Preliminary energy modeling
Test early envelope, massing, glazing, shading, lighting, HVAC, controls, and schedule assumptions while design options remain open.
LEED energy and performance support
LEED energy modeling from early design through submission.
Use baseline and proposed models to test design options, track assumptions, reflect approved changes, and prepare energy-performance inputs for the appointed LEED team.
2,500+
international projects
70%
delivered for US projects
US + UAE
offshore delivery
LOD 100–500
model development range
How does energy modeling support LEED projects?
LEED energy modeling can support minimum energy performance requirements and credits related to optimized energy performance. Whole-building simulation compares the proposed design with the applicable baseline and helps teams evaluate the predicted energy and cost effects of envelope, systems, controls, loads, and efficiency measures.
USGBC guidance emphasizes starting early enough for the model to inform design, then updating proposed and baseline models to reflect final construction details and specifications. LEED registration, interpretation, submission, review, certification, and professional responsibility remain with the project’s appointed LEED and design professionals.
Keep the energy model aligned with the LEED strategy.
Modeling scope is coordinated with the project’s rating system, version, certification target, energy prerequisites, credits, design stage, and documentation plan.
Baseline model
Develop the applicable baseline with documented geometry, assemblies, systems, schedules, loads, and referenced modeling rules.
Proposed design model
Model the current design and approved efficiency measures using coordinated architectural and MEP information.
Energy conservation measures
Compare agreed design alternatives and show how specific measures affect predicted energy use, cost, and end-use performance.
Final model updates
Reflect final construction-document inputs, approved equipment, controls, value-engineering changes, and other performance-relevant decisions.
Submission support
Prepare traceable assumptions, comparison outputs, narratives, and model information for the appointed LEED team’s review and submission workflow.
From multifamily to high-rise and mission-critical.
The delivery framework adapts to each sector’s information, coordination, documentation, and approval requirements.
Multifamily residential
Apartments, condominiums, multifamily, and residential developments.
High-rise & commercial
Towers, offices, hospitality, retail, and mixed-use buildings.
Data centers
White space, grey space, power, cooling, redundancy, and handover.
Industrial
Manufacturing, utilities, equipment interfaces, access, and installation.
Healthcare & institutional
Hospitals, education, civic, and coordination-intensive facilities.
Infrastructure
Site, civil interfaces, utilities, logistics, and model-based sequencing.
Built for US and UAE teams. Delivered internationally.
Regional delivery pages connect the service scope to local standards, sectors, and project controls.
United States
National BIM and VDC delivery, with 70% of BIM Bots projects delivered for US work.
UAE & Dubai BIM outsourcing
India-based BIM production, coordination, and QA/QC aligned to UAE project controls, consultant reviews, and Gulf working hours.
Data centers
Specialist modeling and coordination for high-density, mission-critical systems.
All regions
Explore local delivery context across priority US hubs, the UAE, and Germany.
Model early, then keep the final design honest.
The model should remain connected to current project information rather than becoming a one-time certification snapshot.
Confirm LEED requirements
Identify the rating system and version, target credits, referenced standard, submission responsibilities, timeline, and available design information.
Build and test
Develop baseline and proposed models, document assumptions, evaluate agreed measures, and coordinate findings with the design team.
Track design changes
Update performance-relevant inputs as systems, envelope, equipment, schedules, controls, or value-engineering decisions change.
Finalize support package
Check reasonableness, compare end uses and costs, document assumptions, and support the appointed LEED team with final model outputs.
Before you engage the delivery team.
Clear answers on scope, responsibility, standards, and project setup.
Is energy modeling required for every LEED project?
Requirements depend on the LEED rating system, version, project type, and chosen compliance path. The project’s LEED professional should confirm the applicable prerequisite and credit strategy.
When should a LEED energy model begin?
Early design is preferred when the team wants the model to influence massing, envelope, glazing, lighting, HVAC, and controls. USGBC guidance notes that preliminary modeling can help estimate the energy implications of design alternatives.
What is the difference between baseline and proposed models?
The baseline represents the applicable reference building or system under the selected LEED method. The proposed model represents the project design. Their predicted energy and cost results are compared under defined rules.
Does BIM Bots certify LEED projects?
No single consultant certifies a project. GBCI reviews certification submissions. BIM Bots can provide energy-modeling and documentation support within a project team led by the appropriate LEED and design professionals.
Can the model be updated after value engineering?
Yes. Performance-relevant changes should be reflected in the proposed model. USGBC guidance specifically notes that final construction details, specifications, and value-engineering changes may affect energy efficiency and credit achievement.
Start with the real constraints
Send the project brief. Plan the right delivery model.
Share the project location, sector, disciplines, required LOD, software, available inputs, first deadline, and known coordination risks.
US-focused deliveryUAE and international supportNDA-first workflows