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TRAVELNA / Hospitality for solo travelers

TRAVELNA is an innovative architectural design concept merging the subscription model of services like Netflix with Airbnb’s global accommodation network, tailored for solo travelers frequently moving across major cities worldwide. Subscribers gain access to a curated selection of high-quality apartments—ranging from studios to three-bedroom units—aligned with their chosen subscription tier. To ensure exclusivity and availability, … Read more

Sky Parks – A Building Recipe

Initial Design Strategy and Chosen Typology Figure 1.1: Design Strategy and Typology The design approach combines a top-down and bottom-up methodology into a hybrid design. Top-Down: Focuses on using height to achieve the desired residential densities while integrating ecosystems into the design to balance human habitation with nature. Bottom-Up: Starts with the aggregation of cores, … Read more

PERSONAL PROJECT

ACESD Theory Embodied Carbon Factors: Total Carbon Footprints (per location and total towers): •Iceland:   17,539,260 kg CO₂e  – One tower •Singapore:   49,958,698 kg CO₂e  – Two towers By Material Concrete: Dominates the emissions for both locations due to its extensive use in slabs, beams, and columns. Steel: Contributes significantly, particularly in Singapore, where … Read more

AdaptiveFlow Carbon Emission

3D Concrete Printing (3DCP) is reshaping the construction industry by combining innovation and sustainability. This cutting-edge technology involves the automated layering of concrete through robotic systems to create durable, customized structures efficiently. The process integrates components like robotic arms, nozzle systems, and advanced computational control to deliver unparalleled precision and speed. How Does It Work? … Read more

MakerHub – Material Impact Analysis

Abstract This project evaluates the carbon footprint of concrete core units in modular high-rise construction, using CO₂ emissions as the primary indicator. The goal is to assess the potential environmental impact and determine if the proposed building aligns with environmental policies. Lifecycle stages analyzed include raw material extraction, material processing, transportation, assembly, and end-of-life, with … Read more

THE APEX

Where Data Meets De At its core, our approach to mixed-use tower design represents a paradigm shift – one that embraces efficiency-driven decision making across multiple scales. Rather than following traditional static design methods, we’ve developed a dynamic framework that continuously evaluates decisions through four key stages: initial data processing and site analysis, space planning … Read more

PROJECT HOPE

AS6 COMPLEX FORMING Design Concept and Computational Design System “Project HOPE ” emphasizes rehabilitation over punishment by creating therapeutic environments by Hierarchy levels. Computational Design System: Parametric tools to simulate and optimize layouts. Algorithms for spatial relationships, light studies, and environmental analysis. Goals: Humanize: Design spaces that prioritize mental well-being. Environments: Incorporate therapeutic architecture, recreation, … Read more

Commercial Tower Analysis

Introduction The Parametric Nexus project represents a forward-thinking approach to high-rise construction, where sustainability is at the forefront. With its use of advanced materials like glass, steel, and concrete, the project aims to minimize environmental impacts through a comprehensive Life Cycle Impact Assessment (LCIA). This blog explores the rationale, methods, and key findings of this … Read more

NeoCapsules: modular living design

NeoCapsules Residence: A Vision for Modern Family Living NeoCapsules, an innovative residential complex inspired by the Nakagin Tower concept, offers a dynamic and adaptable living environment that seamlessly integrates sustainability with an urban lifestyle. This innovative approach fosters growth, flexibility, and community interaction, making it more than just a building, it’s a vibrant ecosystem for … Read more

The Energy Behind Your Data

Abstract By the year 2025, there will be 200+ zettabytes of data in cloud storage. The servers handling this cloud storage space live in data centers. Since we live in the era of data, demand is surging, in fact, a 50% growth is expected by 2030. Data centers are energy consuming monsters, hence their lifecycle … Read more

PARAMETRIC NEXUS

Designing a Mixed-Use High-Rise for Urban Efficiency and Adaptability In the evolving urban landscape, designing a high-rise that blends commercial, residential, and recreational spaces requires thoughtful planning and innovative approaches. Our project, Parametric Nexus, employs parametric design tools to optimize functionality, sustainability, and adaptability. Here’s a closer look at the key elements of our design … Read more

Parasyte: Growing exisiting structure

INTRODUCTION We approached our parametric project with a top-down methodology, emphasizing the importance of urban, climatic, social, and economic parameters. These factors, alongside the needs for project development, are crucial when discussing architecture that focuses on the reuse and recycling of existing structures in both established and developing contexts. CONCEPT & STAGES The algorithm is … Read more

SYSTEM ON A CHIP

DATA CENTER: A BOTTOM-UP APPROACH WITH MODULAR AGGREGATION Data creation is exploding. With all the selfies and useless files people refuse to delete on the cloud, by the year 2025, there will be 200+ zettabytes of data in cloud storage. This explosion of data triggers the industry to streamline data management, security and storage, raising … Read more

AdaptiveFlow Tower

Welcome to a deep dive into the AdaptiveFlow Tower, a groundbreaking high-rise residential project developed under the guidance of the IAAC – MaCAD – ACESD program. Conceived by Amira El-Saeed, Aleyna Kırcalı, and Mohamed Attay, this project represents a pioneering approach to urban living where adaptability and sustainability intersect seamlessly with architectural innovation. Concept Design … Read more

The Perch – A Generative Building Typology

Introduction In our studio project, we use a combined bottom up and top down approach to develop a mixed use building; designed to integrate multiple functions, including residential, recreational, and commercial, within a single structure. Our goal is to feature a flexible layout, using modular construction techniques and clear circulation patterns, with well-designed junctions. Programmatic … Read more

Sky Parks: structural optimization

Concept The concept of our proposal seeks to integrate into a building a residential program implemented with the incorporation of nature, creating ecosystems where people and nature can coexist. People Nature Ecosystems Structurally speaking, we wanted to transfer the general concept of the project to the structure by adopting sinuous geometries that respond simultaneously to … Read more

System on a chip: Data Center modular aggregation structural optimization

Concept The architectural concept is based on creating a data center that expands over time, following a Design for Manufacturing and Assembly (DfMA) approach. At the core of the design is a superstructure, populated by smaller modular data halls. These are supported by a service program that includes operational spaces, storage, and MEP systems, particularly … Read more

MakerHub – A Discrete Aggregation Recipe for Creative Industry Spaces

Strategy // Bottom-up Industrial High-rise 4. Adaptability to Change evolving needs or technological advancements, and allows for easy upgrading or replacement of capsules 3. Prefabrication & Mass Production Prefabrication and standardization. 2. Central Core Structure The capsules are connected to a central core  the building can grow or contract in response to societal changes 1. Modular … Read more

Apex Structural Optimization

Computational Structural Optimization: A Case Study of High-Rise Integration Through Parametric Design When approaching the structural design of complex high-rise buildings, computational optimization becomes an invaluable tool in achieving both efficiency and architectural vision. In this post, I’ll walk you through a fascinating case study of how we utilized Karamba and Grasshopper to optimize a … Read more

Evolving Nakagin Tower: parametric structural model

Concept Our project reimagines the modular design of the Nakagin Capsule Tower for modern sustainable architecture. We’ve created a parametric adaptable building system featuring: This design allows for easy customization and future updates, extending the building’s lifespan while minimizing environmental impact. Our approach combines the visionary ideas of Metabolist architecture with contemporary sustainable building practices. … Read more

STRUCTURAL ANALYSIS | MORPHO RESIDENCES

ARCHITECTURAL CONCEPT DECOMPOSITION | TOP DOWN APPROACH FUNCTIONS We have followed a top down approach for the creation of an algorithm that creates buildings that adapt to different climates and serve mostly to residential use. The algorithm starts dividing the plot into subplots using an optimized Voronoi segmentation, which are then arrayed and scaled in … Read more

Digital tools for Structural Optimization 

Project Overview This structural analysis and optimization focuses on a studio project designed as an office and industrial hybrid typology housing creative industries, such as architecture studios and robotics fabrication labs. The building is generated through an aggregation process, resulting in variable building heights that generally fall within high-rise parameters. The structural system consists of … Read more