Transforming living spaces to enhance comfort, style, and functionality, with a focus on high-end multifamily residential properties. Practicing advanced building design, each project emphasizes resilience and efficiency, ensuring every space is as innovative as it is enduring. With a profound understanding of architectural principles and meticulous attention to detail, each project is crafted to meet the highest standards of functionality and design. The goal is to elevate the quality of life through thoughtful, resilient design, creating environments that cater to the diverse needs of occupants while maximizing energy efficiency.
Key Attributes:
Architectural Expertise: Strong foundation in architectural principles.
Advanced Design: Emphasis on resilient, energy-efficient solutions.
Attention to Detail: Keen eye for detail in every project. Innovation and Functionality: Unique, practical spaces with high standards.
Commitment to Excellence: Dedicated to achieving the highest standards.
01. Flood-Resilient Residential
Design Year: 2024 | 246,600 sq.ft.
• Resilient Mixed-Use Residential Design in Anacostia Park addressing sea level rise (up to 5.25 feet by 2100)
• Three Adaptation Strategies:
- Alleviation: Integrates green spaces and recreational areas for stormwater management
- Embracing Water: Community spaces simulating flood scenarios for engagement
- Elevation: Raised structures and permeable surfaces to prevent flooding
• Project Features:
- Two-Story Commercial Base with retail, food club, and health club
- Nine Stories of Residential Units (225 units, 400-800 sq ft)
- 450 Solar Panels generating power for 72,656 sq ft
- Sustainable Development Model in flood-prone areas, enhancing residents’ quality of life and offering innovative solutions to climate challenges
02. High Performance Residential Complex
Design Year: 2020 | 302,450 sq.ft.
• 108 Residential Units across nine blocks, each with winter gardens and green wall systems
• Benefits of Green Walls:
- Reduces indoor temperatures by up to 5°F
- Improves air quality by filtering 80% of particulate matter
• Solar Panels on Roofs (40 kW total), generating 60,000 kWh annually to power common areas and reduce electricity costs
• Sustainable Urban Development: Combines green infrastructure and energy-efficient design to create a healthier living environment
• Site Orientation: Maximizes views with blocks oriented for optimal sightlines and access
• Circulation & Access: 20-footwide passage for improved accessibility and natural lighting
• Winter Garden: Year-round green space that enhances aesthetic appeal
• Rain Garden: Manages stormwater, promoting drainage and water quality Photovoltaic Panels: Potentially saves 30% on energy costs
• Green Walls: Improves air quality, provides natural insulation, and boosts energy efficiency
03. Embassy of Innovation
Design Year: 2022 | 20,500 sq.ft.
• Innovative Parametric Design: Fluid, curved form creating a striking architectural presence
• Multi-Functional Open Spaces for cultural events, exhibitions, and community gatherings
• Roof Area: 15,000 sq ft with solar panels generating 100 kWh/day, reducing carbon footprint and operational costs
• Solar-Responsive Sensors optimize energy efficiency by adjusting lighting and climate control, reducing energy consumption by up to 30%
• Centralized High-Security Areas with a versatile entrance hall designed for various events
• Environmental Stewardship: Showcases Chile’s commitment to modern architecture and sustainable design, positioning the embassy as a forward-thinking diplomatic model
Third Floor
• Embassador’s Office Suite
• Conference Room
Second Floor
• Reception Hall
• Lobby
• Visa Section
• Staff Offices
• Workstations
First Floor
• Audotorium
• Gallery
• Cafetria
• Parking Area
• Services Area
01. Modular Unit Design – Project 1
• Modular units designed with a neutral and minimal aesthetic using a color palette of green, gray, and brown.
• Efficient space planning maximizes functionality while maintaining a clean, uncluttered design.
• Emphasis on sustainability with natural materials and eco-friendly finishes.
• Calming, earthy tones promote a serene, grounded atmosphere.
• Interior design integrates seamlessly with the natural color palette to enhance relaxation and comfort.
Good light and good visibility.
Good light and good visibility.
M inimal villa design in white and brown. Combining brown armchairs with white sofas has given good harmony to the space. We used colorful carpet to create contrast.
(All f it i I t li b d )
Suitable view of the garden by creating gaps to the ceiling.
02. Modular Unit Design – Project 2
• Modular units featuring a bold, dynamic color scheme of blue and orange, offering a striking contrast.
• Strategic space planning creates a lively, engaging environment with energy-boosting colors.
• Complementary color palette used to highlight key areas, enhancing visual appeal and functionality. Interior design balances the energetic colors with thoughtful furniture and decor choices for harmony.
• Adaptable and flexible layouts that make the most of vibrant, contrasting color elements.
Client Brief
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01. Hyperloop Research Campus
Design Year: 2020 | 700,554 sq.ft.
• Cutting-Edge Hyperloop Research Campus with metal cladding façade reducing urban heat island effect by up to 30%
• Digital Display Panel: 14,000 sq ft, spanning seven stories, generating $100,000 annually in advertising revenue and serving as an information hub for campus activities and environmental data
• Interactive Display: Features wayfinding tools and educational resources on hyperloop technology
• Moveable Residential Units: 20 units offering flexible living arrangements
• Piezoelectric Flooring: Generates up to 5 kWh/day from pedestrian movement
• Sustainability & Innovation: Combines advanced materials and technologies to promote sustainability and foster a collaborative environment for transportation research.
