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Professional Certification

Essentials

2016

Advanced Part Modeling

2016

Basics and User Interface, Intro to Sketching, Basic Part Modeling, Symmetry and Draft, Patterning, Revolving Features, Shelling and Ribs, Editing Repairs, Editing Design Changes, Configurations, Using Drawings, Bottom –up Assemblies. Using Assemblies

Multi body Design Techniques, Saving Solid Bodies, Sketching with Splines, Introduction to Sweeping, 3D Sketching and Curve Features, Threads and Library Feature Parts, Advanced Sweeping, Introduction to Loft and Boundary Features, Advanced Loft and Boundary Features, Advanced Filleting and Other Features

Advanced Assemblies

2016

Advanced Mate Techniques, Top Down Assembly Modeling, Assembly Features, Smart Fasteners and Smart Components, Assembly Editing, Using Configurations with Assemblies, Display States and Appearances, Large Assemblies, Using Solidworks Treehouse, Layout based Assembly Design

ISO/ANSI Drawings

2016

Model Base Definition (MBD)

2017

Product Data Management (PDM)

2017

Sheet metal

2018

Weldments

2018

Drawing Sheets and Views, Dimensions, Annotations, Assembly Drawing Views, Sheet Formats and Templates, Bill of Materials and Tables, Performance and Display Issues, Drawing References and Comparison, Preparations for Detailing

Preparing the Part or Assembly, DimXpert Tools, Setting up Solidworks MBD, Using DimXpert, Adding Size and Location Dimensions, Turned Parts, Annotation Views, Capturing 3D Views, Publishing PDF and eDrawing Files, 3D PDF Template Editor

Solidworks PDM Concepts, PDM User Interface, Document Creation and Check In, Versioning Files, File References, Searching, Workflow and Notification, Managing Local Cache, Check Out Files, Working with Bill of Materials

Basic Flange Features, Working with the Flat Pattern, Additional Sheet Metal Techniques, Converting to Sheet Metal, Multibody Sheet Metal Parts, Forming Tools and Gussets, Additional Sheet Metal Functions, Sheet Metal TablesThis is a concise description of your previous work experience and the responsibilities you had. The most effective Portfolios give a clear snapshot of where you’re coming from and where you’re going in a way that’s easy for readers to scan and absorb quickly.

Weldments Features, Working with Weldments, Configuring & Detailing, Bent Structural Members, Structure System, 3D Sketching, Creating Curved Structures Surfacing

Surfacing

2019

Understanding Surfaces, Introduction to Surfacing, Solid–Surface Hybrid Modeling, Repairing and Editing Imported Geometry, Blends and Paches, Complex Blends, Advanced Surface Modeling, Master Model Technique.

AI-Enhanced Product Design & Engineering

I integrate AI tools directly into my Solidworks workflow — not as a shortcut around engineering judgment, but as a way to move faster through the parts of the process that used to slow a project down.
Using it to accelerate design research, generate and stress-test concept directions before committing time to a full model, investigate technical solutions and material options, source components, and compare specifications against project requirements. It also supports decision-making at key design checkpoints — flagging trade-offs early, before they turn into costly changes further down the line.
The modeling, the drawings, the FEA, the final sign-off — that's engineering judgment, done by me. AI just compresses the research and evaluation cycle so more of the project timeline goes into getting the design right, not into digging for specs.