and salt-scaling experimental activities were conducted, using mixes that were commonly used by NJDOT. Drying shrinkage behavior of the ductile and normal concrete systems was also investigated. Dr. Bandelt and Adams developed a numerical modeling approach to simulate the corrosion behavior of ductile concrete systems to understand the long-term performance. The results of the durability testing showed that UHPC had the best performance across the board, and that ductile concrete systems had improved durability.

The professors then described their life-cycle cost modeling methodology, which was completed to assess the costs of a representative bridge-deck made with normal reinforced concrete. There are primarily two ways to evaluate service life; experimental evaluation which describes the physical testing of materials is accurate and intuitive, while numerical evaluation is more cost efficient, time efficient, and more easily extrapolated to various scenarios. There are gaps however in numerical modeling, mainly the lack of inclusion of cracks, corrosion behavior, and boundary conditions. The team sought to develop a framework to simulate the long-term durability of a select group of materials under the combined effects of mechanical loading and environmental conditioning.

The research showed that their framework was effective in service life evaluation, and that most importantly, UHPC bridge deck experienced slower deterioration under the same traffic load and environmental conditions. The reinforced UHPC beams and reinforced UHPC bridge decks exhibited excellent resistance to chloride penetration and corrosion propagation according to the modeling results. The structural deteriorations of the reinforced UHPC systems were also significantly slower compared to that of reinforced normal strength concrete systems. The study also showed that chloride induced corrosion performance is affected by the initial damage pattern, which depends on the structure and loading conditions. This means that it becomes important to consider the structural configuration, traffic loading conditions, and climate characteristics to assess the long-term durability of an advanced reinforced concrete system.

Afterwards, Dr. Bandelt and Adams both participated in a Q&A with the audience.

Q. UHPC seems to be advancing in the bridge industry. What are the biggest challenges looking forward on the rehabilitation of bridge decks?

A. Yes, it’s advancing quite rapidly. The FHWA has a website where you can see all the projects where UHPC was deployed, and if you plot the number of projects over time, you’ll see nearly an exponential growth. Part of that is due to the fact that there is a lot of research going on, and a lot new standards coming out. Organizations like AASHTO and ACI have released a lot of design guidance that has helped spur adaptation.

Still, the biggest challenge is getting new people used to using these design methods. As we move past some of that, I think we’ll see adoption continue to increase. UHPC may not be the right solution for every project, but there are many beneficial uses for which it will be the most appropriate tool to achieve long lasting sustainability.

Q. Regarding the resilience of concrete: Are advanced reinforced concretes better able to handle the freeze/thaw cycles that could be outcomes of climate change? If so, do you have any modeling projection to show how it fairs in comparison to regular concrete?

A. We haven’t done any specific modeling in comparison to traditional concrete in relation to climate change, but in general these systems are more resilient. They simply perform better; as you saw in our research, after 300 cycles we saw virtually no damage from freeze/thaw cycles in the system. When you see that level of performance in these accelerated tests which are quite aggressive, you can extrapolate that these advanced reinforced concretes will simply perform better.

Q. Why did the HyFRC showed much higher free shrinkage than HPC? Is the HyFRC mix design different from HPC other than fibers?

A. The mix design of the HyFRC is a bit different. One thing in particular is that even though it has those blended fibers, it has a significantly higher water to cement ratio. So because it has more water, it is a bit more prone to drying shrinkage. With UHPC that turns out to be less of a concern because it’s much stronger and is not as susceptible.

Q. Could your modeling adjust relative humidity to a more wet and hot climate in the future?

A. Yes, absolutely. The case study we looked up was in New Jersey, but we can modify that to be in any setting so you can see where it would be geographically advantageous to use certain systems.

Q. Can you explain more about the deterioration we saw in slide 66?

Video Recording of Lunchtime Tech Talk!,
Advanced Reinforced Concrete Materials for Transportation.

A. Basically what we did was look at tensile strains throughout a bridge area. The colors coincide with different levels of tensile strain. We counted up areas that were in different sections, and based on the percent area that we saw that was damaged, and we would use a multiplier to create a rating system.

To view a copy of the presentation, please click here.

Resources

Bandelt, M., Adams, M., Wang, H., Najm, H., and Bechtel A., Shirkorshidi, S., Jin, F. (2023). Advanced Reinforced Concrete Materials for Transportation Infrastructure [Final Report]. Retrieved from: https://www.njdottechtransfer.net/wp-content/uploads/2023/05/FHWA-NJ-2023-003.pdf

Bandelt, M., Adams, M., Wang, H., Najm, H., and Bechtel A., Shirkorshidi, S., Jin, F. (2023). Advanced Reinforced Concrete Materials for Transportation Infrastructure [Technical Brief]. Retrieved from: https://www.njdottechtransfer.net/wp-content/uploads/2023/05/FHWA-NJ-2023-003-TBFINAL.pdf

NJDOT Route 71 Shark River Bridge Road Diet Project Recognized in 2023 America’s Transportation Awards

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NJDOT’s Route 71 Shark River Bridge Preservation and Road Diet project has been selected as a regional winner in the 2023 America’s Transportation Awards Competition. The competition is sponsored by the American Association of State Highway and Transportation Officials (AASHTO), AAA, and the U.S. Chamber of Commerce. 

The Route 71 Shark River Bridge Preservation and Road Diet project received honors in the Operations Excellence, Small category. This year’s regional winners were chosen from a selection of 19 projects nominated by nine states in the Northeast Association of State Transportation Officials (NASTO) region. The NASTO region’s winners will compete for the National Grand Prize, the People’s Choice Award, and $10,000 in cash awards that will be given by the winners to a transportation-related charity or scholarship program of their choosing.  

After the Route 71 Drawbridge over Shark River between Belmar and Avon-by-the-Sea in Monmouth County suffered a mechanical failure in September 2021, engineers devised a cost-effective design and implementation solution that would preserve the drawbridge and keep it in safe operation.

NJDOT implemented a road diet across the bridge, which allowed the Department to address safety issues. Traffic over the bridge was reduced from one northbound lane and two southbound lanes to one lane in each direction.

With the lane configuration reduced to one lane in each direction, NJDOT was able to extend bicycle lanes that previously terminated in Avon-By-The-Sea across the drawbridge into Belmar. Previously, bicyclists needed to dismount and walk their bicycle across the bridge. The extended bicycle lanes were accomplished using an innovative fiber-reinforced-polymer mat on the bascule span. The mat is the first of its kind in New Jersey and provides a safe crossing of a steel-grid deck for bicycles. The extended bicycle lanes provide connectivity between both downtown areas and area heavily utilized by bicycle traffic year-round.

Safety improvements to the Rt 71 over Shark River Drawbridge Included a bicycle safe grid on the draw span which allows bicyclists to cross without the need to dismount.

NJDOT was able to improve traffic flow at the Fifth Avenue intersection with the road diet project. Previously, two southbound lanes crossing the drawbridge on Route 71 were a source of traffic backups with left turning vehicles occupying the left lane, compounded by an abrupt merge south of Fifth Avenue. The merge that previously existed on Route 71 south of Fifth Avenue in downtown Belmar was eliminated with the road diet project. The road diet configuration retained one through lane southbound and installed a dedicated left turn lane at the Fifth Avenue intersection. Signal timings were changed, and a protected left turn phase added to further improve traffic flow. Careful monitoring of traffic throughout the year, and especially during bridge openings, have shown that the road diet lane configuration greatly improved traffic flow.

The Route 71 Drawbridge Project over Shark River, completed in May 2022, delivered several benefits, including improved traffic flow, reductions in traffic congestion, increased safety and an enhanced cycling experience for users navigating a busy shore community tourism area.

Road Diets are a safety-focused alternative to four-lane, undivided roadways that can help reduce vehicle speeds and free space for alternative transportation modes. Road Diets were a recognized model innovation during the 3rd Round of the Every Day Counts Program (EDC-3) Program.

Additional information about the rationale, design and benefits of advancing this innovative bridge safety and road diet project can be found in the video here and in this NJDOT press release. 

FHWA Issued its EDC-7 Summit Summary and Baseline Report

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FHWA recently released its EDC-7 Summit Summary and Baseline Report that can be found here.

EDC-7 Summit Summary and Baseline Report includes information on each states plan to advance the innovations being promoted in Round 7.

The Report highlights the Every Day Counts innovations that FHWA is promoting in the program’s seventh round (EDC-7) and includes the baseline deployment status of the innovations at the beginning of 2023 and the goals for adoption set by each of the states over the two year, 2023-2024 period.

The report also shares highlights from the EDC-7 Virtual Summit held in February 2023, including remarks from transportation leaders given during the summit’s opening sessions on the three focus areas of EDC-7—improving safety for all users, building sustainable infrastructure, and growing an inclusive workforce.

The NJ STIC’s baseline assessment of its deployment status for the innovations being advanced by its Core Innovation Area (CIA) Teams during Round 7 can be found in the FHWA report.  Click the “EDC-7” button on our NJ STIC Innovative Initiatives page to learn more about the priority innovations, goals for deployment and planned activities for Round 7.

Every Day Counts (EDC) is the Federal Highway Administration’s (FHWA’s) program to advance a culture of innovation in the transportation community in partnership with public and private stakeholders. Through this State-based effort, FHWA coordinates rapid deployment of proven strategies and technologies to shorten the project delivery process, enhance roadway safety, reduce traffic congestion, and integrate automation.