Portfolio field initialization in progress.
ARCHITECT
DESIGN RESEARCHER
COMPUTATIONAL DESIGNER
BROADCAST FIELD / SELECTED ARCHITECTURAL WORK
A silent archival sequence presenting Ahmad Alhadidii’s architectural identity and selected project records.
[ A ] DESIGN POSITION
A way of thinking that begins with uncertainty and searches for the hidden order within it. Systems, patterns, and relationships are traced across different fields, then translated into architecture. What first appears fragmented gains coherence; what remains abstract gains structure, presence, and place.
POSITION / PRACTICE
I approach architecture through research, tracing systems, contexts, human experience, and emerging technologies, then translating their relationships into clear spatial and visual structures. My work moves across architectural design, design research, computational methods, and visual communication.
EDUCATION / PRACTICE / RECOGNITION
[001.01]
BIM Lab — BIM Consultancy & Engineering Services Company
Amman, Jordan
Aug 2025 — Oct 2025
Supervised by Arch. Shaker Khulief
[001.02]
Collaborative Publication Project
Amman, Jordan
[002.01]
Al-Balqa Applied University · Jordan — Salt
Overall Grade: Very Good
2021 — 2026
[002.02]
King Abdullah II School for Excellence · Jordan — Salt
2020–2021
PRIMARY AWARD
Royal Society for the Conservation of Nature and UN-Habitat
Amman, Jordan
2026
PROJECT ARCHIVE
A selection of projects developed across architecture, research, mapping, environmental design, and speculative drawing.
PROJECT FILE 01
Shila Museum is a spatial journey beginning with raw material — stone — unfolding through layered levels that reveal the depth of the earth. As the quarry folds inward, the visitor moves through stone, water, shadow, and reflection, where silent matter transforms into a symbol of memory, spirit, and return to one’s roots.
PROJECT SYSTEM 02
ManMaTIC is a prospective architectural framework for a place where humans and intelligent systems work together. It explores how a building can operate as a machine rooted in its ground — reading site conditions, processing them through human–machine collaboration, and translating them into architectural, technological, and social impact. The project treats the institution as a living system that learns from the site, improves what operates on it, and produces value for both the community and the logistics landscape.
002.A / THE MANMATIC FIELD
A PROSPECTIVE KNOWLEDGE ENGINE FOR TESTING AND EXPANDING HUMAN–MACHINE INTEGRATION
The ManMaTIC Field is a digital interface that brings the project’s research, thesis framework, case studies, evaluation criteria, design iterations, systems, drawings, and outputs into one connected environment. It works as a shared knowledge base between the designer and Orion, allowing ideas and decisions to be traced, tested, refined, expanded, or reduced according to the project’s own intentions, standards, limitations, and opportunities. Rather than presenting the process as separate documents, the field organises it as a readable network of knowledge, evidence, design decisions, and architectural outcomes.
002.B / ManMaTIC — Protocol Port:
A Thermodynamic Framework for Algorithmic Logistics in Aqaba
Protocol Port is a prospective human–machine collaboration environment in Aqaba, where students, developers, researchers, and logistics actors work with intelligent systems to study site conditions, develop operational protocols, and test their deployment within the logistics landscape. The project uses the site itself as an active source of data and action, transforming local conditions into protocols that can support logistics performance, guide human learning, and generate impact for the port, the community, and the wider territory.
PROJECT FILE 04
A staircase transformation proposal turning daily urban infrastructure into environmental and social value.
PROJECT FILE 03
A residential BIM and documentation project developed during professional training at BIM Lab, including coordinated Revit drawings, elevation development, a parametric brick-family workflow, and AI-assisted visualisation under supervision.
EQUATION / COORDINATES / GEOMETRY
STUDY 001 / LEMNISCATE OF BERNOULLI
Lemniscate of Bernoulli
x(t)=a * cos(t) / (1 + sin(t)^2)
y(t)=a * sin(t) * cos(t) / (1 + sin(t)^2)
T ranges over the interval [0, 2π)
The equation is evaluated across a defined parameter range, producing multiple numerical outputs rather than a single value. These outputs are assigned to the X, Y, and Z axes to generate points in three-dimensional space. The points are reconstructed as a spatial curve, which becomes the geometric framework for the architectural form.
[ DRAWING / THOUGHT / VISUAL NARRATIVE ]
AHMAD ALHADIDII
Architect, design researcher, and computational designer working across spatial systems, emerging technologies, and visual communication.
ARCHITECT
DESIGN RESEARCHER
COMPUTATIONAL DESIGNER
AS-SALT, JORDAN
