DAD-FieldWorks-Showcase
DAD FieldWorks Showcase by Harun Aktas
DAD FieldWorks is a private research and development project for RF PCB workflows, microwave engineering, computational electromagnetics, solver research and validation discipline by Harun Aktas.
This is a public showcase repository, not the private source repository. It is an overview repository only. It does not contain the private source code, private solver internals, proprietary data, local books, standards, copyrighted references, notebooks or production-ready releases.
Copyright And License
Copyright © 2026 Harun Aktas. All rights reserved.
This showcase is not open source unless the owner later adds an explicit license. Visibility on GitHub is not permission to reuse the materials.
The Markdown pages, diagrams and visualization images are public-facing showcase materials only. Copying, redistribution, modification, sublicensing or commercial use requires permission from Harun Aktas unless a later explicit license says otherwise.
Current Public Status
- This showcase is documentation and public-safe gallery material only.
- The private implementation remains private.
- The project is under private research and development.
- Current solver work is internal research and verification oriented.
- No external validation is claimed unless future public evidence explicitly documents it.
- No production readiness, commercial solver equivalence or full-wave PCB solver signoff is claimed.
- Validation discipline and claim boundaries are central to the project.
Project Purpose
DAD FieldWorks explores how RF and microwave engineering workflows can be made more traceable, reviewable and evidence-driven. The long-term direction is a toolchain for RF PCB design, high-frequency network synthesis, field diagnostics, solver research, validation workflows and future KiCad-oriented engineering integration.
The project emphasizes conservative engineering practice:
- source-backed models before implementation,
- explicit result contracts and gate rows,
- clear separation of internal verification from external validation,
- documented assumptions and limitations,
- no unsupported production or solver-equivalence claims.
What The Project Explores
Example capability areas include:
- RF PCB and microwave design workflow architecture,
- transmission-line and network-oriented calculations,
- Touchstone-style data workflow concepts,
- internal FDTD and other solver research paths,
- field diagnostics and visualization workflow concepts,
- validation, verification, uncertainty and quality records,
- future C++ computational-core direction,
- future UI and export integrations.
These areas are research and architecture directions unless a public evidence artifact later says otherwise.
What Is Intentionally Not Published
This showcase intentionally excludes:
- Mathematica package source code,
- notebooks containing implementation code,
- C++ source code,
- private tests and package registries,
- private project-control files,
- solver result artifacts that expose internals,
- copyrighted books, standards, PDFs or local reference material,
- proprietary data,
- credentials or private repository metadata.
Screenshots And Gallery
The gallery folder contains public-safe architecture, CPML planning, field, animation, PEC cavity, PCB/RF, radar, antenna and hero images. Current visualizations are documented in the Visualization Gallery, with a reader-oriented Visualization Guide, and located in these repository folders:
gallery/architecture/gallery/cpml_visualizations/gallery/field_visualizations/gallery/animations/gallery/pec_cavity_visualizations/gallery/pcb_rf_visualizations/gallery/radar_visualizations/gallery/antenna_visualizations/gallery/hero/
These images must not show private code, private paths, internal filenames, credentials, local books, standards or copyrighted pages. Field visualizations are diagnostic images only. Animations are diagnostic renderings, not validation evidence. CPML visualizations are planning, architecture and status graphics only; they do not show executable CPML solver behavior. PEC cavity visualizations support visual inspection only and do not resolve mode identity. PCB/RF visualizations are RF transmission-line, quasi-static field, quasi-TEM, network, scalar-model or illustrative diagnostics unless explicitly documented otherwise. They are not validation evidence by themselves. Radar visuals are conceptual geometry diagrams. Antenna visuals are normalized analytical pattern diagnostics unless explicitly documented otherwise. The hero image is a public-safe presentation image.
All gallery images are covered by the Image Copyright Manifest.
Public Roadmap And Boundaries
Repository
- GitHub profile: DigitalArtDeco
- Showcase repository: DAD-FieldWorks-Showcase
- GitHub Pages source: this
docs/folder is intended to serve the public showcase landing page and documentation pages.
Legal
Copyright © 2026 Harun Aktas. All rights reserved.