Women in ITE - Blog

Monthly Topics

• March 2026
  Integrating Drone Technology for Safer, Smarter, Faster and More Efficient Project Delivery
• February 2026
  Work Zone Safety Action Plan: A Roadmap to Safer Travel for All
• January 2026
  Building on 2025 Momentum and Looking Ahead to 2026
• All 2025 Blogs
• All 2024 Blogs
• All 2023 Blogs
• All 2022 Blogs
• All 2021 Blogs
• All 2020 Blogs
• All 2019 Blogs

 

I joined this committee when I realized we could make a difference – so much great work is out there. -Jen Malzer, Canadian District

I joined this committee because I remember being the only female engineer in many settings early in my career. I was fortunate enough to have great mentors surrounding and supporting me. I want to help other engineers have the same level of confidence that I was able to experiences. - Angela Garland, P.E., PTOE, RSP1

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Integrating Drone Technology for Safer, Smarter, Faster and More Efficient Project Delivery

Over the past several years, drones have become an indispensable tool across architectural, engineering, planning and marketing services. What began as a way to capture aerial photos has evolved into a comprehensive platform for documentation, analysis, design support, and client communication. Today, drones allow us to work safer, smarter, and faster while providing organizations with insights that were previously difficult or impossible to capture. Below is an overview of how drone photography, video, photogrammetry, and thermal imaging have elevated work efforts.

Drone Photography: A New Perspective on the Built Environment

Drone photography gives organizations the ability to observe, document, and evaluate sites and buildings with unprecedented clarity and efficiency.

Infrastructure Surveys

Drones allow for safe and quick documentation of hard?to?reach areas, large surfaces, and structural concerns and failures. This imagery supports both routine assessments and in-depth diagnostic work. High-resolution drone images play a key role in condition surveys, evaluations and infrastructure documentation. With these tools, organizations can maintain a consistent, accurate visual record throughout project lifecycles.

Traffic & Circulation Evaluations

Drones are frequently used to assist with traffic studies, assessments and reports. From above, drones can observe traffic flow, turning movements, queue lengths, and conflict points without disrupting drivers or requiring staff to be on the road. Their ability to hover and maneuver at different altitudes allows organizations to collect comprehensive visual data across large areas, which can then be analyzed to understand patterns, identify congestion, and support transportation planning. This aerial perspective provides clearer, more accurate information than traditional ground?based cameras, making drones a valuable tool.

Interchange drone photo (CBB Transportation)

Drone photography has been especially valuable in K–12 school projects, where aerial images have been used to analyze arrival and dismissal patterns, pedestrian movements and vehicle congestion points. These comprehensive visuals provide schools and districts with a clear understanding of circulation challenges and help inform the development of safer, more efficient site?specific solutions.

School circulation drone photo (CBB Transportation)

Design & Construction Support

Drones are successfully used for capturing visuals, documenting construction progress, assisting with site planning and design, and nighttime site photography to evaluate lighting and safety conditions. The ability to capture 360?degree panoramas also gives organizations an immersive view of a site before design even begins.

Demolition drone photo (CBB Transportation)

Drone Video: Insights That Photos Alone Can’t Provide

Drone video brings motion, context, and clarity to evaluations and planning work. It’s an accessible tool for communicating complex site conditions with clarity and precision.

Traffic Flow Documentation

Aerial video footage has emerged as a powerful tool for capturing real-time traffic conditions across a wide range of environments. By providing high?resolution views from above, drone technology enables detailed observation of parking activity, individual intersections, major interchanges, and small corridors. This approach significantly reduces the number of staff required in the field while offering reliable video documentation that can later be used to verify field notes or address questions that arise after site visits.

Drones are not only being used for visual assessments but also for data collection. This includes short?term turning?movement counts, and intersection delay studies. The ability to capture conditions safely and efficiently makes drones especially effective in complex or high?traffic environments.

More importantly, the video imagery offers a lasting reference that allows both technical and non?technical stakeholders to revisit and analyze a site long after the initial field visit.

Parking evaluation drone video still shot (CBB Transportation)

Construction Progress & Timelapse

Drone video is used for construction progress tracking and there is capability to create long-term timelapse sequences. For example, one project documented a six?month track and field reconstruction, providing the client with a powerful visual narrative of the project from start to finish.

Another project involved full days in the field at the Mystic Maffa Bridge Replacement DB, documenting the traffic congestion, signal operations and vehicle queues associated with the reconstruction of the Mystic Ave and Maffa Way Bridges over the MBTA Orange Line and Commuter Rail lines adjacent to Sullivan Square. During key phases of construction, when the Orange Line was shut down to facilitate construction, the impacts associated with Shuttle Buses traveling through the area were documented. This allowed a review of the footage in detail with managers in office to walk through key observations over the course of the day.

Construction Drone Image (Tetra Tech)

Photogrammetry: Turning Imagery Into Measurable 3D Intelligence

Photogrammetry has revolutionized the way organizations quantify and visualize sites. Using drone imagery, detailed digital models can be created that support planning, communication, and analysis.

High-Accuracy 3D Site Models

Virtual site models, building exteriors and interiors, high-definition 2D site maps, and conceptual AutoCAD contour files are examples of uses that are invaluable for early planning, feasibility studies, conceptual design, and communicating design intent to stakeholders.

3D Model Drone Image (Tetra Tech)

Precision Measurements From the Office

Drone footage coupled with certain software allows organizations to take measurements with up to 96% accuracy compared to field measurements, significantly improving efficiency. Some of the newest drone equipment can even achieve up to 99% accuracy, an extremely powerful capability for planning and design. This resource is especially useful for surface area calculations, volume and material quantity take-offs as well as excavation tracking during construction.

Photogrammetry Model Drone Image (Tetra Tech)

Compatibility with VR & Visualizations

Photogrammetry models can also be integrated into virtual reality experiences, renderings and high-quality visuals for client presentations.

Thermal Imaging: Seeing What the Eye Can’t

Thermal imaging extends drone capabilities into diagnostic and maintenance-focused applications providing the ability to identify issues hidden beneath the surface.

Infrastructure

Thermal cameras allow us to identify heat loss, moisture intrusion, insulation gaps, and leaks. Thermal imaging can also detect overheating components in electrical or mechanical systems, helping prevent failures and reduce maintenance costs. This gives owners a proactive way to maintain and improve energy efficiency.

Thermal imaging can even help locate buried pipes, subsurface drainage systems and septic system components. Disturbed soils and moisture patterns often reveal hidden infrastructure.

Thermal Imaging Drone Example (Tetra Tech)

Solar Panel Efficiency

For solar farms or rooftop installations, thermal imaging helps pinpoint damaged panels, underperforming modules and areas of energy loss. This supports long-term sustainability and system optimization.

Key Takeaways

As drone technology and analytical software continue to advance, they are becoming integral to data driven project delivery. What once required extensive field time, complex equipment, or difficult manual documentation can now be achieved more safely, more accurately, and in a fraction of the time. From high?resolution imagery and real?time video to 3D modeling and thermal diagnostics, these tools strengthen documentation, accelerate decision making, and enhance coordination across planning, design, and construction. By integrating drone-based data into engineering processes, organizations can achieve a higher level of precision, efficiency, and overall understanding of project conditions across the full project lifecycle.

Work Zone Safety Action Plan: A Roadmap to Safer Travel for All

Work zones are dynamic environments where construction, maintenance, and utility work intersect with everyday travel. With traffic volumes continuing to rise and work zone configurations becoming more complex, developing a thoughtful Work Zone Safety Action Plan (WZSAP) isn’t just good practice — it’s essential. FDOT District 7 in Tampa Bay has taken a comprehensive approach to this national challenge. This blog breaks down key elements of a safety action plan that works for practitioners and communities alike.

Why Focus on Work Zone Safety?

Work zones are inherently challenging. Temporary lane shifts, reduced speeds, and unexpected traffic patterns increase risks for both road users and workers. Rear-end and lane-change crashes dominate work zone incidents, especially on high-speed roadways. These crashes often stem from human behavior — delayed reactions, unexpected conditions, and lack of advance warning — but they can be mitigated through proactive planning and smart use of emerging technology.

By building a strategy that combines engineering, education, enforcement, encouragement, and evaluation, agencies can significantly reduce work zone crashes and create safer environments for everyone.

Key Strategies of a Work Zone Safety Action Plan

1. Education

Awareness is the foundation for safer work zones. Educating contractors, planners, enforcement partners, and the general public about work zone risk factors fosters a shared commitment to safety. This includes training on proper signage, temporary traffic control layouts, and the latest tools to monitor work zone performance.

2. Engineering and Design

Effective safety action plans start long before cones go out. This includes:

• Conducting Work Zone Road Safety Audits or Assessments during project planning and even during ongoing construction.
• Leveraging smart work zone tools such as dynamic lane merge systems, variable speed limits, and queue detection to proactively manage traffic.
• Ensuring temporary traffic control meets the latest standards and reflects real-time conditions.

Smart approaches — including portable sensors and computer vision — give agencies the ability to spot hazards and trends that traditional audits may miss.

3. Enforcement and Encouragement

Safety doesn’t happen in isolation. Partnering with law enforcement helps ensure compliance with work zone speed limits and traffic control devices. Public encouragement — through outreach campaigns and community partnerships — makes safety a shared responsibility.

Encourage drivers to slow down, stay alert, and follow posted work zone guidance. Highlight success stories and share data that explains how safer driving behavior protects both road workers and motorists. Consider the use of Geofencing messages to gather input from drivers as well as send information on the importance of safe driving through a specific work zone.

4. Evaluation and Continuous Improvement

A dynamic plan includes mechanisms to measure what’s working — and what’s not. This includes before-and-after crash analysis, speed monitoring, and reviewing near-miss data. Emerging analytics from smart work zone systems can help teams identify “leading indicators” (like sudden speed drops or close calls) that signal unsafe conditions even before a crash occurs.

Evaluation drives refinement of processes, technologies, and policies — turning data into actionable improvement.

Putting It All Together

A Work Zone Safety Action Plan isn’t a checklist — it’s a conscious approach to prioritizing people over projects. It combines thoughtful planning, smart technology, and strong communication to reduce risk and improve outcomes.

As traffic professionals, we have the tools — and the responsibility — to advance safety in every work zone, every day. Whether you’re a planner, engineer, contractor, or public outreach partner, embracing a collaborative action plan helps protect lives and builds trust with the communities we serve.

Get Involved

Have you implemented a successful work zone safety strategy? Or are you exploring innovative technologies for your next project? Share your experiences and insights in the comments — let’s learn from each other and keep moving toward safer roads for all.

Building on 2025 Momentum and Looking Ahead to 2026

As we welcome a new year, the Women in ITE (WITE) Committee is energized by the momentum built throughout 2025 and excited about the opportunities ahead. This past year reinforced the value of connection, shared learning, and creating spaces where women across transportation can grow, lead, and support one another.

A New Year Message from the Co-Chairs

As Co-Chairs, we’ve had the privilege of watching WITE continue to grow into a space that blends professional development with community, creativity, and connection.

2025 reinforced just how important momentum and engagement are to the strength of WITE. This past year, we truly felt that energy through strong participation in our bootcamps, thoughtful blog contributions, and the growing engagement with our Member Profiles. Every conversation, shared story, and moment of involvement, both big and small, helped shape a committee that feels connected, welcoming, and meaningful.

As we move into 2026, we’re excited to build on that foundation by creating even more ways for members to get involved, amplifying diverse voices across our community, and continuing to strengthen the connections among women throughout ITE. Our hope is that WITE remains a place people are excited to be part of, where members feel supported, encouraged to participate, and comfortable growing in ways that feel right for them.

Together, we’re looking ahead to a year rooted in collaboration, visibility, and shared purpose. We can’t wait to see what 2026 brings for WITE and our community.

Reflecting on 2025: A Year of Growth and Connection

Throughout 2025, WITE focused on offering bootcamp, content, and opportunities that supported professional growth while fostering a strong sense of community.

The Women in ITE Bootcamp Series remained a cornerstone of our efforts in 2025, offering hands-on learning experiences focused on practical skills and professional growth.

Interpersonal Effectiveness Tools
Focused on assertive communication strategies and navigating challenging conversations with confidence, including tools attendees could immediately apply in their professional and personal interactions.

Navigating Career Growth: The Power of Coaches, Mentors, and Advocates
Explored the distinct roles of coaches, mentors, and sponsors, and how each can support career development at different stages. The session emphasized how to build and maintain these relationships from both sides.

The Art of Negotiation (2025 ITE Annual Meeting)
An interactive, in-person workshop that brought together professionals from across the transportation industry to practice negotiation strategies related to career advancement, project discussions, and workplace decision-making.

In parallel, the Women in ITE monthly blog continued to serve as a space for reflection, learning, and creativity. Topics throughout the year included Women’s History Month, mental health, AI use in transportation, LeadershipITE experiences, negotiation strategies, community service, and seasonal features. Many of these posts were intentionally connected to WITE events and initiatives, helping extend conversations beyond live sessions.

Another major milestone in 2025 was the launch of the Women in ITE Member Profiles initiative. Beginning in June, these monthly spotlights highlighted members’ backgrounds, experiences, and contributions to the profession. Shared on the WITE website and through ITE’s LinkedIn channels, the profiles strengthened visibility and fostered a deeper sense of connection across the community.

Looking Ahead and Getting Involved in 2026

Thank you to all of our volunteers in 2025! As we move into 2026, the committee is building on last year’s momentum while expanding into new areas of interest. Upcoming topics and initiatives include leadership development, mentorship and sponsorship, negotiation skills, practical applications of artificial intelligence, and safety-focused discussions such as work zone safety.

We’re also inviting members to get involved as volunteers in 2026. Opportunities range from helping plan Bootcamp sessions and contributing blog content to coordinating member profiles or supporting outreach efforts. Whether you have a little time or a lot, there’s a place for you to contribute and help shape what WITE offers in the year ahead.

As the new year begins, Women in ITE looks forward to continuing this work together, strengthening connections, sharing knowledge, and supporting one another along the way.

Want to stay connected? You can find our latest updates, monthly blog posts, and Member Profiles on the Women in ITE page.

Interested in volunteering in 2026? Please contact Kathi Driggs.