With over 14 years of experience in leading technology integration for architecture, engineering, and construction, I have developed a deep expertise in Building Information Modeling (BIM), complex modeling, and software development. My career has spanned large-scale architectural projects, intricate design details, and innovative sculptures, where I have consistently applied advanced technical solutions to enhance project delivery. As a leader, I focus on streamlining workflows, training teams, and implementing cutting-edge digital strategies to drive efficiency and foster collaboration in the built environment.
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Projects Highlights
Los Angeles County Museum of Art (LACMA)
Peter Zumthor & SOM Collaboration
32,000 Sq Meters
In collaboration with Peter Zumthor’s team, I played a key role in developing the BIM model for LACMA's new museum building using Revit. This project required the use of programming and custom algorithms due to the complex organic form and scale of the structure. The innovative design, characterized by sinuous concrete forms and glass pavilions, spans Wilshire Boulevard and creates a striking addition to Museum Mile. The building integrates seamlessly with its surroundings, offering elevated views of the iconic La Brea Tar Pits and creating new public spaces. My work focused on ensuring accuracy in the BIM model to manage the building's complex geometries and optimize workflow efficiency throughout the project’s development.
Sculpture Projects
Janet Echelman & SOM Collaboration
I worked closely with Janet Echelman and SOM to develop a BIM workflow for several of her renowned large-scale net sculptures, including installations in Los Angeles (West Hollywood), Austin Airport, and Hong Kong. My role focused on automating the structural calculations and design documentation of these complex installations. By utilizing custom algorithms, we were able to accurately model the tensile properties and shapes of the fiber nets, integrating them seamlessly with their architectural surroundings. Notable installations include the "Dream Catcher" in West Hollywood, a monumental 90-foot-tall sculpture that transforms the space between two hotel towers, and "Earthtime 1.26" in Hong Kong, which floats above the city, responding to natural forces like wind and light
Poly International Plaza
SOM
As part of the team working on Poly International Plaza, one of the first parametric Revit models for SOM, I played a critical role in developing a BIM workflow that enabled the design’s flexibility during constant changes. The innovative diagrid structural system was used to hang the floor slabs without the need for interior columns, allowing for open, column-free spaces. Due to the dynamic design of the tower, which drew inspiration from traditional Chinese paper lanterns, we made the structure fully parametric. This ensured that the diagrid would align precisely with the centerline of the slabs as the design evolved, optimizing both the structure and façade. This project set a new standard for high-rise design in Beijing, achieving LEED Gold certification and addressing the region's seismic and environmental challenges
Project Coco
dwp
For the Coco project, I led the implementation of Rhino Inside Revit to develop an organic structure that blends with the surrounding natural environment. The project's unique design, which emphasizes the seamless integration of nature and architecture, required advanced parametric modeling techniques to achieve the desired fluidity and complexity. Utilizing Rhino Inside Revit allowed us to automate the workflow, ensuring the structure’s precision and adaptability during the design and documentation phases. This project includes key elements like yoga salas, a restaurant, and villas designed to provide a serene, immersive experience
Digital Model Walkthroughs with Unreal Engine
dwp
I developed an innovative approach to showcasing architectural projects by creating interactive digital walkthroughs using Unreal Engine. These walkthroughs serve as powerful tools for potential clients to explore spaces, offering video content for social media as well as immersive web-based VR experiences. By utilizing Revit models and 3DS Max, I was able to integrate detailed 3D environments into Unreal Engine, pushing the boundaries of how digital models can be used. This approach enhances client understanding of the design, enabling them to navigate rooms and spaces as if they were physically present, offering a new and engaging way to experience architectural concepts.
https://www.lanecove-rama3.com/
https://dannysbentley.github.io/Fraser_360VR/
Software & Application
Revit Model Health and User Metrics Dashboard
I developed a real-time automation tool that continuously tracks key metrics related to Revit model performance and user activity. Whenever a user performs actions such as saving, opening, or closing a model, the data is collected live and displayed on a dynamic dashboard. This allows management to monitor user engagement and model health instantly, providing actionable insights into project progress. The system also includes a weighted scoring mechanism that assesses the overall health of each model, enabling proactive interventions to prevent model corruption and ensure optimal performance.
Custom Revit Application for Streamlining Documentation and Team Collaboration
I developed custom applications for Revit that automate the organization of user views and ensure all directories point to standardized template files. These applications streamline the documentation process, allowing users to create documents faster and with greater consistency. Additionally, the tools include customized functionalities designed to meet the specific needs of large-scale projects, significantly improving efficiency and reducing manual tasks. For large teams, I integrated Revit with Google Chat to provide real-time updates on team activity, monitor sync times, and track file sizes, enhancing collaboration and project oversight.
AI Implementation, Training, and Research for Design Optimization
I spearheaded the implementation and training of AI technologies across the office, utilizing tools such as Midjourney for creating mood boards and exploring design styles during the early phases of projects. I developed and refined prompt engineering techniques to help the team generate more precise and creative results. In addition, I customized a version of ChatGPT to answer Revit-related queries, ensuring it aligns with the company’s documentation standards and Autodesk guidelines, helping users navigate Revit workflows efficiently.
I also lead continuous research into emerging AI tools, actively testing new products and assessing their potential to enhance design workflows, streamline processes, and improve team productivity. My focus on identifying and integrating innovative AI solutions ensures that the team stays at the forefront of technology-driven design practices.
Training
Revit Training, Candidate Evaluation, and BIM Team Management
I implemented a structured Revit training program for new hires, consisting of a comprehensive one-week course designed to bring users up to speed not only with Revit fundamentals but also with the company’s specific BIM standards and workflows. This onboarding process ensures that new team members are fully equipped to contribute to projects efficiently from the start.
Additionally, I conduct interviews for new candidates, including administering Revit proficiency tests to assess their understanding and practical skills.
To maintain high-quality standards across projects, I lead bi-weekly meetings with the BIM team where we review current standards, discuss the implementation of new workflows, and explore emerging software that can enhance project efficiency and collaboration.
Sustainability Training and LEED Green Associate Role
As a LEED Green Associate, I actively review each project in collaboration with the project manager to assess sustainability measures. This includes analyzing the project brief, reviewing presentations, and examining FFE (Furniture, Fixtures, and Equipment) selections to ensure alignment with sustainable practices. These efforts help embed sustainability into every aspect of the design process.
Additionally, I provide LEED training to all staff, emphasizing the importance of sustainable design and the tools available for simulating environmental factors such as sunlight, daylighting, and shadowing. This training ensures that all team members are equipped with the knowledge to incorporate sustainability into their design decisions and maximize project efficiency while reducing environmental impact.
Volunteer
Volunteer Work: Teaching Architectural Technology to Students
I volunteer at local schools, introducing young students to architectural technology through engaging, hands-on experiences. Using existing architectural projects, I bring designs to life by incorporating them into VR headsets, allowing children to explore and learn how virtual reality is used in architectural practices to visualize and interact with spaces. Additionally, I teach students the basics of design and 3D printing, guiding them through the process of creating and printing their own designs with a 3D printer. This helps inspire the next generation of designers by showing them how technology is shaping the future of architecture.
Workshop Website: https://dannysbentley.github.io/BPS_AI-3DPrint/
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