Hi, I’m
Md Anamul Hasan
Engineering Workflow Transformation | CAD & PLM Automation
9+
Years of Experience
92%
CAD Cycle Acceleration
9,999+
Drawings Released
99.5%
First-Pass Yield
What I Do
Tailored technical solutions across automated parametric design, tooling generation, and PLM integration.
CAD Automation & Parametric Tooling
Production-grade Siemens NX Open, SolidWorks APIs, and headless CAD batch engines that eliminate repetitive drafting and errors.
- NX Open (.NET / C#)
- SolidWorks API & Macros
- Automated Drawing & BOM Generation
PLM & Teamcenter Systems
Industrial enterprise data architectures, lifecycle state models, and automated ERP bill-of-materials synchronizers.
- Teamcenter Data Architecture
- Multi-CAD Integration
- Automated BOM Rollups
Mechanical Design & DFM
Design for manufacturability across heavy machinery, sheet metal enclosures, welded frameworks, and structural assemblies.
- Precision Sheet Metal Design
- Heavy Welded Structures
- ISO 281 & Bearing Analysis
Who I Help
Partnering with manufacturing leaders, engineering teams, and enterprises seeking precision, automation, and speed.
How I Work
A disciplined, four-phase engineering approach ensuring zero guesswork and production-ready deliverables.
- 01
Workflow & Bottleneck Audit
We analyze your CAD modeling habits, drawing release bottlenecks, and PLM-ERP synchronization friction.
- 02
Parametric Architecture & Prototyping
We define robust parametric CAD skeletons, macro architecture, and data schemas with built-in validation rules.
- 03
Implementation & Validation
Code and templates are rigorously tested against edge cases, standard tolerance limits, and manufacturing constraints.
- 04
Deployment & Handover
Full documentation, developer setup instructions, and hands-on training for seamless team adoption.
Latest Engineering Articles
Notes on CAD automation, Teamcenter PLM integrations, and modern mechanical design workflows.
Sheet Metal K-Factor and Bend Deduction Mathematics in Automated Design
How K-factor, bend allowance, setback and bend deduction fit together. Plain-language explanations, worked examples with checked numbers, a K-factor calibration method, and a tested calculator you can wire into an automated design flow.
PLM vs. PDM: What’s the Real Difference?
PDM controls your engineering data. PLM controls the product across its whole lifecycle. This guide explains both in plain language, shows where they overlap, traces one design change through each system, and gives you a simple way to decide which one your team needs first.
Free Engineering Quick References
Battle-tested workshop and piping engineering charts formatted for high-contrast printable reference.