# **AFA Studio 3D Brain IRM & Multi-Sensory HL7 Telemetry Studio** Project Presentation & Portfolio Integration Guide This guide provides the complete markdown presentation of the **AFA Studio 3D Brain IRM & Multi-Sensory HL7 Telemetry Studio** project, followed by a professional portfolio insert designed to showcase this work for roles in **pharma, hospital groups, clinical research institutes, and medical/clinical diagnostics**. > "Bridging high-performance 3D medical visualization, multi-modal neurological atlases (IMAIOS e-Anatomy), and interoperable health informatics (HL7 v2/FHIR) for advanced clinical diagnostics, neuro-surgical planning, and medical device R&D." --- ## Part 1: Complete Project Presentation (Markdown) ```markdown # AFA Studio | 3D WebGL Multi-Sensory Brain Studio & HL7 Telemetry Platform ## Executive Summary The **3D WebGL Multi-Sensory Brain Studio & HL7 Telemetry Platform** is an enterprise-grade medical imaging, neuro-anatomy, and real-time health informatics workstation. It unifies the official **IMAIOS e-Anatomy "TDM Cérébrale" (Brain CT) Interactive Medical Atlas** (authored by Dr. Antoine Micheau, MD and Dr. Denis Hoa, MD; DOI: `10.37019/e-anatomy/346546.fr`, ISSN: `2534-5079`) with an interactive, GPU-accelerated **3D WebGL Brain IRM, Cranium Skull, 5-Sense Cranial System, and Real-Time HL7 v2 / FHIR MLLP Telemetry Engine**. --- ## Key Architectural Highlights ### 1. Unified 3-Mode Workstation Engine * **Mode 1 (Atlas TDM Cérébrale - 2D)**: Full 80vh 2D radiological viewer with DICOM window presets, color-coded e-Anatomy vector polygons, interactive leader lines, and a below-the-fold encyclopedic research portal. * **Mode 2 (3D IRM & HL7 Studio)**: Full-screen 3D WebGL viewport featuring custom GLSL cortical shaders, animated DTI tractography streamlines, real-time slice planes, and stereotactic MNI152 coordinate tracking. * **Mode 3 (Dual Workstation / Split)**: Synchronized side-by-side mode allowing clinical correlation between 2D CT cross-sections and 3D anatomical structures. ### 2. High-Definition 5-Sense Cranial & Skeletal Systems * **💀 Cranium & Facial Skull**: Anatomically sculpted neurocranium vault (Calvaria & Diploë), cranial sutures (Sagittal, Coronal), zygomatic arches, orbital rims, and articulating mandible (TMJ). * **👁️ Vision (CN II)**: Bilateral ocular bulbs, optic nerves, optic chiasm, lateral geniculate nucleus (LGN) relays, and optic radiations terminating in the primary visual cortex (V1). * **👂 Audition & Balance (CN VIII)**: High-definition inner and middle ear complex featuring pinna, tympanic membrane, ossicular chain (Malleus, Incus, Stapes), 2.75-turn conical cochlea with tonotopic Organ of Corti, 3 orthogonal semicircular canals with ampullae, and central auditory tracts to Heschl’s gyrus (A1). * **👅 Gustation & Articulation (CN VII/IX/XII)**: 3D muscular tongue body, circumvallate and fungiform papillae, palatal arch, and gustatory/motor cranial nerve pathways projecting via the solitary nucleus and VPM thalamus to the insular cortex and M1. * **👃 Olfaction (CN I)**: Nasal bridge cartilage, superior/middle turbinates, cribriform plate, olfactory bulb, and piriform tract projections to the limbic system. * **🖐️ Touch & Somatosensory (CN V)**: Trigeminal ganglion (Gasserian), V1/V2/V3 dermatome cutaneous branches, and ascending trigeminothalamic tracts to the postcentral gyrus (S1). ### 3. Real-Time HL7 v2.5.1 ORU^R01 MLLP Telemetry Integration * **Live Clinical Signal Ingestion**: Parses pipe-delimited HL7 telemetry messages (`OBX` segments) in real time to update intracranial pressure (ICP, LOINC `60956-0`), cerebral perfusion pressure (CPP, LOINC `61007-1`), EEG dominant rhythms (LOINC `11524-6`), and regional fMRI BOLD Z-scores. * **Interactive Clinical Presets**: Includes pre-configured clinical simulations for *Multi-Sensory Cranial Nerve Surge*, *Right Temporal Ictal Seizure*, *Left MCA Acute Ischemic Stroke (Broca/M1)*, and *Prefrontal Executive Task*. * **Custom Message Injector Modal**: Allows clinical engineers and developers to test arbitrary HL7 payloads and instantly drive 3D WebGL shader uniforms and stereotactic warning flags (`AA`, `HH`). ### 4. Modular Frontend Architecture * **`3d_webgl_brain_irm_hl7_telemetry_studio_v52.html`**: Main workstation container utilizing local `OrbitControls.r128.js` and responsive CSS grid/flexbox layouts. * **`brain_studio_datasets.js`**: MNI152 coordinate math, 9 2D CT radiological series, Terminologia Anatomica structure directory (634 items), and 3D ROI registry. * **`brain_studio_2d_atlas.js`**: 2D CT viewport controller, SVG polygon overlays, autocomplete search combobox, and encyclopedic reference gallery. * **`brain_studio_3d_organs.js`**: Three.js geometry builders for the brain cortex, cranium skull, 5 sensory organs, and DTI tractography particle streams. * **`brain_studio_hl7_telemetry.js`**: Real-time HL7 parser, clinical preset bank, and interactive ROI impact digest list. * **`brain_studio_left_2d_panel.js`**: Floating multi-planar 2D TDM/IRM/DTI panel supporting Axial (Z), Coronal (Y), Sagittal (X), and 3-Cut MPR Quad View with interactive click-to-fly MNI camera synchronization. * **`brain_studio_main.js`**: Scene bootstrap, raycasting tooltips, draggable window manager (`makeDraggable`), and 60 FPS animation loop. ``` --- ## Part 2: Portfolio Insert for Pharma, Hospitals & Clinical Research Institutes When presenting this project to hiring managers in **pharma, hospital groups, and clinical research organizations (CROs)** within **medical and clinical diagnostics**, frame it as a demonstration of **software engineering rigor, compliance-ready telemetry, and advanced medical visualization**. Below is a ready-to-use portfolio insert and narrative pitch: --- ### Portfolio Extract: Medical Diagnostics & Clinical Informatics Platform #### **Project Title:** *AFA-Studio Multi-Sensory Neuro-Imaging & HL7 Clinical Telemetry Workstation* #### **Professional Profile Alignment:** > *"Bridging high-performance 3D medical visualization, multi-modal neurological atlases (IMAIOS e-Anatomy), and interoperable health informatics (HL7 v2/FHIR) for advanced clinical diagnostics, neuro-surgical planning, and medical device R&D."* #### **Core Competencies Demonstrated:** 1. **Clinical Interoperability & Health Informatics (HL7 / FHIR):** * Designed a real-time HL7 v2.5.1 `ORU^R01` MLLP stream parser linking clinical observation segments (`OBX`) to spatial 3D visualization shaders and DICOM/MNI152 stereotactic coordinates. * Enables live monitoring of critical diagnostic parameters (Intracranial Pressure, Cerebral Perfusion Pressure, fMRI BOLD Z-scores, and quantitative EEG spectra) suited for neuro-ICU and stroke unit telemetry. 1. **Medical Image Processing & Atlas Integration:** * Integrated multi-planar radiological CT series (axial, sagittal, coronal, vascular territories, cranial base, and bone windows) with vector-based anatomical segmentation masks (*Terminologia Anatomica*). * Implemented multi-planar reconstruction (MPR 3-Cut quad view) and Directionally Encoded Color DTI (DEC-FA) tractography overlays for structural brain connectivity analysis. 1. **Safety-Critical & Regulated Engineering Standards:** * Built with the architectural rigor required for medical device software (IEC 62304 / ISO 13485 / GAMP 5 awareness), featuring strict type boundaries, deterministic state machines, and defensive validation filters. * Incorporates client-side data scrubbing and audit trail logging aligned with ALCOA+ data integrity principles. #### **Sample Portfolio Project Highlight / Bullet Points:** * **Multi-Sensory Diagnostic Workstation:** Developed an interactive 3D WebGL neuro-imaging platform modeling the neurocranium, visual pathways (CN II), auditory-vestibular labyrinth (CN VIII), gustatory-articulatory structures (CN VII/IX/XII), olfactory system (CN I), and somatosensory dermatomes (CN V). * **Real-Time Clinical Telemetry Engine:** Engineered an asynchronous event-driven telemetry pipeline processing structured clinical data to highlight regional hyper-perfusion, ischemic penumbras, and ictal surge patterns in 3D anatomical space. * **Dual 2D/3D Synchronization:** Built a synchronized multi-planar 2D viewer and 3D WebGL engine where clinicians can click any anatomical landmark or slice coordinate to instantly navigate stereotactic MNI152 space. --- ### Suggested Interview Talking Points (Pharma / Diagnostics) * *"In clinical diagnostics and medical imaging, bridging raw telemetry (such as blood gas analyzers, EEG, or ICP monitors) with intuitive anatomical context is vital for rapid clinical decision-making. This platform demonstrates how HL7 telemetry can directly drive 3D spatial visualizations in real time."* * *"By combining official medical imaging datasets with modular Three.js architecture and robust interface standards, I build diagnostic tooling that maintains strict data integrity while remaining highly accessible to clinical researchers and neuro-radiologists."*