I have a complete micro-CT dataset of a titanium lattice scaffold manufactured by Selective Laser Melting (SLM) and I need it turned into a publish-ready thesis. The study must give equal weight to porosity and to any un-melted powder trapped in the structure, and every step has to be carried out inside CTAn (CT Analyser). Your workflow should therefore cover both thresholding and segmentation routines, clearly detailing why each parameter set is chosen and how repeatability is ensured. I expect quantitative outputs such as volume fraction, pore size distribution, interconnectivity metrics, and a rigorous accounting of loose or only partially fused particles. Qualitative visualisations—colormap overlays, cross-sections, and 3-D renderings—should accompany the statistics to support discussion and conclusions. Deliverables • Fully processed CTAn project files plus raw CSV exports of every measurement • High-resolution images suitable for journal figures (TIFF/PNG) • A well-structured thesis (Word + PDF) covering: introduction, materials & methods, results, discussion, conclusion, references • A concise methods appendix so another researcher can replicate the analysis step-by-step Acceptance criteria: numbers reported in the thesis must reproduce exactly when I rerun the linked CTAn projects. Because experience is the key deciding factor for me, highlight previous micro-CT or CTAn work on metal AM parts when you respond.