Helping architecture firms deliver sustainable, high-performance projects through computational design, LEED documentation, and technical workflows.
I am a licensed architect and LEED specialist dedicated to bridging the gap between artistic expression and environmental performance. My practice is built on systems thinking, where buildings are designed not as static objects, but as living, breathing ecosystems that interact with solar cycles, wind patterns, and community dynamics.
Utilizing state-of-the-art computational design tools (Grasshopper, Dynamo) and energy simulators, I develop parametric solutions that optimize solar gain, reduce carbon loading, and establish resilient building envelopes.
A 12-story high-performance office design featuring smart responsive shading facades and integrated greywater loops. Reduced operational energy requirements by 38%.
A self-supporting timber shell structural canopy optimized for minimum material thickness. Complete automation script used to direct CNC output directly from parametric data.
A community of 15 zero-energy homes optimized for thermal massing, passive ventilation, and solar PV angles. Achieved LEED Platinum certification rating.
Holistic carbon reduction strategies, water management layouts, and materials assessment targeting LEED Gold or Platinum certification benchmarks.
From spatial programming and schematic drafting to final structural details, ensuring functional elegance and regulatory compliance.
Parametric scripting (Grasshopper) to construct complex geometric solutions, facade optimizations, and customizable structural grids.
Advanced thermal imaging simulations, solar irradiation maps, dynamic daylight factors, and natural ventilation calculations.
Rigorous permit drawing sets, comprehensive technical specs, and complete LEED certification credit documentation ready for submittal.
Registered professional with a full understanding of building codes, zoning regulations, and structural physics.
Official green building credentialing to guide your project through strict resource and energy goals.
Treating building envelopes, mechanical systems, and occupants as integrated thermodynamic entities.
Quick, clear feedback loops and transparent status updates utilizing modern collaborative design pipelines.
Optimized parametric automation scripts reduce drawing generation times and design revisions by up to 40%.
Pristine, well-organized BIM models, drawing sets, and construction spreadsheets ensuring smooth execution.
Send a message to schedule a complimentary 15-minute project review or discuss your project requirements.
Yes. I primarily work remotely and collaborate with architecture studios, sustainability consultants, engineers, developers, and multidisciplinary teams internationally. I use structured digital workflows, regular progress updates, and clear documentation to keep projects coordinated.
For projects in Barcelona and surrounding areas, on-site collaboration or site visits can also be discussed where appropriate.
Absolutely. I can work as an extension of your existing architecture, sustainability, engineering, BIM, or computational design team rather than requiring you to change your existing workflow.
I can adapt my role depending on what your team needs—from focused technical support to taking responsibility for a defined project package.
Yes. I can join projects at different stages, including concept design, schematic design, design development, construction documentation, and ongoing sustainability coordination.
For an existing project, I first review the current documentation, objectives, standards, and workflow before defining the scope of my involvement.
Yes. I understand that architectural projects often involve confidential designs, client information, proprietary workflows, and unpublished project data. I am comfortable working under an NDA where required.
Yes. I don't expect every project to use the same workflow.
At the beginning of a project, I can review your existing:
I then integrate my work into your existing system wherever practical.
My primary computational and environmental design tools include Rhino, Grasshopper, Ladybug Tools, Honeybee, Wallacei X, EnergyPlus, DesignBuilder, and IESVE.
The appropriate software depends on the project requirements. I focus on delivering the required outcome rather than forcing a particular software workflow.
Yes. I can support sustainability analysis, documentation, research, and coordination for projects working toward frameworks such as BREEAM® and WELL®, depending on the project's specific requirements and the scope assigned to me.
Usually, I need some combination of:
I will identify what is actually necessary during the initial discussion rather than asking for unnecessary information.
That's completely fine.
You don't need to know exactly what to hire me for. If you can explain what you're trying to achieve and what is currently blocking you, I can help identify the appropriate workflow, scope, and next step.
Start with the Complimentary Project Feasibility Review.