The article discusses the process of creating modular assets in Unreal Engine, focusing on building components such as walls, hospitals, office complexes, houses, hotels, and warehouses. It highlights the importance of using prefabricated geometry in creative ways to achieve the detail levels players expect in their game worlds. The steps include reference gathering, grey boxing, tileable materials creation, modeling, UVs, and sculpting, foliage blockout and creation, asset texturing, polishing, lighting, and post.
The author uses Adobe Substance 3D Designer for most of their materials, but some were created by photo. They also share their experience with creating GIFs of their material setups in Unreal, changing parameters and explaining how it works. The Modular Building asset is an innovative tool that allows users to create various building blocks, including houses, shacks, huts, piers, watch towers, sheds, fences, and more.
The article also discusses the importance of using up to four different material types on any given surface, such as bricks, tiles, and more. Modular assets allow for more customization on the fly in the editor, but modeling larger parts of the scene at once seems to be more straight-forward.
In conclusion, the article provides a comprehensive guide and walkthrough to help users understand the process of creating modular levels, assets, textures, and more within Unreal Engine and Marketplace. It also discusses the importance of using prefabricated geometry in creative ways to achieve the detail levels players expect in their game worlds.
📹 Modular Modeling | Assembly Tips & Tricks
In this tutorial, I’ll share valuable tips and tricks for modeling and assembling a building using modular assets. While I am utilizing …
What are the resources of modular building?
Modular buildings are made up of three primary materials: wood, concrete, and steel/aluminum. Wood is a biodegradable, affordable, and easy-to-use material due to its low toxicity, thermal properties, and ability to resist heat. It is also used in the creation of exterior wall panels with additional layers for insulation, waterproofing, vapour barrier, drywall, and siding. Prefabrication in a factory keeps the wood dry and at a constant temperature, reducing waste and saving resources.
Concrete is a conventional on-site construction method that involves a mixture of aggregate, Portland cement, sand, and water. This process hardens the concrete to its specified strength, relying on fiber and steel reinforcing. The walls are fabricated with high-strength precast concrete or concrete masonry units (CMUs), while the roof is made of lightweight precast concrete panels, concrete tiles, metal panels, or standard architectural shingles.
Modular buildings can be designed and constructed to meet local building codes and have various color and texture options. They can be prefabricated and delivered upon completion, including electrical and plumbing systems. Concrete buildings can also be built on permanent, poured-in-place foundations with reinforcements for stability.
Steel and aluminum are popular building components for modular construction due to their durability, strength, and precision. Steel is more expensive than wood and concrete but is more economical for high-rise structures, long-span structures, and unique geometric designs. It is an inorganic and non-combustible material that is resistant to fire and can withstand critical weather conditions. Aluminum is a ductile, non-ferrous alloy known for its resistance to corrosion and can be recycled with minimal energy loss.
In summary, modular buildings are made up of wood, concrete, steel, and aluminum, each with its unique properties and advantages.
What are the components of a modular building?
Modular buildings are composed of onsite foundations, structural frames, finishes, utilities, and marriage joints. They are composed of thousands of different parts, which fall into one of six major component categories:
- Onsite Foundation: Most modular construction can be moved into an offsite facility, with units assembled along a production line. However, even the most advanced modular processes still incorporate some element of onsite construction. This allows for a more efficient and cost-effective construction process, as the building is assembled in a controlled environment, reducing the need for a dedicated assembly facility.
Are modular buildings worth it?
Modular homes offer a cost-effective alternative to traditional stick-built homes, with an average savings of up to 15%. They can be built in less time and with various financing options available. Modular buildings tend to appreciate in value based on local market conditions, making them a great choice for general contractors. However, there are some disadvantages to consider, such as the need for a specific foundation and utilities, the potential for a lack of maintenance, and the potential for a lack of personal satisfaction.
What is modular building in games?
Modular building is an in-game system that allows players to create various structures using various parts, such as walls, flooring, doors, windows, roofing, and decorations. This system allows for the free creation of various structures, such as greenhouses, animal shelters, or rocky terrain. Initially, modular building was limited in its early stages, with no man-made materials or objects to build with.
However, it was showcased in devlogs, developer screenshots, and footage, encompassing both natural and artificial items. The term was also used in two devstreams and the Early Access Announcement trailer, with modular structures being regularly seen, such as a shelter for Coelodonta.
What material is modular design?
Modular kitchen cabinets in India are made from various materials such as plywood, MDF, PVC, Particle Board, wood, aluminium, and stainless steel. Aluminium is considered the best due to its stability, durability, odorless, non-corrosive, hygienic, water-proof, chemical resistant, non-flammable, and termite-free properties. Its sleek finish and availability in various colors make it a classy and appealing choice.
Although the price is higher than other materials, aluminium cabinets offer a longer lifespan and are easy to clean with a damp cloth. Investing in high-quality aluminum cabinets for your modular kitchen is a wise investment, as they are easy to clean and maintain.
Why is modular building better?
Modular construction offers several benefits, including reduced disruption, enhanced quality control, and a simpler supply chain. It reduces noise, pollution, and mess experienced by neighboring properties and communities, allowing operational sites to continue their activities with minimal disruption. This is particularly beneficial for businesses, schools, hospitals, and defense institutions. Modular construction also provides greater quality control due to its controlled factory environment, ensuring the final product meets high standards and specifications.
Additionally, off-site construction manufacturers act as complete project owners, overseeing all aspects of the project, from planning and design to production, delivery, and installation. This simplifies the traditional supply chain, allowing clients to have a single point of contact for all aspects of the project.
What is the lifespan of a modular building?
Modular buildings offer greater flexibility when permanently affixed to real estate, allowing for various features like brick facings, site-built roofs, entrance canopies, and custom layouts. They become virtually indistinguishable from stick-built buildings and are difficult and expensive to relocate. With proper care, permanent modular buildings can last at least 50 years. Modular Genius, a team focused on excellent communication, designs and builds high-quality multi-story projects, delivers and installs modular classrooms, and used portable buildings. Contact them at 420-1113 to discuss your plans.
What are the negatives of modular architecture?
Modular construction, a cost-efficient method that originated during the California Gold Rush, has become increasingly popular in the last 30 years due to its speed, quality, efficiency, and minimal environmental impact. It involves transporting prefabricated houses from the East Coast to burgeoning communities in the West. However, transportation can be complex and potentially expensive. This article will discuss the advantages and disadvantages of modular construction, its different types, risks, and how H+M’s Modular approach can help customers experience the best of offsite construction. The article also discusses the risks associated with modular construction and the potential benefits of using offsite facilities.
What are the materials used in modular design?
Modular buildings are popular due to their convenience and efficiency in construction. They are made off-site in controlled conditions, adhering to the same standards and codes as conventionally-built facilities. High-quality materials are required to ensure construction regulations are met. Common structural materials used in custom modular buildings include concrete and wood. These materials offer advantages such as increased strength, durability, and cost-effectiveness. The advantages of modular structures include reduced construction time, compliance with codes and standards, and the ability to be completed in a shorter time.
What is the basic of modular construction?
Modular construction is a process where a building is built off-site under controlled conditions, using the same materials and codes as conventionally built facilities. This method is generally stronger than site-built construction as each module is engineered to withstand the rigors of transportation and craning onto foundations. Once assembled, the modules become one integrated wall, floor, and roof assembly. Modular construction ensures better construction quality management, as manufacturing plants have stringent QA/QC programs with independent inspection and testing protocols.
It also offers numerous other benefits to owners, such as reduced site disruption, vehicular traffic, and improved safety and security. Modular construction companies can work with levels of design and construction sophistication that rival those of site-built counterparts. It is beneficial to choose offsite construction early in the design development process to avoid redesigning the project. Most modular companies can take a site-built design and create a modular version when required, making it never too late to explore the possibilities of modular construction.
What are the basic components of a module?
The study session is designed for two to three hours of independent study time for learners with good English and at least secondary level education. Each module consists of three components: a title that clearly describes the session contents, learning outcomes tested by at least one Self-Assessment Question (SAQ), an introduction outlining the content, core content with illustrations, diagrams, graphs, examples, key points highlighted, a summary, and four self-assessment questions (SAQs) at the end.
The structure creates a learning pathway for the student, linking the components in a narrative route through the text. Students can track the introduction of a topic, a statement of the corresponding goal in a learning outcome, through the relevant section of core content to the summary points and SAQs at the end. Table 1 provides more details on these components and their reasons for inclusion in each study session.
📹 Making Modular kits For 3d Building assets
In this video, we will go through my process of creating buildings by using modular 3d assets, created in 3d, using blender. This is …
Great article, Only thing missing is some sort of explanation on UV unwrapping for different pieces that fit together. For example you have a 2×2 piece, 1×2 piece and another seperate 2×2 piece. How do you have consistant seamless UV’s across mulitple objects no matter the configuration? Is that why you have the concrete trim on this model?
Yes indeed @homborgor this was definately not a “Boring” or “Useless” article. Well done Hubert. I look forward to the article of taking the assets and migrating them to Unreal. What what be good would be a UE blueprint tutorial that automatically builds the dwellings procedurally. What a fantasatic article that I have learn’t a great deal. Cheers.
This is the best tutorial but i have a question. I made my walls around 15cm thick and when I place the floor to make a building they are overlapping. Is it correct to make 3 types of floors with 15cm less width in both sides, in one side, and a default one without removing these 15cm? What’s the most efficient way to avoid overlapping with thick modular kits?
I was perusal this article in one breath till 3 am and first i’m doing after waking up is writing this comment … thank you so much, it is a great tutorial for the building creation workflow… im newbe in 3d modeling and also like you like architecture modeling for games, man, you inspired me to correct my ways of moddeling… will appreciate further article series. Thank you! God bless you. Happy New Year! ❤🎉 🙏👍🤝
This is a great tutorial — I’ve been making modular buildings for model railroad scenes, but wasn’t quite sure at exactly which level to make them modular; this was very helpful for clarifying that in my mind, and for providing extra tips to avoid future problems. Seriously, people resist the idea of borrowing geometry so you get precise fits without painstakingly measuring everything? That’s weird. I’ve done it since the first time I saw somebody do it; it was such a revelation because it makes things so much easier. In fact I did it with the stairs here too, which was faster than modeling over the template. Oh, a little tip for arrays — doing simple math directly in numeric input fields can take the guesswork out of sizing. You can do more complex math too, but you need to set that up in the Preferences. Thank you for sharing your expertise!
thank you for the article, i’ve been trying to finish this for 5 days… i’ve finished most of the modelling.. my UVs aren’t lining up when i try to build with the pieces… could you explain how to unwrap UVs as one conecept and a mini article on importing these assets to unreal? That woule be very helpful. Thanks again. these articles are very valuable.
This is a great vid boet!. Quick question, if you were to use this asset for a game in unreal where the character could walk around inside the building, would you need to make seperate walls and floors for the interior and texture them? And what would you put in between the interior and exterior walls as a barrier or to join them?, im not understanding how such thin walls could prevent the camera clipping through them. There are hardly any articles on youtube about making houses that you can actually go inside and walk around in (blender to unreal engine workflow) . Anyway thanks for the great tutorial !
Awesome article, I just started with Blender so I can make my own assets, had to look up some of the shortcuts to use, but they are pretty easy to find. I’m at the UV unwrapping part and so far I can follow allong perfectly fine. Pausing and rewinding some parts, but I’ve made a bunch of variation of everything myself and its looking awesome so far, can’t wait to see it with textures 😁 Edit You sneaky bastard, you did the door offline too :face-pink-tears:
Hey, absolutely amazing tutorial. First the question: what about texel density, and the scale of the uvs (not ligning up with the other tiles). Is there a rule of thumb on how to align everything? Also can highly recommend you getting a better mic, since it would greatly benefit your content quality. Thanks for sharing your insights and knowledge ^^
HI Mr Hubert, This is exactly what I was looking for. But I’m just wondering why you choose this particular project to do? And how to know what to create next? I was wondering about a game called Zelda and it’s getting popular so should I make some sort of a collection or some modular environment for it ?