DEV Community: AEODC

KFC, Kentucky

AEODC — Fri, 17 Apr 2026 10:23:01 +0000

*KFC Outlet | Located in Kentucky *

In brief, a single storey KFC Outlet with an approximate area of 4,255 SF is being re-designed to blend with the changing times. The architectural design is similar to other buildings owned by KFC. The key highlight is the exterior facade, bearing the Logo, decorative windows and the stack walls on the exterior. Our Client designed the internal layout of the restaurant followed by enhancing the exterior elevations.

Services Offered

Having a remarkable track record of successfully delivering stand-alone hospitality BIM projects, AEODC was awarded the project to deliver the defined scope at LOD350 working on BIM 360 in a time span of under 3.0 weeks.

The scope of work included in the project:

Revit Architecture Modeling:
Creating 3D Revit Model of as-built works.

Enhancing the Model:
Enhancing the Revit architecture model to incorporate design proposed.

Extraction of CD Set:
Preparation and Extraction of enhanced design plans, elevations, sections and details.

Project Challenges

The project presented several complex challenges, including:

Limited Timeline:
The project required modeling of parametric families of the decorative windows featuring sun-shades and louvers including wall features like cornices within the project modeling duration only.

Phase Deliver:
The project had to be delivered in 2 Phases – existing & new. Hence team had to make sure modeling the existing phase accurately so as to not affect elements in the new phase which required meticulous planning and communication.

Strategies Implemented
The strategies implemented for successfully delivering the project:

Optimized Workflows:
Created families of stack walls used in other KFC projects to streamline workflows and maximize productivity.

Collaborative Approach:
Strengthened collaboration between the design and site teams to resolve issues promptly. Delivered the existing phase ahead of schedule, enabling the client to cross-check on-site before clearing the new phase modeling.

Quality Assurance:
Implemented rigorous quality control measures to maintain accuracy and consistency throughout the project.

By addressing these challenges, AEODC timely delivered the KFC project that facilitated efficient construction in phases and minimized costly errors and delays in record time at site.

Altis Lake, Florida

AEODC — Mon, 13 Apr 2026 06:52:02 +0000

Altis Lake | Located in Florida
In brief, Altis Lake is a complex of mid-rise apartment buildings, spanning over an approximate area of 417,000 SF comprising of 300 residential units, with several ground-level apartments featuring attached parking garages for added convenience. It includes recreational amenities such as a lush green park, a two-level clubhouse, and a tennis court situated at the center of the development.

Services Offered

AEODC was brought on board by client to deliver the defined scope with quick turnaround at LOD 350. Working on number of Florida based projects, AEODC was recommended for this project which shows confidence of existing clients in AEODC’s BIM capabilities and design knowledge.

The scope of work included in the project:

Revit Structure Modeling:
Creating detailed 3D model of structural discipline using Autodesk Revit software.

Structure Layout Preparation:
Generating accurate and comprehensive structure Layout, including plans, elevations, sections, and details.

Project Challenges

The project presented several complex challenges, including:

Tight Deadlines:
The short timeline demanded efficient workflows and rigorous project management.

Model Complexity:
The detailing and intricate structure design of the project necessitated robust Revit methodologies and advanced software tools.

Strategies Implemented
The strategies implemented for successfully delivering the project:

Optimized Workflows:
Leveraging advanced Revit tools and streamlined workflows to maximize productivity.

Collaborative Approach:
Fostering strong collaboration between the design team and the construction team to ensure timely issue resolution.

Quality Assurance:
Implementing rigorous quality control measures to maintain accuracy and consistency throughout the project.

By successfully addressing these challenges, AEODC delivered the BIM Enabled project that facilitated efficient construction and minimized costly errors and delays in record time at site.

Get the point! | What is Scan to BIM and How it is helping the AEC Industry

AEODC — Wed, 01 Apr 2026 10:11:41 +0000

The AEC industry is undergoing a digital revolution. Tasks like heritage on-site documentation are leveraging new technologies, such as BIM. Digitally replicating a structure in BIM gives a precise output, but the documentation process takes time.

Enter Scan to BIM – a convenient and efficient way to document on-site conditions. Scan to BIM utilizes 3D laser scanning to record building information as point-cloud data. This data forms the basis for creating “as-is” BIM models. Architects in countries like the UK and the US are using Scan to BIM, especially in the restoration of old monuments.

What is this laser scanning process? Is it accurate? How do we decipher the point cloud to create accurate 3D Models?

Let’s find out.

Why Scan?

Importance Of Scan To BIM

Laser scanning was introduced around the 1990s and soon integrated with BIM tools such as Autodesk Revit through Scan to BIM.

This process is quick and efficient, especially for renovation or restoration projects. The accuracy and precision of the outcome are dependent on the technology and efficiency of the scanning process.

What is Point Cloud?
Point cloud data representing a 3D scan of a physical space, used for creating accurate models in BIM.

The 3D laser scanner captures the geometric information of a building as point clouds. A point cloud is a set of points of a 3D shape or object in space. It is used to create 3D CAD models for manufacturing, quality inspection, visualization, and rendering.

All objects can be understood as existing in a 3D space which can be defined by the three cardinal axes – x, y, and z. Hence, their geometric configuration can be coded through a set of point coordinates. Laser scanners record these coordinate points as point clouds in digital 3D spaces.

7 ‘Points’ of Scan to BIM
The Ultimate Guide: Scan to BIM

Like all great technology, Scan to BIM can only be leveraged to your advantage if you plan the process and optimize the workflow. The process can be understood as seven simple steps:

Step 1: Set Goal
Laser scanning produces an enormous amount of data. Moreover, the record of this data is limited by the line-of-sight of the scanner. It is hence crucial to define the scope and purpose of the scan, to obtain all the information with the minimum number of scans.

Step 2: Assign Responsibilities
It is crucial that everyone on the team understand their role in the process beforehand. Knowing who is going to scan, verify and interpret the data helps with efficient planning and execution.

Step 3: Set the Scanner
Once everything is planned, the scanner is set up and the parameters are fed to it, such as the point-cloud density, etc.

Step 4: Scan, Scan, Scan!
A complete representation of the building usually demands more than one scan, as the information is limited to the line of sight of the scanner. Hence, multiple scans need to be pre-planned in order to utilize the technology efficiently.

Step 5: Transfer Data
The data that is recorded (point cloud) is then transferred to a computer using a USB drive or a cloud platform.

Step 6: Into the Point Cloud
The scan data needs to be composed together into a single point cloud representing the entire structure. Point cloud modeling software such as ReCap Pro is used to register, analyze and model such data.

From Point Cloud to BIM
Congratulations, you have Scanned to BIM! The point cloud can now be used to create a 3D model using BIM tools such as Revit.

Applications of Scan to BIM
BIM helps in generating and managing the facilities of a building throughout its life-cycle. Scan to BIM, hence, finds applications in many stages of the construction process.

Design
Helps in understanding and recording the ‘as-is’ conditions on the site terrain and surroundings. Aids in making design decisions faster.
Construction
Used for virtual installation and assembly, enhancement of construction safety, digital replication, and quality assurance.
Facility Management
Documentation of structures and monuments, building performance analysis, operations management, and space management.

Top 5 Advantages of Scan to BIM
The benefits of BIM and Scan to BIM | AEODC Blog
Source:Research Gate

Saves Time
Scan to BIM reduces the process of documentation from hours to a matter of minutes. New technologies have automated the journey from Point Cloud to BIM. It also eliminates the need for frequent site visits.
Minimal Errors
Decision-making is faster by using Scan to BIM, thus making time for adapting the design to the site conditions and making changes to the project.
Quality
Point-Cloud data is usually accurate and precise, serving as a reliable source of information thus leading to quality output.
Sustainability
With precise site conditions obtained before designing, planning for it becomes easier. Moreover, laser scanning has minimal interventions to the existing structure.
Saves Cost
Compared to the traditional methods of 2D documentation, Scan to BIM results in great cost savings in the long run.

Getting to the Point
Scan to BIM utilizes laser scanning to quickly record existing data as point clouds to create an accurate 3D digital representation. It is getting popular as a means of documentation for its time and cost savings.Scan to BIM is especially useful for documenting heritage buildings as it is the least invasive means to record data.

With its convenience and efficiency,Scan to BIM is leveraging the latest technology to pave the way to an efficient and sustainable world.

Douglas Enclave, Florida

AEODC — Thu, 26 Mar 2026 12:43:34 +0000

Douglas Enclave | Located in Florida

In brief, with approximate area of 202,000 SF, the 11-story building is a residential project including construction of 200 apartments (one bed, two bed and three-bedroom units). Having first three levels dedicated for parking, services rooms including recreation space, residential units start from Level 2 onwards.

Services Offered

Working with repeat client, AEODC was brought on board to deliver the defined scope with a quick turnaround at LOD 350 within a tight 8.0 to 9.0 week time-frame.

The scope of work included in the project:

Revit Modeling:
Creating detailed 3D models of the architecture, structure and MEP systems using Autodesk Revit software.

Navisworks Clash Detection and Coordination:
Utilizing Navisworks to identify and resolve clashes between various trades, ensuring smooth construction execution.

Architecture & Structure Sheet Preparation:
Generating accurate and comprehensive construction documents, including plans, elevations, sections, and details.

Project Challenges

The project presented several complex challenges, including:

Tight Deadlines:
The accelerated project construction timeline demanded efficient workflows and rigorous project management.

Interdisciplinary Coordination:
Coordinating among multiple disciplines such as civil, architecture, structure and MEP Services required meticulous planning and communication.

Model Complexity:
The scale and intricate MEP design at parking levels of the project necessitated robust BIM methodologies and advanced software tools.

Strategies Implemented

The strategies implemented for successfully delivering the project:

Optimized Workflows:
Leveraging advanced BIM tools and streamlined workflows to maximize productivity.

Collaborative Approach:
Fostering strong collaboration between the design and construction team to ensure timely issue resolution of critical clashes using project documentation software’s such as Procore.

Quality Assurance:
Implementing rigorous quality control measures to maintain accuracy and consistency throughout the project.

By addressing these challenges, AEODC successfully delivered yet another BIM Coordination project that facilitated efficient construction by minimizing costly errors and delays in record time at site.

Somerset Health Clinic, Arizona

AEODC — Wed, 25 Mar 2026 13:06:10 +0000

Somerset Health Clinic | Located in Arizona

In brief, the project involves the construction of a single-story outpatient clinic located at Lot 1 of Parkview Commerce Center in Somerton, Arizona. The facility includes dedicated spaces for adult medicine, pediatrics, dentistry, and other medical services. According to project documentation, the building encompasses an approximate gross area of 27,500 SF.

Services Offered
AEODC was engaged to support the project by providing advanced modeling and coordination services within the defined scope, ensuring high levels of accuracy and efficiency at LOD 350.

The scope of work included in the project:

Revit Architecture and Structure Model Enhancement to LOD400:
Enhanced Model received at LOD300 to LOD400 using Autodesk Revit, in alignment with project specifications.

Revit MEP Model Enhancement to LOD400:
Enhanced Model received at LOD300 to LOD400 using Autodesk Revit, in alignment with project specifications and equipment submittals.

Navisworks Clash Coordination:
Generating hard and soft clash viewpoints highlighting clashes among architectural, structural, and MEP systems (ASMEP), supporting pre-construction coordination and planning.

Project Challenges
The project presented several complex challenges, including:

Model Enhancement:
The diverse functions within the clinic — ranging from pediatric to dental — required precise enhancement of model elements based on submittals of specialized systems within the designated timeline.

Clash Detection Sensitivity:
Accurate detection and documentation of coordination issues among all trades was critical to reduce rework during construction.

Strategies Implemented

To address the project’s complexities, AEODC implemented the following strategies:

Precision Modeling:
Leveraged robust BIM standards and tools to develop high-fidelity models, enabling accurate analysis and clash detection.

Clash Coordination Documentation:
Delivered a clear and actionable clash viewpoints in Navisworks, allowing stakeholders to proactively resolve design conflicts.

Collaborative Workflow:
Maintained close coordination with client teams to align modeling outputs with project needs and timelines.

By providing high-quality BIM support and proactive issue identification, AEODC contributed to a streamlined design process, setting the foundation for smooth and efficient project execution at the construction site.

MEP Services by AEODC

AEODC — Wed, 18 Mar 2026 08:57:14 +0000

AEODC delivers high-quality MEP engineering solutions through integrated BIM methodologies. Our services encompass detailed Revit-based modeling, interdisciplinary coordination, clash detection using Navisworks, and precise construction documentation. With a focus on accuracy, efficiency, and timely delivery, AEODC ensures optimized building performance and streamlined project execution.