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Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.Smart surveying tools are transforming how civil engineers plan, design, and build infrastructure. At Abbie Jones Consulting, we’ve embraced these tools to enhance the speed, precision, and safety of our services—and the results are groundbreaking. 🚀 Faster, Smarter Fieldwork Gone are the days of days-long field setups and bulky equipment. Today’s smart tools—like robotic total stations, GPS rovers, UAVs (drones), and 3D laser scanners—allow our crews to collect more data in less time with fewer boots on the ground. By integrating GIS, cloud storage, and real-time data sync, we can send field data to the office instantly, keeping projects on track and on budget. 🎯 Precision That Reduces Risk Smart technology increases accuracy by minimizing human error. Automated equipment can detect even millimeter-level deviations, making it possible to model existing conditions with precision and avoid costly mistakes during design and construction. This is critical for roadway layout, stormwater modeling, utility coordination, and as-built documentation. 🌎 Sustainability & Smarter Design By enabling more efficient data collection and analysis, smart surveying contributes to smarter, more sustainable civil design. Drones can monitor erosion or site runoff patterns; LiDAR captures high-resolution topography through vegetation—supporting better stormwater strategies, wetland protections, and grading plans with minimal disturbance. 💼 Real-World Impact Whether we’re performing topographic surveys for a new airport concourse or monitoring elevations during utility construction, smart tools help us deliver better results for our clients. Technology doesn’t replace expertise—it enhances it.

Atlanta, Georgia As the busiest airport in the world, Hartsfield-Jackson Atlanta International Airport (ATL) demands the highest levels of coordination, accuracy, and efficiency. Abbie Jones Consulting was proud to support the modernization of Concourse D , a crucial terminal hub serving millions of domestic travelers annually. Our team provided utility layout staking and civil plan support , playing a vital role in upgrading the facility’s underground infrastructure. Concourse D required strategic phasing, high-level communication, and precision execution to allow operations to continue uninterrupted during construction—making it one of the more complex airport environments we’ve contributed to. From storm and sanitary lines to grading and paving coordination, our work ensured each component of the infrastructure aligned with the design team’s vision and the airport’s stringent safety and operational requirements. 📐 Scope of Work Utility layout staking (storm, sanitary, water) Site grading and drainage coordination Civil plan integration during phased construction On-site contractor support for real-time adjustments 🚧 Why It Matters This project wasn’t just about upgrading a terminal—it was about supporting resilience and modernization in one of the most critical transportation hubs in the U.S. . Our contributions reflect our ability to operate in high-stakes, high-security environments while delivering precise, on-schedule deliverables.

Hartsfield-Jackson Atlanta International Airport – Atlanta, GA Airside safety and winter preparedness are critical at any major airport—but especially at the world’s busiest. When Hartsfield-Jackson Atlanta International Airport (ATL) embarked on a major expansion of its aircraft deicing infrastructure , Abbie Jones Consulting was honored to support this effort with precise, field-ready civil engineering deliverables. Our work contributed to a multi-phase deicing facility expansion that improves aircraft turnaround time, mitigates delays, and enhances airfield safety during cold weather operations. Deicing is a vital—but often unseen—component of airport functionality, and this project spotlight showcases how infrastructure beneath the surface can have sky-high impact. ✏️ Scope of Work ·       Site layout and grading support for deicing pads ·       Utility staking and layout for drainage systems ·       Coordination with airside contractors and airport officials ·       Technical deliverables designed to support tight construction phasing 🌐 Engineering for Operational Efficiency This project demanded a deep understanding of airfield logistics, environmental considerations , and FAA coordination . Deicing runoff, glycol containment, and stormwater management required precise planning and thoughtful execution. AJC’s ability to collaborate with airport engineers, general contractors, and environmental stakeholders helped ensure this complex facility was delivered in a way that supports ATL’s long-term goals: safety, sustainability, and seamless winter operations.

Atlanta, Georgia At Hartsfield-Jackson Atlanta International Airport — one of the world’s busiest — Abbie Jones Consulting provided essential construction staking and layout services for a new seven-story parking garage . Working alongside Lowe Engineers and Holder Construction, our team played a key role in keeping this large-scale infrastructure project moving on schedule. AJC’s survey professionals were engaged in topographic verification, progress as-builts, and structural layout , including: Footers Columns Elevator shafts Utilities Vertical layout from slab to roof Tolerance verification of work completed by others 📏  Precision and pace were crucial : Our field staff were on-site six days a week  for much of the construction period, ensuring consistent delivery and responsiveness to field conditions. This project showcases how AJC’s DBE-certified  survey services integrate seamlessly into complex airport environments — combining schedule-driven coordination  with technical accuracy , even in a high-traffic operational zone. Certifications held: ✅ City of Atlanta FBE & SBE ✅ GDOT/MARTA DBE. ✅ Additional Georgia certifications 📍  Location:  Hartsfield-Jackson ATL Airport 🔁  Client:  Lowe Engineers / Holder Construction 📐  Scope:  Layout & staking 📅  Year:  2018–2019

Abbie Jones Consulting (AJC) was proud to support Tennessee State Parks with survey services at Nathan Bedford Forrest State Park in Eva and Montgomery Bell State Park in Burns. These projects were part of the Tennessee State Park Strategic Management Plans, designed to modernize and improve campground facilities. Our team performed detailed topographic surveys of campground amenities, roadways, and surrounding outdoor infrastructure. This data allowed planners to evaluate needed upgrades for safety, accessibility, and overall visitor experience. From the lakeside campsites at Nathan Bedford Forrest to the wooded trails of Montgomery Bell, the surveys provided the foundation for revitalizing two of Tennessee’s most beloved outdoor destinations. These efforts will ensure the campgrounds remain safe, enjoyable, and welcoming for generations of campers to come.

The Holston River Park in Knoxville is a treasured community space, but erosion along its banks was threatening park infrastructure and amenities. Working with long-standing client RES and under the guidance of the Tennessee Department of Environment and Conservation (TDEC), AJC provided critical boundary, topographic, planimetric, and bathymetric surveys to document existing conditions and guide design. This multi-year project covers 2,135 feet of streambank along the Holston River. The goals are to stabilize the bank, control erosion, and safeguard recreational areas for the community. By integrating erosion control measures and supporting engineering design, AJC’s survey services helped launch a project that balances environmental protection with community enjoyment. Our Knoxville office is proud to have contributed to preserving the Holston River as a natural and recreational asset for East Tennessee.

With passenger numbers rising from 18 million to more than 23 million, Nashville International Airport (BNA) undertook a major infrastructure expansion. AJC partnered with the Metropolitan Nashville Airport Authority and Nashville Electric Service (NES) to provide construction staking and as-built surveys for critical utility improvements. Our work included horizontal and vertical control, geodetic surveys, and CADD drafting to support installation of redundant electric power feeds and telecommunications systems for Concourse D. These improvements provide the airport with reliable, future-ready infrastructure to meet growing demand. Working in a secure, high-traffic environment like BNA required precision, coordination, and daily check-ins with airport control. AJC’s survey team successfully delivered on time and within budget, contributing to Nashville’s role as a regional transportation hub.

In the heart of Kentucky’s hills and Tennessee’s mountains, lies more than just the terrain we see—there’s a hidden landscape below dense forests, beneath the canopy, and across difficult terrain. That’s where LiDAR (Light Detection and Ranging) becomes an invaluable surveying tool. AJC uses LiDAR technology to collect high-resolution, 3D data that reveals the fine contours of the earth’s surface—even in areas where traditional surveying methods fall short. What Is LiDAR, Exactly? LiDAR works by emitting rapid laser pulses from aircraft, drones, or ground-based systems. These pulses bounce back when they hit the ground, trees, or buildings. By measuring the return time of each pulse, surveyors can construct extremely accurate elevation models—even through heavy vegetation or rough terrain. Why It Matters for Surveying Topography in Detail : Unlike traditional methods, LiDAR can show every dip, ridge, and elevation change—crucial for grading plans and stormwater design. Efficient Coverage : LiDAR can cover vast, inaccessible areas quickly, improving efficiency and safety. Preserving Natural & Cultural Features : It helps identify archaeological features, floodplain changes, or sensitive habitats that might otherwise go unnoticed. When Should You Consider LiDAR? LiDAR surveys are ideal for: Large or heavily forested sites Floodplain modeling and FEMA maps Environmental impact studies Infrastructure planning in rugged terrain AJC’s Commitment to Innovation Whether your project is in the Appalachian foothills or urban development zones, AJC brings cutting-edge tools to the table. Our licensed surveyors combine local experience with powerful geospatial data to help you see what others might miss.

How Surveyors Help Safeguard the Past for the Future Preserving cultural heritage isn't just the work of historians and archaeologists—surveyors play a vital role in documenting and protecting our most treasured landmarks, landscapes, and legacies. At AJC, we’ve seen firsthand how thoughtful, accurate surveying makes a difference in honoring the past while planning for the future. Mapping More Than Just Land Surveyors do more than measure property lines. When it comes to historic preservation, our work helps identify, document, and protect cultural features—from pioneer cemeteries and early settlement boundaries to archaeological sites and historic structures. With modern geospatial tools and precise mapping, we ensure these assets are acknowledged and preserved during design, construction, and development. Supporting Archaeology and Preservation Efforts Whether assisting with a National Register of Historic Places nomination or working with SHPOs (State Historic Preservation Offices), AJC survey teams contribute accurate data that informs research and responsible planning. We've partnered with agencies and developers to survey Civil War battlefields, Native American mound sites, historic railroads, and rural homesteads. Technology Meets Tradition Modern tools like LiDAR, GNSS, and high-resolution drones allow us to uncover hidden features beneath forest canopies or fields—features that might otherwise be lost to time. Survey-grade documentation ensures that cultural resources can be mapped, modeled, and shared digitally for generations to come. Respecting the Local Landscape As a regional DBE and woman-owned business based in Kentucky and East Tennessee, AJC brings local knowledge and deep respect to our surveying work. We understand the history embedded in the land and strive to balance preservation with progress on every project. 📌 Whether you're developing near a historic corridor, expanding infrastructure in culturally rich terrain, or just curious about the story your site tells—our team is here to help map it with integrity.

When the ribbon is cut and the equipment is packed up, most people think a project is complete. But in the world of land surveying, completion isn’t official until we’ve measured it . At AJC, our work doesn’t stop when the construction crews leave. Post-construction surveying—often referred to as as-built surveying —is a critical final step that ensures every element of a project was built as designed, meets compliance requirements, and is properly recorded for future use. What Is Post-Construction Surveying? Post-construction surveying involves capturing precise measurements of all completed infrastructure : buildings, roads, utilities, stormwater features, and more. We document how the site was actually built, comparing it to the original design plans to identify any deviations, errors, or adjustments made in the field. These surveys aren’t just for project closeout—they’re crucial for: Municipal records and permits Site certification and occupancy Stormwater and drainage inspections Future renovations or expansions Legal protections and liability reduction Why It Matters An accurate post-construction survey provides a trusted record that clients, engineers, developers, and government agencies can rely on for years to come. It’s the “final word” on a project’s layout, elevation, and compliance—often required before a Certificate of Occupancy can be issued. More importantly, it’s your proof  that everything was built according to spec. AJC’s Approach Whether we’re surveying a bourbon rickhouse in Henry County or a new municipal park in Knoxville, our team brings: Advanced equipment and GNSS tools Cross-trained field crews with construction awareness In-house QA/QC and CAD professionals Quick turnaround for closeout documentation We work closely with contractors, owners, and inspectors to keep your timeline moving without hiccups. Because at AJC, projects aren’t done until we say they’re done.

Surveying in Appalachia is a different game. Between the rolling ridgelines, limited access points, and weather variability, every mountain survey requires not just technical skill—but local expertise and grit. At AJC, we’ve worked across Kentucky and East Tennessee’s most rugged landscapes. Whether supporting roadway design, slope stabilization, utility access, or residential development, our field crews bring a tailored approach to mountain terrain. Here’s how we adapt: Advanced Topo & LiDAR : To capture elevation changes with clarity. ATV & Drone Access : When boots can’t go far enough. Local Knowledge : Understanding right-of-way history, old surveys, and geological risk zones. It’s not just about collecting data. It’s about creating confidence —for engineers, developers, and the communities who call these mountains home. Let us help you build on higher ground.