Solidworks Design 2026 Advanced Modeling Part 1

You will learn about drawing layers, text styles, dimension styles, various dimensioning methods, hatching, static block and dynamic block creation, external reference management (XRef), plotting, and multiple outputs (Publish), which are essential for drawing creation.

It explains the basic screen interface configuration of AutoCAD, coordinate system and object snap, various drawing and modification commands, and parametric design.

Learn advanced features of Solidworks, such as Mate References, Smart Components, Property Tab Builder, Task Scheduler, and Design Study.

It is structured to help you master 3D modeling using PTC Creo Parametric 12.4, covering everything from basic fundamentals to practical professional skills through detailed explanations and hands-on examples.

It is structured to help you master 3D modeling using PTC Creo Parametric 12.4, covering everything from basic fundamentals to practical professional skills through detailed explanations and hands-on exercises.

It is structured to help you master everything from the basics of 3D modeling using PTC Creo Parametric 12.4 to practical professional skills through detailed explanations and hands-on exercises.

It is structured to help you master everything from the basics required for 3D modeling using PTC Creo Parametric 12.4 to practical skills through detailed explanations and hands-on examples.

Learn the Routing features of Solidworks 2026. Through this, you can acquire the essential knowledge required for Piping, Tubing, and HVAC system design, and learn techniques that can be immediately applied to practical work.

This lecture covers methodologies for applying fillets in various cases using only the Shape Fillet feature from the Generative Shape Design (GSD) workbench, which is widely utilized in practical work.

Siemens NX includes many features related to Relation Design and Knowledge Template construction. In other words, it contains various templates and library functions that can implement predefined design rules, settings, and relationships. By utilizing these, you can streamline the design process and ensure consistency and accuracy. Additionally, it's possible to create customized templates for customers. Therefore, this course is an intermediate course part that explains various functions related to Product Interface, WAVE Design, Top-Down design, WAVE Mode, etc. It also provides detailed explanations of Parameter Table, Part Families, Fastener Assembly, Smart Component, Reuse Library, and UDF (User Defined Feature).

Siemens NX includes many features related to Relation Design and Knowledge Template construction. In other words, it contains various templates and library functions that can implement predefined design rules, settings, and relationships. By utilizing these, you can simplify the design process and ensure consistency and accuracy. Additionally, it is possible to create customized templates for customers. Therefore, this course covers the basic course part, explaining Expressions declaration and management techniques, various function utilization methods for controlling List and String, Dialog, Measure, Expression Link, Excel Data utilization methods, and Requirement Validation functions.

I have practically explored various sheet metal fabrication commands and application examples using Solidworks' SheetMetal functionality. I have also provided practical explanations about elongation rates.

Solidworks Assembly, Drawing, Property Tab Builder, and Task Scheduler courses

Part 2 of SolidWorks 2023 3D Modeling covers Solid Modeling, Reference Geometry, Surface Modeling, and Multi Body Modeling, as well as techniques that can be applied in practice.

SolidWorks 2023 interface configuration and template creation, various 2D and 3D sketch-related commands, and core commands such as extrusion, rotation, sweep, loft, and boundary that are essential for shape design are explained through examples.

In this course, you will learn advanced features that can improve design automation and design productivity in Inventor 2023.

You can learn how to use Inventor through detailed options of 3D single-item modeling commands using Inventor Professional 2019, examples, and practice.

You can learn how to use Inventor through detailed options of 3D single-item modeling commands using Inventor Professional 2019, examples, and practice.

This course covers Siemens NX 2000 Analysis Tools.

This is a lecture on assembly and drawing using PTC Creo Parametric 6.0.

SolidWorks 2023 interface configuration and template creation, various 2D and 3D sketch-related commands, and core commands such as extrusion, rotation, sweep, loft, and boundary that are essential for shape design are explained through examples.

Hello everyone, and welcome to this new course. In this course, we will go over the entire process of creating a Stylized Landscape Environment With the help of this course, you can massively increase your skills in Stylized Environment Art, as we go through multiple different aspects of it together like creating stylized grass, trees, rocks and much more We will mainly use only two pieces of software: Unreal Engine 5 and Blender, with a little bit of Substance Painter, to texture a couple of assets In this course, you will learn everything you need to know to create the final results that you see in the course images and trailers. With the help of that, you can create your very own beautiful stylized environments This course has 7 hours of content, and all the required files such as the alphas, textures, blender files, etc will be provided with the course, including the Unreal Project! We will go over every step in this course together, and nothing will be skipped. The course does not have any kind of time lapse, so you can follow every step easily The course is mainly divided into 5 sections as we step-by-step create this beautiful-looking stylized landscape. Starting with setting up the Landscape Material and Stylized Grass in Section-1, Section-2 will cover the process of creating Stylized Foliage, following up with modelling and texturing Stylized Rocks in Section-3, In Section-4 we will learn to create Clouds for our scene, creating various different variations of them, and finally ending the course with learning to create fluffy-looking Stylized Trees We will finish the course by taking some Hi-Res Portfolio screenshots along with some camera animations.

UV Mapping Bootcamp: Master Unwrapping & Texturing in Blender Bad UVs wreck great artwork—master clean, distortion-free unwrapping today! I am Luke from 3D Tudor, and UV Mapping Bootcamp distills fifteen years of texturing pain points into one focused Blender workshop. We will turn stretched checkerboards into crisp atlases, tame texel density, and build trimsheet-ready layouts that export cleanly to Substance, Unreal, and Unity. Stretched textures, popping seams, and checkerboards that slide around like budget origami can make even a gorgeous model look amateur in seconds. I have fought those same misbehaving UVs myself, so let us sort them out together and give your textures the respect they deserve! What You Will Learn The real purpose of UVs and how Blender’s editor organises them Smart UV Project versus seam-driven unwrapping—choose the right tool for the job Cube, cylinder, and sphere projections (and how to combine them) Troubleshooting: flipped normals, hidden overlaps, mip-map bleed, poor packing Consistent texel density across modular scenes, props, and characters Trimsheet workflows for bolts, vents, and sci-fi panels Texture-atlas strategy: pack more detail into fewer materials Human and creature unwrapping—ears, mouth bags, fingers, and toes without stretch Vertex-paint blending, AO masks, and curvature maps that respect your UVs Inside the Course Stage 1 – UV Concepts & BasicsWe start at the beginning—what UVs are, how they work, and why they matter. You will see how 3D surfaces are flattened into 2D space and how Blender’s UV Editor helps you control distortion. We also break down UV axes, the role of checker maps, and the difference between good and bad UVs. Visual tools and real-time examples set the foundation before moving into more hands-on workflows. Stage 2 – Auto UnwrappingHere, we speed through Blender’s Smart UV Project tool. You will learn how it slices geometry based on angles, when to use it for hard-surface models, and where it falls short (like painting or packing). We explore how the tool auto-rotates UV islands and the trade-offs of speed vs. precision. Stage 3 – Projection MethodsLearn how cube, cylinder, and sphere projections behave when applied to different meshes. We test them on primitive and subdivided models, using checker maps to identify which method works best for each shape—and when to mix them. Stage 4 – UV TroubleshootingThis stage focuses on clean geometry and solid workflows. You will learn to apply transforms, fix flipped normals, avoid mipmap bleed, and handle overlapping UVs. We also introduce Blender and Substance tools for visualising distortion, and explore padding’s role in texture clarity across engines. Stage 5 – Volume vs. Surface DensityUnderstand how surface area affects texel density. Through examples like brick walls and terrain planes, you will learn to optimise padding, scale, and UV island layout to get the most resolution without visual compromise. Stage 6 – Organic UnwrappingUnwrapping irregular shapes—like mushrooms and rocks—requires a different mindset. You will mark seams for curved objects, balance seam visibility with material flow, and test UV quality using procedural materials. Perfect for stylised or organic assets. Stage 7 – Custom Shape StrategyWhen textures need directional alignment (like roof tiles), you will learn how to unwrap cones, pyramids, and house shapes to preserve visual consistency. We also cover stylised rock unwrapping, showing how to prioritise density and flow depending on the asset’s purpose. Stage 8 – Directional Noise & FlowThis stage tackles directional textures—like wood grain—and how UVs affect their appearance. Using a stylised sign, we compare directional vs. non-directional materials, introduce the Magic UV and UV Squares add-ons, and show how to control texture flow for better realism. Stage 9 – Beveled Mesh WorkflowBevel modifiers are great visually, but difficult for UVs. We unwrap a stylised barrel before and after applying bevels, showing how early planning and proper seam placement can preserve clean UVs, even on rounded geometry. Stage 10 – 0–1 UV Space & AtlasesHere, we jump into real-time workflows. You will unwrap props like shelves, books, and plants using a single UV space. Learn how to scale islands based on asset importance, align layout to a master atlas, and balance quality with modularity. Stage 11 – Human UnwrappingAnatomical forms need care. You will learn how to unwrap hands, feet, ears, and facial features like the nose and mouth bag. We cover pinning, stretching, and isolating geometry to maintain clean seams and efficient island management for humanoid characters. Stage 12 – Vertex Painting PrepLow-res terrain or large landscape meshes need special treatment. You will unwrap them efficiently and create shaders that let you paint directly on the geometry—great for blending textures without blowing up texel costs. Stage 13 – Procedural Masks & DecalsYou will explore AO, curvature, and gradient masks inside Blender and Substance Painter. We also dive into decals for breaking up repetition and use shaders to blend in extra details where needed—essential for stylised props or terrain. Stage 14 – Trimsheet TechniquesWe end with trimsheets. You will learn to align UVs to trim patterns, bend and mirror them, and use them to quickly decorate stylised props like sci-fi crates. This technique is the crown jewel of UV reuse, giving you complex texture results with minimal overhead. Why This Course Stands Out Expect a zero-fluff blueprint that starts with a cube, scales up to characters, and ends with a production-ready asset. Every pitfall is demonstrated, fixed, and summarised—so the workflow survives version updates and engine changes. When the course ends, you will spend your time designing art, not hunting stretched pixels. Until next time, happy modelling everyone!Luke – 3D Tudor

Hello Everyone and welcome to this new course. In this course, we will go over the entire process of creating a Kitchen Environment using Unreal Engine 5, Blender, Substance Painter. We will go over modelling in Blender, texturing using Substance Painter and setting up the scene, lighting and materials in Unreal Engine 5. All the modelling will be done in Blender, However, the techniques used are universal and can be replicated in any other 3D modelling package. The materials and textures will be created using Substance Painter. Level art, lighting and composition will be done in Unreal Engine 5. In this course, you will learn everything you need to know to create the final results that you see in the images and trailers. The same techniques can be applied to almost any type of environment. This course has over 11 hours of content! (All the videos have audio commentary) We will go over each and every step in this course together and nothing will be skipped. The course does not have any kind of timelapses so that you can follow every step easily.

Let's create simple and fun 3D modeling through Tinkercad!

Welcome to this new course Creating a Stylized Fantasy Environment in Blender, where you’ll learn to create beautiful fantasy scene — heavily inspired by Genshin Impact’s Loading Screen from start to finish using just Blender. We’ll cover every step of the process—from blocking and modeling, to texturing, lighting, atmosphere, and final rendering—learning how to achieve that stylized fantasy look with elegant architecture, stylized materials, and immersive atmospheric effects, while also creating a multiple variations along the way. We’ll start by modeling the core structure of the environment, beginning with the central fantasy gate, followed by the bridge, and a series of massive pillars that surround and support the scene—designed to add scale, structure, and visual rhythm. Once the main elements are built, we’ll set up the initial layout and lighting, creating the foundation for our environment. Then we’ll dive into texturing, designing stylized materials for the gate, pillars, and bridge with a clean, hand-painted feel—avoiding over-detailing and instead emphasizing readable forms and shapes. After that, we’ll work on the final stylization phase—adding volumetric fog, cloud layers, and cinematic lighting to create a bright, ethereal mood. These elements give the scene its dreamy, anime-inspired feel and truly bring the fantasy world to life. Then, to bring more storytelling and variety into the scene, we’ll be creating two additional time-of-day variations: · A warm, golden evening version · A cool, mystical night version These variations not only improve your artistic versatility, but also give you multiple portfolio-worthy renders from one environment. Finally, we’ll do a bit of compositing and post-processing using Blender’s Compositor and Photoshop to push the visuals further—adding Glare, color grading, and subtle tweaks to enhance the final output. We’ll wrap up the course by rendering out portfolio-ready shots of our environment. Whether you’re a beginner or an experienced Blender user, this course will guide you through the process of creating polished, stylized fantasy environments that stand out. So, if you’re ready to explore the world of anime-style 3D art and create a majestic sky realm, join me in this course—and let’s bring this fantasy scene to life in Blender!

This is a basic Blender modeling & animation course where you learn while creating 3D graphic travel related icons!

■ Course Overview Are you interested in 3D video production but feel it might be too difficult? Or do you want to create unique videos that stand out from the crowd? With CreateStudio3, you can easily create professional 3D animated videos without any coding. In this course, you will learn the basics of video production through step-by-step explanations that are easy for even beginners to understand. Through this course, you will master the basic operations of CreateStudio3 in a short period and become able to create your own original 3D animated videos. ■ What You Will Achieve By taking this course, you will be able to: - Experience and internalize the basic operations of CreateStudio3 through hands-on practice. - Create unique 3D animated videos. - Create highly flexible scenes by moving viewpoints and angles. - Achieve marketing and promotional results using video. - Acquire simple video production skills. ■ Who This Course Is For - Those who tried complex software like Blender but gave up. - Those who feel paid tools like VYOND are too expensive. - Those who want to create videos easily without coding. - Those who want to share unique 3D videos on social media or YouTube. - Those who want to publish videos without showing their face. ■ Required Tools and Costs - A computer *The instructor uses a Mac, but Windows is also supported. - Purchase of CreateStudio3 is required. (Detailed instructions on how to purchase it at a great price will be explained within the course.) Take this opportunity to master CreateStudio and start creating professional 3D animated videos. This experience is sure to be a major plus for your career. The main contents of this course are as follows: - Basic operations of CreateStudio3 - Basic techniques for 3D animation - Creating character animations - How to use effects - Scene settings and video updates - How to move the viewpoint - Video exporting and specific output methods I look forward to seeing you in the course. Hiroshi Wada

We will provide information on 3D spatial information data acquisition and mapping methods using drones, LiDAR, etc., and data visualization tools and techniques based on the application areas of 3D spatial information data, incorporating various case studies.