3DS MAX Course
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36 Hours Eğitim Saati
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6 Week Program Süresi
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Max. 15 People Sınıf Mevcudu
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Zero Level Başlangıç Seviyesi
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Sertifikalı Siteden Sorgulanabilir AEC Akademi Sertifikası
- 3ds Max structural workflow,
- Interface overview and viewport mechanics,
- Navigation tools,
- Selection and transformation utilities,
- Coordinate systems,
- Unit setup and scale configurations,
- Layer and scene management,
- Establishing a standardized workspace layout.
- Primitive objects,
- Editable Poly architecture,
- Vertex, edge, border, and polygon sub-object manipulation,
- Extrude, inset, and bevel operations,
- Chamfer and connect tools,
- Pivot point logic,
- Snapping systems,
- Basic architectural modeling exercises.
- Wall and slab modeling,
- Door and window openings,
- Staircase generation,
- Ceiling and roofing systems,
- Furniture modeling framework,
- Interior element composition,
- Architectural detailing approach,
- Model organization.
- The modifier stack and modifier logic,
- TurboSmooth implementation,
- Boolean operations,
- Spline modeling,
- Loft mechanics,
- Compound object workflows,
- Working with complex geometries,
- Optimized modeling methodologies.
- UVW Map parameters,
- Mapping coordinate systems,
- Texture positioning and scaling,
- Real-world map scaling approach,
- Seams and Unwrap UVW mechanics,
- Resolving texture distortion artifacts,
- Tile and texture asset management,
- UV verification workflows.
- Material Editor operations,
- Physically Based Rendering (PBR) material logic,
- Reflection and refraction parameters,
- Roughness maps and microfacet distribution,
- Metals, glass, and wood material setups,
- Displacement and bump mapping utility,
- Realistic surface texture creation,
- Material asset organization.
- Natural lighting frameworks,
- Sun & Sky analytical approach,
- Artificial lighting applications,
- Interior light balancing,
- Exterior atmosphere development,
- HDRI lighting environments,
- Shadow control and softening,
- Visual quality optimization.
- Camera creation and setup,
- Perspective projection principles,
- Focal length and field-of-view (FOV) configurations,
- Camera positioning angles,
- Architectural composition principles,
- Interior camera framing,
- Exterior presentation layouts,
- Visual storytelling methodologies.
- Render engine architecture and processing pipelines,
- Render setup parameters,
- Noise control and sampling reduction,
- Sub-sampling mechanics,
- Render quality optimization,
- Render time management techniques,
- Resolution adjustments,
- Technical render verification.
- Interior scene layout and asset organization,
- Furniture staging,
- Exterior environment configuration,
- Landscaping and foliage elements,
- Entourage utilization (3D humans and accessories),
- Atmospheric orchestration,
- Render quality assessments,
- Professional presentation frameworks.
- Timeline mechanics and keyframing,
- Camera pathway animation,
- Walkthrough sequence generation,
- Transition animations,
- Motion control paths,
- Video rendering parameters,
- Presentation reel assembly,
- Animation performance optimization.
- Scene architecture based on real-world projects,
- Architectural model hierarchy and structure,
- Fine-tuning material maps,
- Deploying the global lighting system,
- Camera and render preset calibrations,
- Interior and exterior final render production,
- Presentation boards and portfolio visualization assembly,
- Final project milestone delivery.
Designed to meet the rapidly growing need for digital visualization and presentation in architecture, interior design, and product design, 3DS Max training is a qualified expertise program that shapes the industry. It provides participants with all advanced visualization phases in a holistic framework, from 3D modeling to realistic texture generation, and from professional lighting techniques to high-resolution rendering processes.
The program ensures that design concepts can be visualized in detail before entering the production stage. Supported by hands-on exercises, 3DS Max training is not limited to learning the software interface and basic tools. It makes it possible to practically experience advanced techniques such as architectural visualization, animation, and camera movements through real-world project studies.
In this respect, the training delivers a strategic digital competence for designers aiming to elevate their professional presentation quality and build a strong portfolio. Standing out with its training activities targeting the construction industry in Adana, AEC Academy explains the features and advantages of 3DS Max software, the learning outcomes provided by the training, and what people wonder about the pricing process.
Developed by Autodesk, 3DS Max is a professional 3D design and digital production software that brings three-dimensional modeling, animation, scene composition, and visualization workflows under a single roof. Possessing a wide range of applications such as architecture, interior architecture, construction, industrial design, product design, game development, and visual effects production, this program supports the entire visualization pipeline from creating digital scenes to generating photorealistic images. Thanks to its advanced modeling tools, complex geometries can be constructed, spatial arrangements can be designed with scene layout systems, and realistic visual outputs can be acquired through material, light, and camera configurations.
3DS Max Architectural Design Training aims to provide participants with the technical knowledge and practical application skills required in professional modeling, visualization, and presentation workflows. Within the framework of the training, the following topics are covered:
Advanced 3D Modeling Techniques
- Spline-based modeling,
- Parametric and organic modeling methods,
- Editable poly tools,
- Utilization of the modifier system.
Professional Rendering Workflows
- Use of V-Ray and Arnold render engines,
- Physically Based Rendering (PBR) material creation,
- Global Illumination (GI) techniques,
- Realistic light and shadow management.
Texturing and UVW Mapping
- Texture application methods,
- 領UVW Mapping techniques,
- Utilization of comprehensive professional material archives,
- Surface coating and texture optimization.
Animation and Camera Systems
- Camera animations,
- Walkthrough presentations,
- Scene transitions,
- Basic environmental simulations.
CAD and BIM Integration
- AutoCAD data transfer,
- Revit integration,
- SketchUp model transfer,
- Import and Link management.
Scene Management and Optimization
- Layer management,
- Proxy systems,
- Instance utilization,
- Performance optimization in massive scenes.
Interactive and Real-Time VR/AR Compatible Scene Design
- Real-time scene preparation,
- Preparing 3D models optimized for VR and AR systems,
- Creating presentation systems suited for user interaction.
The advanced tools possessed by 3DS Max deliver significant advantages in architectural design and visualization processes.
- Opportunity to Prepare Realistic Presentations: Thanks to photorealistic renders, projects can be visualized realistically before moving to the implementation phase.
- Speed and Flexibility in the Design Process: Quick revisions can be executed on projects and design alternatives can be easily generated via the modifier system.
- Professionalism in Client Presentations: Projects can be presented more impressively using animations, camera movements, and high-quality visuals.
- Ease of Interdisciplinary Collaboration: Working compatibly with software such as AutoCAD, Revit, and SketchUp, it streamlines data sharing among project teams.
- Efficient Performance Management in Large-Scale Projects: High-polygon and complex projects can be managed in a more stable and fluid manner through layer organization, proxy systems, and scene optimization techniques.
- Early Detection of Design Flaws: Detailed examination of projects in a 3D environment helps reveal potential design issues prior to execution.
- Building a Strong Portfolio: High-quality visualizations and professional presentations enable the creation of effective portfolios that support career advancement.
- Adaptation to New-Generation Presentation Technologies: It offers the opportunity to comply with modern architectural presentation trends by generating VR and AR supported content.
3DS Max Architectural Design Training is tailored for participants who wish to build a career or develop their professional skills in the field of three-dimensional modeling and visualization. Advanced technical knowledge may not be required to attend the program. Users who plan to learn 3DS Max for the first time as well as those looking to elevate their existing knowledge to a professional standard can benefit from the training. The training particularly appeals to the following individuals and professional groups:
- Architecture and Construction Sector Professionals: Architects, interior architects, landscape architects, urban planners, and professionals involved in building design workflows.
- Design and Visualization Specialists: Industrial designers, visual communication designers, graphic designers, game designers, and digital content creators.
- Engineering Field Practitioners: Specialists working in civil, mechanical, industrial, geomatics, electrical-electronics, and similar engineering disciplines.
- Technical Personnel: Technical staff, draftspersons, and technicians working in technical drawing and project production workflows.
- Students and New Graduates: Students studying in architecture, engineering, design, and related departments, as well as new graduates aiming to make a strong entry into their careers.
Participants who successfully complete this training acquire the knowledge and skills to effectively manage architectural modeling and professional visualization processes. The principal outcomes to be achieved at the end of the training are as follows:
- Operating the working principles, basic tools, and professional workflows of the 3DS Max program efficiently.
- Developing architectural structures, interior spaces, and various objects using diverse modeling methods.
- Executing coordinated project work by performing data transfers from AutoCAD and similar software.
- Modeling complex geometric forms precisely and controllably using parametric design tools, Boolean operations, and modifier structures.
- Designing natural-looking outdoor environments through terrain modeling and landscape arrangement techniques.
- Executing realistic material assignments, generating lighting systems, and preparing high-quality render images.
- Presenting projects effectively via camera movements, scene animations, and visual presentation techniques.
- Preparing a comprehensive digital portfolio reflecting professional capability, thanks to the projects produced during the training.
3DS Max Architectural Design Training fees can vary depending on the training duration, curriculum content, application density, and the facilities provided by the institution offering the training. The scope of subjects such as modeling, rendering, animation, and visualization included in the training syllabus plays a decisive role in pricing.
Whether the training is delivered in an online or face-to-face format, organized as individual or group training, and the experience level of the experts providing the training are also among the factors affecting the price structure. Programs featuring application-heavy and advanced content generally offer a more comprehensive learning experience and may thus have different pricing options.
The 3ds Max course is suitable for architects, interior designers, 3D artists, visualization specialists, and anyone looking to learn 3D modeling.
No. The course starts with the basic interface and modeling commands, then progresses through the scene preparation process.
Yes. The course focuses on architectural modeling, scene composition, materials, lighting, and camera usage.
Yes. Object creation, editing, utilizing modifiers, and foundational modeling techniques are thoroughly covered.
Yes. Material, lighting, and camera settings are demonstrated through practical applications to enhance scene realism.
Yes. The course covers both interior and exterior scene setups tailored for architectural visualization.
Yes. You will be able to build basic architectural scenes, assign materials, and execute pre-render preparations.
The course introduces foundational rendering logic and explains how to use 3ds Max in conjunction with rendering engines like V-Ray or Corona.
Yes. Models can be imported from software such as AutoCAD, Revit, SketchUp, and similar CAD/BIM applications.
Yes. 3ds Max is one of the most widely used and industry-standard applications in the architectural visualization sector.
The 3ds Max course primarily teaches core modeling, scene layout, materials, lighting, and camera concepts. On the rendering side, the operational logic of engines like Corona and V-Ray is addressed generally. For participants wishing to receive detailed and specialized rendering instruction, separate Corona or V-Ray courses are recommended.
The course covers both the use of ready-made furniture/assets and fundamental modeling techniques. While participants learn to leverage asset libraries to populate scenes, they also master the logic of modeling essential furniture, interior components, and architectural details as needed.
The 3ds Max course primarily focuses on the core modeling and visualization workflow. AI is not a main subject of the course; however, a general overview can be provided on how AI tools are leveraged in modern architectural visualization workflows for concept development, mood boards, and post-production presentation support.
