Unreal Engine for Architectural Visualization

from Basics to Brilliance: AR & VR in 4 Months

Unreal Engine for Architectural Visualization

Unreal Engine for Interactive Architectural Visualisation

from Basics to Brilliance: AR & VR in 4 Months

Hello, Architects and interior designers!! Abandon the limitations of static renders and step into the future of visualisation with Unreal Engine. This industry-leading real-time rendering powerhouse unlocks unparalleled creative freedom, empowering you to craft stunning, interactive experiences that captivate audiences and revolutionise how you communicate your design vision. Join us at Cindrebay Up^Skill to master the cutting-edge tools of Unreal Engine and revolutionise your ArchViz portfolio. Take the next step with our 4-month course at Cindrebay Up^Skill.


This course isn't just a learning experience; it's a transformation. Embark on this journey to reshape the landscape of architectural communication. Harness the capabilities of Unreal Engine and advance into the new era of ArchViz.


4 Months


Upskilling For whom?
Architects & Interior Designers with passion for Immersive Design


20 Students in a batch

LOCATION Available

Calicut (Kozhikode)


The "Unreal Engine for Architectural Visualisation" course, spanning four months, equips professionals with Unreal Engine 5 skills to create photorealistic architectural visualisations. It covers interface basics, advanced material and lighting techniques, including Lumen for global illumination, and introduces dynamic/static lighting concepts. Participants engage in practical 3D modelling, leveraging Unreal's extended toolset for geometry adjustments and complex environment creation without coding. The curriculum features Datasmith Direct Link for streamlined workflow and Nanite technology for handling high-polygon models efficiently. Aimed at architects, designers, and visualisation artists, this course prepares learners to produce interactive, high-quality visualisations, enhancing their expertise in the architectural design and visualisation industry. By the end of the course, learners will have a portfolio of high-quality, interactive architectural visualisations, positioning them at the forefront of architectural design and visualisation fields.

  • Introduction to Unreal Engine's user interface and navigation
  • Overview of Unreal Engine's features and capabilities for ArchViz
  • Importing and setting up 3D models of architectural designs in Unreal Engine
  • Introduction to materials and textures in Unreal Engine for ArchViz
  • Basic lighting techniques in Unreal Engine for realistic ArchViz environments

  • Advanced materials and textures in Unreal Engine for realistic ArchViz
  • Advanced lighting techniques and creating realistic architectural environments
  • Animations and camera movements in Unreal Engine for ArchViz
  • Advanced camera techniques and cinematic effects for ArchViz
  • Implementing realistic lighting and reflections for ArchViz in Unreal Engine

  • Creating interactive and immersive walkthrough experiences in Unreal Engine
  • Implementing user interactions, such as opening doors and switching lights, in ArchViz projects
  • Adding audio and sound effects to enhance the immersive experience in Unreal Engine
  • Optimising ArchViz projects for performance and user experience
  • Testing and iterating on ArchViz projects in Unreal Engine

  • Working on a final ArchViz project using Unreal Engine
  • Polishing and optimising the ArchViz project for performance and user experience
  • Testing, debugging, and optimising the ArchViz project
  • Deploying the ArchViz project to different platforms, such as VR, web, or standalone executables
  • Final project presentation and feedback
  • Course review and conclusion


The course will be delivered through a combination of lectures, demonstrations, hands-on exercises, and practical ArchViz projects. Participants will have access to Unreal Engine software and ArchViz resources throughout the course, and will be encouraged to actively participate in class discussions, ask questions, and engage in collaborative learning. Learners will also work on a final ArchViz project towards the end of the course, which will serve as a culmination of their learning experience and an opportunity to apply the knowledge and skills acquired during the course.


Assessment will be based on class participation, completion of hands-on exercises and ArchViz projects, and a final

Student Testimonial

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