The SR 400 Express Lane Project is part of GDOT’s Major Mobility Investment Program. The project will add two express lanes in each direction between I-285 and McGinnis Ferry Road. Long Engineering is providing Survey and SUE services for the 15-mile corridor.
In the coming weeks and months you may notice a new look with all things related to LONG. After 20 years in business, we’ve decided to update our outward appearance to keep up with the innovative, entrepreneurial spirit we foster internally and with our clientele. It’s with great thought and purpose that we are introducing this new visage along with a recommitment to our core principles of quality, innovation, and exceptional professional services. Rest assured you will continue to receive the same quality of service you’ve come to rely on with LONG. In fact, we’re adding additional service lines to offer our clients a full spectrum of services to meet your needs. We look at this new look as an opportunity to enhance what is already great about LONG, identify opportunities to improve, and commit to always looking out for the best interests of our clients in all of our interactions. We look forward to hearing your reactions to our fresh new look and to continued opportunities for success as we embark on this next step in the journey of LONG.
Long Engineering recently kicked off our new Construction Engineering and Inspection (CEI) contract in Clayton County. We are providing CEI services on six projects: Godby Road Widening, Flint River Road Widening, Stagecoach Road Widening, Windsor Drive Culvert Replacement, Valley Hill Bridge Replacement, and the Valley Hill Road Widening.
Long Engineering is set to replace an existing 2 lane, 120 foot structurally deficient bridge on Airport Road at Coldwater Creek with a proposed 2 lane bridge and roadway approaches (approximately 680 feet west and 600 feet east of Coldwater Creek) for the City of Oxford, AL. Airport Road runs east and west and is located north of I-20 between the Cities of Oxford, AL and Munford, AL. The proposed project will be designed to meet current FHWA and ALDOT design standards.
The Urban Land Institute (ULI) Atlanta Awards for Excellence Program recognizes outstanding real estate development projects or initiatives that exemplify ULI’s mission of providing leadership in the responsible use of land and in creating and sustaining thriving communities. The ULI Awards program identifies and promotes best practices in all types of real estate development.
The ULI recognized Mercy Park and issued an award for its excellence in Civic/Institutional Development. Mercy Park combines a 79-unit affordable senior housing community with a 50,000 square foot health clinic that provides adult and pediatric primary, mental health, and dental care services to residents as well as the greater community. The collaboration between Mercy Care and Mercy Housing demonstrates a creative approach to mission-based, not-for-profit development. By sharing the land, infrastructure, and development costs, the two organizations have initiated an innovative path toward cost-effective, resourceful, and efficient development. Long Engineering, Inc. is proud to have provided the civil engineering services on this award winning project.
Long Engineering, Inc. is proud to have been recognized by the Zweig Group as one of the Hot Firms in the A/E/C industry. Additionally, Long Engineering, Inc. has also been recognized as one of the best firms to work for. LONG’s growth stems from our flexibility in the marketplace and being able to take advantage of opportunities that may be outside our pre-planned marketing framework.
Long Engineering, Inc. has a wide variety of capabilities and we continuously adjust our business development strategy in response to changes in the type of work and clients that we serve. With over 80% of our business being return clients, we prioritize providing good service to existing clients, doing whatever it takes to help them make the job a success.
Earning 88 out of a potential 110 points, Mercedes-Benz Stadium is the first sports arena to achieve the LEED Platinum rating from the U.S. Green Building Council. The stadium incorporates several green infrastructure and sustainable design elements such as utilizing a 120-foot long cistern capable of holding up to 680,000 gallons of rainwater collected from the roof. The runoff is used to irrigate the vegetation around the building, and by storing so much of it, flooding will be mitigated in the low-lying nearby neighborhoods. More stadiums are following in the footsteps of Mercedes-Benz by including translucent coatings on windows to reduce the amount of sunlight shining in cutting the amount of air conditioning needed, and installing solar panels, LED lighting, dehumidifiers and composters.
Long Engineering, Inc. is proud to have served on one of the most iconic high-profile projects in the City of Atlanta. Our civil engineering services included demolition plans for the existing site and removal of the Georgia Dome, land development design for the new stadium, infrastructure and utility improvements for the site and stadium, water quality improvements, land surveying services, pedestrian circulation and access improvements, and construction period services. LONG played a vital part in the permitting process, pulling 4 permits for phased construction documents through the City of Atlanta for this fast-track project. As a result, they were able to reduce unnecessary delays and construction costs as well as ensure that timelines were met.
Long Engineering, Nova Engineering & Environmental, and TTL, Inc. came together to show employee appreciation for the RTT teams involved with GDOT’s RTT District 5 Contract. Long Engineering, Inc. elected to host this event by preparing a cook-out in Jesup, GA for both RTT teams including a number of GDOT personnel. LONG has enjoyed working with TTL and Nova Engineering & Environmental on this contract and looks forward to potentially teaming together on additional opportunities in the future.
The Georgia Institute of Technology Engineered Biosystems Building (EBB) was a $113 million, 200,000 s.f. project designed to blend the College of Engineering and College of Sciences together creating an interdisciplinary environment supporting the University’s growing research agenda in the biological sciences. Separating itself from the traditional lab structure, this 6-story facility utilizes a ‘cross-cutting’ lab design with continuous working lab space running down the spine of the building, housing creative offices and meeting rooms in the wings. In addition to the open lab neighborhoods, EBB also offers outdoor views, a water harvesting system, and other biophilic elements that foster engagement and encourage interaction between the faculty, researchers, and students.
In addition to receiving LEED Platinum, the Engineered Biosystems Building was also honored with a 2018 AIA Committee On The Environment (COTE) Top Ten Award. Long Engineering, Inc. was proud to have provided the civil engineering and site design services for this award winning facility. LONG’s services included providing full construction documents, utility and grading and drainage plans, and erosion and sediment control plans, construction administration services, as well as permitting through the City of Atlanta.
Long Engineering, Inc. recently participated in a half-day program known as ‘Introduce A Girl To Engineering‘. The program is sponsored by the engineering community and strives to engage and teach young girls about the engineering industry through fun, creative, and interactive activities. The program is for girls that are in upper elementary (K4-5), as well as middle school (6th-8th), who have an interest in science, technology, engineering, and math (STEM).
This year’s event was hosted by ACEC-Georgia and included engineering booths with activities, a engineering trivia bowl, a program for parents on preparing your daughter for an engineering education, and a tour of Kennesaw State University’s Southern Polytechnic College of Engineering and Engineering Technology. LONG’s booth was titled ‘Let’s Keep Our Water Clean and Our Fish Alive’ and aimed at teaching children about erosion control and the role it plays in keeping our lakes, streams, and rivers safe for us, in addition to the natural habitats. Additionally, LONG’s booth offered kids the chance to conduct a turbidity lab test on various water samples and discover how it affects water quality and whether it is acceptable to drink. LONG’s team, Rosa Santillan, EIT, represented LONG as she educated children on the civil engineering industry and how it shapes the world around us. From roads and bridges to the water we drink, civil engineers make civilized life possible.