Illumine Industries is a leader in BIM modeling in the US that delivers innovative design solutions and quality Project Management to AEC Companies.We offer a wide range of highly qualified BIM services for all phases of your Projects. We are capable of delivering Architecture, Structural & MEPF BIM services, Construction sequencing (4D), Cost management (5D), Sustainable Design, Facility management, Scan to BIM, BIM Automation, Revit Family Creation and other BIM related services to our clients. Our team will help our clients to get customized solutions for designing to build the final layout of structures with accuracy, quick turnaround time and cost-effective solutions. Illumine-i plays a significant role for many Architectural, construction companies to attain completed BIM Models in timely deliverables and high-quality.
Our worldwide experience in Buildings helps us provide 360⁰ BIM solutions ranging from complex multi-use development buildings, airports, high-rise office spaces, hospitality and recreational centres. We are fully committed to our clients’ success, we hold steadfast to our core values, delivering projects with transparency, honesty and authenticity to ensure exceptional results.
We are headquartered in San francisco, CA and have been a trusted partner in a wide array of projects across borders. Part of the success of our company is the foundation we are built upon. Illumine-i believes in Design-Build that allows us to create structures that cherish and sustain for ages.
We support all the stages in projects, Conceptual Design, Design development, Fabrication, Steel Detailing, BOQ, RFI, Facility management and also AR/VR Support.
The design and development of restaurants, offices, shopping centres, retail stores, and entertainment centres.
Illumine-i has delivered some of the most sophisticated manufacturing and warehousing facilities in the world for clients across US and Europe. Our teams have helped redefine logistics and streamline production for manufacturers across the borders.
From the Office front desk to the production space to the loading docks, we deliver new construction, renovate, retrofit and expand facilities and services for industrial clients on time and on distinct budget.
Illumine-i stands tall in delivering complex infrastructure together with our rich Clienteles, we offer solutions at all magnitude and criticality. To optimize the workflows and services, we employ exclusive tools and technologies within Building Information Modeling and visualization such as Virtual Reality and Augmented Reality.
Our BIM-BAM(Building Asset Management) approach provides a more promising and rational way to handle the vast data related to infrastructure constructions from the conceptual design through commissioning and operation. Illumine-I involves moving existing infrastructure into digital models using scan-to-bim creating a large pool of possibilities for management and optimization of the infrastructure facilities.
Our services for infrastructure designs include developing LOD 100 to LOD 500 models,
BOMs, RFIs, QTO, Steel Fabrication drawings and Steel Detailing, Structural Analysis and much more.
We deliver BIM services for infrastructure projects that include:
1. Roads and Highway Design
2. Airport Development
3. Rail Engineering
4. Bridge Design
Sustainability has been the core value of Illumine-i’s Mission and services and are formalised through our operations in coherence with the UN sustainable development goals. We are the frontrunners in sharing best practices and creating value for our clients by ensuring them with solutions that are sustainable, sociable and economically feasible.
Our BIM services are extremely beneficial by implementing buildings to save money, lower the cost of electricity consumption, store energy for emergency situations, and even make money if you look at it from a business perspective.
BIM, as it’s known in the industry, also can help building owners and operators throughout a structure’s lifecycle by providing visual context to performance-related data, retrofit plans and other projects intended to increase energy efficiency.
Illumine-i offers comprehensive Architectural solutions that covers all design, 3d modeling and visualization requirements to construct a building. This includes concept design, BIM modeling, Detailed design, construction Documentation, Material takeoff, Energy analysis, Remodeling, point cloud conversion, AR and VR. We also provide 3d rendering and perspective views.
Illumine-i develops purpose-built smart BIM 3D models using BIM softwares with specified Level of Detail starting from LOD 100 to LOD 500.
Illumine-i offers extensive Structural services which includes Structural 3d model, RCC & Steel detailing, Rebar detailing, shop drawing, Construction document, Quantity takeoff. Our teams of experienced BIM professionals have strong exposure to the complex and detailed structural project.
We have a well defined quality control(QC) process that ensures the accuracy of our deliverables to the highest possible levels.
Illumine I provides total solutions for all BIM related requirements in Mechanical (HVAC), Plumbing, Electrical, Fire Fighting services. We have delivered MEPF BIM modeling and Shop drawing projects of the highest standards. Illumine-i helps to reduce Design risk and waste by connecting MEPF workflow. We have provided Quality Design output, detailed fabrication drawing, better collaboration through the Construction process.
Construction planning and Estimation
Illumine-i addresses the requirements of Architects, Engineers, Contractors, and Builders for complex projects that require consideration of both cost and schedule over time, so that planning, monitoring, and record-keeping must consider both dimensions.
Illumine-i provides precise estimation of quantities for all the construction elements of the project.
Scan data to BIM
Scan-to-BIM (or point cloud to BIM) is the practice of using 3D laser scanners to build BIM schematics of existing spaces. For example, a surveyor may visit a location to be used for construction or renovation, and collect data points in order to build a hyper-accurate representation of that physical space using digital tools.
That scan data can be used to create an as-built BIM model of an existing structure or form the foundations of the model for a new construction project. This is generally done using LiDAR technology and techniques, allowing laser scanners to collect three-dimensional area data that is then fed into the system via point cloud processing.
Scan-to-BIM can also be used to compare stages of construction and prefabricated parts to plans so that quality control can be managed with exacting detail and projects can be completed to plan. Where deployed, this delivers the highest levels of quality assurance possible, taking the detailed scheduling and schematics of BIM to the next level by allowing teams to compare those plans to outcomes, in precise detail if required. It saves time and money for design and construction teams by preventing mistakes through the use of real data.
One of the areas that we have shown heightened attention recently is the automation of various tasks in the field of engineering and architecture. The push from clients and competition to finish projects in less and less time is widely seen as one of the core issues in the AEC sector. We have standardized our solutions and have some set of rules for how normally our technologists should approach each project by slowly building up single-purpose tools, parametric objects, sets of rules and quantified data.
Benefits should be realized regardless of which project stage it is adopted. In our case, we started with BIM modeling as we saw maximum potential there to reduce overall project time. Increased efficiency in model creation should also cascade quickly to other stages. Nevertheless, automation in any of the process stages can make improvements in time consumption and provide a less prone to errors, more efficient workflow to engineers/architects. In terms of quality, automation enables to keep the quality improvement more consistent, reducing the slope of diminishing returns when applied to final stages, where usually any further refinement to the BIM model requires excessive amounts of time. Standardization and automated templates raise the overall quality level throughout the entire design process. The areas that we focus are
1. Computational Modeling
2. Generative Designs
3. ML & AI in Construction
Facility Management or Asset Management: Assets of a building comprises the physical building, its systems, equipment and surrounding environment. Asset management is effective in the short-term as well as for long-standing planning for preserving the building assets properly.
The bi-directional Building Information Modeling (BIM) integration into asset management software facilitates superior visualization of assets and helps in the maintenance and operation of a facility.
Space Utilization Management: Facility professionals and department liaisons can employ BIM to control, monitor and allocate proper spaces and pertinent resources inside a facility effectively. BIM space management application is useful for planning renovation projects and future requirements, distributing space for utilizing each corner of the building perfectly and monitoring the effect of intended changes.
Disaster & Emergency Planning: BIM offers vital information about the building to enhance the effectiveness of disaster response plans and reduce any risk. BIM is combined with building automation systems (BAS) to demonstrate where the emergency is situated inside a building, to discover feasible routes to the affected area and to determine other hazardous areas within the building throughout such emergencies.
Building Performance Analysis
Building performance analysis emphasizes the measurement and assessment of various performance indicators covering the interests of owners, operators, and occupants in aspects like energy, lighting, thermal comfort, and maintenance. There is a great interest to improve energy management in buildings considering the increasing price of fuel, and the global goal of reducing CO2 output. One of the current challenges in this domain is to optimize energy consumption while considering occupant comfort.
IoT integrated Smart Buildings
Modern buildings will contain an increasing number of wireless sensors and meters to monitor building performance. This data allows us to analyze the building performance to increase energy efficiency along with user comfort. The continuous development of wired building automation systems and the current emerging of easy-to-integrate wireless solutions have increased the amount of available building performance data to evaluate these indicators.