Category: Blog

Construction Manager Vs Architect: With advancements in technology, the world is witnessing some incredible buildings, residential complexes, offices, and more. After all, it’s a team effort. A beautifully looking and fully functional building or development is the result of the combined effort of an architect, construction manager, building designer, engineer and more. However, we will be learning more about details on architects and construction managers. For any construction project, both are the key pillars. While an architect designs and plans the building, the construction manager is responsible for the perfect execution of the building design from scratch to a tangible product. Let’s understand more about the roles, responsibilities, similarities and differences between an architect and a construction manager.  

Who is an Architect? 

An architect is a building design and planning professional. Architects prepare the structural plans and blueprints of the building as they have a sound understanding of the art and science of building. It’s their responsibility to ensure that the building stands aesthetically appealing, functional, efficient, and safe.  

Besides preparing the plans and blueprints of the building, their role and responsibilities also include: 

• Researching on local laws, building regulations, permissions or any regulatory decisions that may affect the building design.  
• Creating 3D models/ visualizations of the proposed building for presentation before clients, investors, authorities, and other stakeholders.  
• Calculating project cost estimates, environmental changes, sustainability impact and more. 
• Coordinating with the construction team to ensure that the building is constructed according to the designs.     

Who is a Construction Manager? 

The Construction Manager oversees the entire construction work from building design to process. They hire, approve, and manage subcontractors to carry out work such as plumbing, wiring, heating, insulation etc. These managers spearhead the entire construction crew to ensure that the project is delivered as expected by the client in terms of quality, budget, and time. Here are some other responsibilities of the construction managers: 

• Creating construction strategy and task allocation. 
• Scheduling tasks and planning roadmaps to meet the deadlines. 
• Monitoring the project to ensure it is meeting all the regulations and guidelines. 
• Collaborating with the design team and architects.
• Tracking the progress and regular status updates to the client.

Similarities between Architect and Construction Manager  

The construction Manager and architect both need to plan the project. The architect needs to plan the design while a construction manager needs to plan on how the design will be executed. Communication is essential for both professionals with just a difference that architects communicate with the construction crew and client. The construction manager needs to maintain clear communication between subcontractors, labourers, clients, and the architect as well. Mostly, both architects and construction managers are paid according to the project and do not have fixed salaries.  

Construction Manager Vs Architect | What’s The Difference

There are certain differences between them also. Have a look at some common differences between construction managers and architects. 

Aspect	Architects	Construction Managers
Education	An architect needs to have a professional degree in architecture before starting to offer their services. The need to have at least a bachelor’s degree in architecture. They can also take courses or pursue post-graduation degrees as well. Advance courses and certifications will help them stay updated on modern building practices, sustainable building design, modern building technology and more.	A construction manager needs to hold a degree in civil engineering or construction management. Other options may be building science or construction engineering or similar degrees. This gives them knowledge about understanding construction deeply, sustainable practices, BIM, Surveying, Regulation, cost control and more.
Salaries	Architects draw handsome salaries. The best part is that they can offer their services across the globe. The salaries vary with geographical location, seniority levels, expertise, experience, project type and complexity. The average salary of an architect in the US starts from $60,000+.	Construction Managers with a proven track record are paid excellent in all parts of the globe. The salary greatly depends on the cost of living and the region’s economy, demand, years of experience, education and most importantly the location and complexity of the project. The average salary of a construction manager starts from $70,000+.
Role in Construction project	These professionals design buildings and structures with a diligent focus on aesthetics, functionality, and safety. Their role comes in pre-construction.	They manage the entire construction process from start to finish, coordinate with various parties, and ensure projects are completed on time and within budget.
License and Certification	Architects typically require licensure or registration with relevant professional bodies globally, involving the completion of a professional degree, gaining practical experience, and passing licensing examinations.	Construction managers may have optional certifications available, but the requirements for licensure vary widely depending on the jurisdiction, with some opting for certifications such as Certified Construction Manager (CCM) or Project Management Professional (PMP) based on their field of expertise.
Skills	Some highly desirable skills for architects include business awareness, market analysis, design competence, artistic creativity, creative ability, numerical skills, legal Awareness, excellent verbal, and written communication skills	To stand above the rest in the market, a construction manager should possess leading power, organizing and planning abilities, goal setting, planning objectives, risk management, appropriate delegation, prioritizing tasks, good communication skills and should be receptive to feedback.
Communication/Interaction	An architect collaborates with engineers, contractors, and clients throughout the design and construction process.	A Construction manager needs to stay connected with architects, engineers, subcontractors, labourers, suppliers, clients, and regulatory bodies to ensure the success of the project.
Career Path	They can progress to senior architects, or project manager, or specialize in specific types of projects (e.g., residential, commercial, healthcare, green, biophilic).	For them, career path may progress to senior project manager, construction consultant, or pursue roles in development or real estate management.

 Bottom Line   

Though there are some major differences between “Construction Manager Vs Architect” the roles and responsibilities of both professionals, they are two sides of the same coin. An architect and a construction manager need to go hand in hand to deliver a robust and beautiful building. Renderspoint is one of the leading 3D visualization companies that help both construction managers and architects visualize their projects and deliver a masterpiece that speaks of success! For more information reach out to us at sayhello@renderspoint.com.

2D Vs 3D Rendering – Advancements in technology have made visualization of future construction projects much easier. 2D and 3D renderings are based on similar concepts and are extremely helpful in communicating the design ideas to the stakeholders. While they allow the architect to present their ideas and visualize the project, they offer different outputs. Here we are stating the key differences between these two techniques 2D Vs 3D rendering that will help you finalize the best one for your project.    

2D Vs 3D Rendering: Difference Between 2D and 3D Rendering

Below our rendering company has compiled differences between 2D and 3D, this will help you pick the best suitable architectural rendering technique. Let’s get started. 

Aspect	2D Rendering	3D Rendering
Definition	2D Rendering or visualization enables depicting a 3D project in 2D. In other words, it has only an X-axis (length) and a Y-axis (breadth). It is made by using perpendicular, straight, and symmetrical lines. It is just like projecting on a flat surface.	3D rendering offers a 3-dimensional visualization of the project, usually interior or exterior. It is based on mathematics and different camera angles. It gives a comprehensive, photorealistic view and includes the length, breadth, and height of the proposed space.
Speed & Time	Due to the lesser complexity involved, 2D renderings take less time and processes to get ready as compared to 3D drawings. You can expect a 2D floor plan to be ready within 3-5 days.	Due to the involvement of more intricate processes, more time is required to create and build the designs using dedicated rendering software. A lot of steps are involved such as modeling, texturing, colouring, lighting, and setting camera angle etc.,
Complexity	2D images are unrealistic and do not require in-depth detailing. The information displayed is made according to a scale on the room’s dimensions. Simple features of a room such as windows, doors, and staircase form the highlight of the room in 2D.	In 3D, even the minor elements of the room need to be precisely detailed in the view. Everything should be in accurate proportions. Rough estimates do not have any scope in this type of rendering. You must be aware of the exact elements when you plan to go for a 3D rendering service.
Cost	Due to simple design and short production time, the cost of 2D renderings is less than that of 3D. Most of the rendering professionals charge fixed prices for the rendering or they may charge on an hourly basis.	3D renderings require more effort, time, and materials. Therefore, they are more expensive than 2D. Also, it depends on the format availed like the cost of an animation would be higher than that of a still render because it involves more complexity, deeper understanding, and precision. The cost of renders that need urgent delivery will be higher than the normal ones.
Perspective	2D renderings are done on a flat surface that includes symmetry and straight lines which make it difficult to rotate. The user can view only from one angle. You cannot look at the other side.	3D renderings are based on mathematics and projection from camera angles. You can view the image from any angle, rotate it, and zoom in/out the render easily.
The creation Process	2D rendering typically involves drafting tools or software to create the layout, with emphasis on two-dimensional shapes, symmetry, lines, and measurements.	3D rendering includes modeling the objects and environments in a three-dimensional space using specialized software, incorporating textures, lighting, and camera angles for realistic portrayal.
Ease of change	2D renderings may require less effort to make changes as they involve simpler geometries and representations.	3D renderings can be more complex to alter, especially if significant changes to the model or environment are required. You need to use the most advanced software available on the market to make the rendering process easier and speedier.
software	Common software for 2D rendering includes CAD (Computer-Aided Design) software, Adobe Illustrator, or even simple drawing tools like Microsoft Paint.	3D architectural rendering typically involves specialized software such as Blender, Lumion, Twinmotion, 3ds Max, or SketchUp, which are designed specifically for creating and manipulating three-dimensional models.
Accuracy	Two-dimensional architectural visualization gives an accurate picture in only length and breadth. They lack the perception of depth.	3D renderings are life-like representations that give an accurate and precise detailing of the space that help in better understanding of spatial relationships, flaw identification, cost estimation etc.,
Use Cases	2D renderings find applications in architectural floor plans, schematic diagrams, technical illustrations, concept art, storyboards, graphic design, presentations, and user interfaces. They offer simplified visual representations suitable for planning, communication, and documentation purposes.	3D renderings are extensively used in architectural visualization, interior design, product design, video game development, animations, VR experiences, and other commercial simulations. They provide immersive representations of spaces, products, and environments, allowing stakeholders to visualize projects before construction or production begins.
Knowledge Required	2D visualizers need to be proficient in 2D illustration techniques, storyboarding, animation principles, and graphic design software. They should be able to develop storyboards and create models, illustrations, and drawings according to the client’s requirements.	A 3D visualizer should have a deep understanding of 3D modeling techniques, CAD software proficiency, animation principles, texturing, lighting, and project supervision. He/she should be able to create photorealistic animations, stills and visuals for interior, exterior, landscape and other projects. Familiarity with post-production processes would be an added advantage.

Which is the perfect option 2D or 3D? 

While both 2D and 3D renderings serve as an ideal option for architectural visualization, there are certain other factors that you may consider that will help you decide the perfect one for you. If you’re able to understand geometry better than mathematics, go for 2D renderings. And, if you want to know more about space or have a sound understanding of spatial relationships then 3D serves as an excellent rendering choice.  

Secondly, the choice depends on your clients. If your clients are happy and impressed with your designs in 3D and gain better clarity on the project, 3D visualization is the ultimate option. This will not only boost client satisfaction but dramatically improve your brand image as well. If your client is a traditionalist and is looking for a classic representation of designs, opt for 2D renderings. But, if a client is on a deadline or has a love for realism, 3D architectural visualization will help you convert your lead.  

The Bottom Line  

This is all about 2D Vs 3D rendering and we hope that this in-depth comparison between 2D and 3D rendering will help zero in on the perfect fit for your project. Whatever you choose, rendering plays a crucial role before starting the construction by offering a realistic representation of the proposed building. We, at Renderspoint, help craft beautiful 3D rendering experiences for your designs. Contact us at sayhello@renderspoint.com. to learn more about our services.   

With the continuous advancement in technology, the 3D visualization industry is expanding rapidly and so as the job opportunities for 3d rendering artist. The demand for 3D rendering artists has seen an unpredictable rise over the years and continues to grow. Also known as 3D CGI artist, they play an important role in architecture, ecommerce, games, product manufacturing industries and much more. Learn more about the 3D rendering artists, their types, roles and responsibilities, skills, salary and more. Keep reading.

Who is a 3D Rendering Artist

A 3D rendering artist is a visualization partner of the creators that enables them to envision their ideas before the production begins. For example: they help architects and designers see their plans in beautifully generated 3D pictures and get more clarity on the project and convince the clients. These talented artists enable work streamlining as well as help businesses save a lot of time and money.

These rendering artists create 3D models and then add life to those models by adding lighting, textures, and colours to make the models look immersive and realistic. A 3D rendering artist works on the 3D model to convert it into 2D images that cast a 3D effect on the space.

What does a 3D rendering artist do?

The role and responsibilities of a 3D artist encompass diverse aspects of visualization. The deliver finest of photo-realistic 3D renders based on the information provided such as briefing, 2D pans, blueprints, other documentation etc. The renders may include diverse types such as animations, still renders, walkthroughs, flythroughs, virtual tours, VR experiences and more. Here is the step-by-step process which is followed by 3D CGI artists.

• Receive the briefing from clients along with relevant materials such as elevation plans, reference images, 2D plans, blueprints etc.
• Start working on the project by creating 3D models. Followed by texturing, colouring, material selection, playing with lights and shadows etc. Finally, performing the 3D rendering process that generates an impressive and engaging photorealistic render.
• Taking feedback from the renders by the clients, seniors, architects, and other stakeholders. Implementing the feedback and taking out the final render in the desired format.

During the process, the 3D rendering artist ensures clear client communication and involvement. And, also makes sure that the idea that is conceptualized is structurally functional, practical, and aesthetically appealing.

3D Rendering Artist: Qualification, Jobs, Designation, Salary

Here’s some basic information that you need to know if you want to pursue a career in 3D rendering or 3D visualization.

• Qualifications Required – Essentially you do not need any degree or undergo any post-graduate program to become a 3D rendering artist. However companies looking to hire 3D CGI artists want certain skills such as the person should be innovative, creative, dedicated, and hardworking. The artist should be able to envision the client’s perspective and expectations. Having a degree in Arts may or may not make you a perfect fit but your portfolio certainly will. Working on your portfolio or the test task assigned will make you crack the job. You can create your portfolio on Upwork, Behance, Instagram or other social media platforms and share it with the companies you want to work with. Graduating from an art college, and having sound knowledge of graphics and animation will also help you land good internships options where you can learn a lot and build your portfolio. Apart from that, there you can learn by yourself as well. There are many tutorials available online that help you understand the basics and train you to advanced levels. You may also join some courses that will sharpen your skills and help you understand how things work practically.

• Jobs & Designations – Many CG companies, manufacturers, real estate professionals, architects, interior designers, gaming companies, construction contractors, marketers etc require 3D rendering artists for their projects. 3D rendering artists are paid heavily by ecommerce companies for their product designing and marketing purposes. Some job titles include 3D rendering artist, 3D visualizer, CGI expert, rendering expert, senior 3d artist, 3D manager, 3D modeler and 3D layout artist. The 3D rendering artists may also work as freelancers or on per project basis. The opportunities are equally good whether you want to work full-time, part-time or as a freelancer.

• Salary Expectations – A 3D rendering artist earns an excellent remuneration in the industry. 3D artists working with a company will be paid monthly whereas freelancers are paid based on per project or render or hourly basis, depending on the mutual agreement between the client and them. The salary will vary depending on the expertise, experience, seniority levels, country and type of render format availed like the cost of designing still render will be more than that of an animation render.

Skills of 3D Rendering Artist at Renderspoint

While working with Renderspoint team, enjoy the best collaboration with our team. Get a seamless and hassle-free experience. Our team of skilled and experienced 3D rendering artists ensure your visions are properly read and we deliver the best of all worlds by deciphering your dreams into 3D designs. Here are the qualities that make rendering artists at our visualization studio different from others.

1. They are multitaskers – For residential, commercial or product rendering, our visualization team aces it up with their excellent designing skills. The 3D artists nail the modeling, texturing, sculpting, understanding the lighting proportions, playing with shadows etc.

2. They are Tech Geeks – The CGI artists at Renderspoint keep themselves at the forefront of technology and keep absorbing the best of all new technical software to improve the renders. They believe in continuous learning and growth.

3. Follow Team Ethics – Each 3D rendering artist in our visualization company is a team player. This is the main reason we are partners with many big companies which single or independent freelancers cannot pull off. Whatever the complexity, our 3D artists are extremely good at handling it.

Be it creating photorealistic still renders or highly immersive VR experiences, Renderspoint has talented 3D rendering artists who nail every single render they deliver with a USP of timely delivery and unmatched quality. Share your requirements today at sayhello@renderspoint.com and feel the difference.

What is Gothic Architecture: Gothic architectural style was famous in the 12th to 16th century and was a style that was designed to house large number of people. Some common buildings include churches, cathedrals townhalls, universities, castles, palaces, and buildings.

Gothic Architecture Modern Style

What is Modern Gothic Architecture: Modern Gothic Architecture, commonly known as Gothic Revival or Neo-Gothic refers to a popular architectural style that combines the features of traditional Gothic Architecture with modernity. This architecture was named after a German nomadic group called Goths that was active in the 300s-400s AD. Some of the world’s famous buildings, churches etc., were made in this modern gothic style. Let’s dive in and learn more about this popular architectural style and the names of popular buildings that used modern Gothic design. In simple words, Modern Gothic Architecture is just the revival of the traditional Gothic Architecture that became famous in the 18th and 19th centuries in the United States of America and Great Britain.

Modern Gothic style of architecture not only focused on big buildings, but now the motif was to create homes and other residential places by blending this Architecture with modern technology, materials, and taste. The key features of modern Gothic art included tall bell towers that were made of stones. Modern Gothic art was characterised by ribbed vaults, columns of pillars, heavy decoration, hood moulds, pointed arches and flying buttresses. 

Fall of Gothic Architecture and Re-emergence of Modern Gothic Style  

Evolved from the Romanesque architectural style and succeeded by Renaissance architecture, traditional Gothic architecture was one of the most popular styles in Europe. The style was prevalent during the early Middle Ages and continued to reflect in the buildings in the late 18th and early 19th centuries. Also known as opus Francigenum, the name “Gothic” was given during the Renaissance movement. Most of the buildings built during this medieval gothic time are listed as World Heritage sites by UNESCO.  

The 16th century marked the end of Gothic architecture, but it actually never died. The complexity of the architectural style followed in Gothic architecture made it a preferred style when it came to designing high-end buildings. The main characteristics such as flying buttresses and ribbed vaults helped the weight of the roof to counterbalance the exterior of the building. This actually helped the architects to get highly magnificent and spacious buildings.  

The key defining features of modern Gothic architecture are the same as that of traditional architecture with just only minor tweaks. Let’s have a look at some of the prominent features of modern Gothic architecture: 

1. Pointed Arches & Ribbed Vaults: The main feature of every Gothic-styled building was to give them a look of verticalism i.e. adding height and spaciousness. This was achieved by using rib-like patterns on ceilings and pointed arches that gave a sense of height and enhanced appeal to the interiors. 
2. Flying Buttresses: Also known as external buttresses, the flying buttresses were arched support given to the building. These extended from the building’s exterior to a pier. They countered the vault’s outward thrust and allowed the architects to create more open and taller spaces. 
3. Gargoyles and Grotesques: Modern Gothic architecture included stone carvings of grotesque and gargoyles figures that added to the functional and aesthetic appeal of the building. The new Gothic style design also included ornamentation, arabesque and colouring the interiors. 

Some other common features included tall and slender towers, stained windows, tracery, vaulting systems, emphasis on light, height, and verticality and more.  

Famous Modern Gothic Architecture Buildings 

Here are some of the modern gothic buildings that are masterpieces of modern gothic architecture across the world.  

1. Notre-Dame de Montreal (Montreal, Quebec, Canada) – A magnificent cathedral, representing English Gothic architecture in French Canada, adorned with intricate details and soaring spires. 

2. Strawberry Hill House (Twickenham, London, England) – An early example of Gothic Revival, this historic landmark is a whimsical residence, highlighting the romanticized features of the Gothic style. 

3. Neuschwanstein Castle (Bavaria, Germany) – A fairy tale-like castle, built as a retreat for a mad king, nestled in the Bavarian mountains, exemplifying modern Gothic architecture. 

4. Chhatrapati Shivaji Terminus (Mumbai, Maharashtra, India) – A railway terminus blending Victorian and Indian Gothic Revival styles, adorned with intricate ornamentation, serving as a grand transportation hub and architectural marvel. 

5. Washington National Cathedral (Washington D.C., United States) – A majestic cathedral, embodying the Gothic Revival in America, serving as a spiritual centre and architectural gem inspired by European cathedrals. 

6. The Palace of Westminster (London, England) – Standing as a symbol of British national identity, this Gothic Revival masterpiece serves as the seat of Parliament, embodying political power and historical significance. 

The Impact of Gothic Architecture Design in Modern Architecture

Though modern-day architecture mainly follows the principles of opacity, symmetry and simplicity, the influence of modern Gothic architecture is still felt on many of the prominent buildings even today. Many of the modern-day churches and cathedrals are still constructed based on the neo-Gothic architecture style. Even some of the residential homes can be seen decorated with intricate ornamentation which reflects this style itself. But modern-day universities and parliamentary buildings are not styled in this way anymore. The major reason is the complexity of design and labour-intensive construction.  

Nowadays, the modern Gothic style is considered to be mainly associated with extravagance, luxury, and sophistication. Due to being associated as a status symbol, most of the residential homes are now designed in this modern gothic style to add to their rich lifestyle and sophistication. Though the design may not use stained windows or flying buttresses, other elements are well noticeable.  

Renderspoint is a leading 3D rendering company that helps design your home according to your dream design. Give wings to your designs and make them see before construction. We have a seasoned 3D visualization team that has in-depth knowledge and expertise in designing any type of space, residential or commercial. Planning a dream home? Reach out to our visualizers for a free quote at sayhello@renderspoint.com.

Best AI Architecture Rendering Tools: Architectural AI Rendering is one of the most trending topics in the architecture industry which has taken the world by storm. Everyone is talking about this revolutionising and innovative technology and if you want to learn more about it, you are on the right page. Join us in learning everything about architectural artificial intelligence rendering, its benefits, top tools, limitations and will AI in architectural rendering impacts the jobs of architects. Let’s start with what is architecture AI rendering and top AI tools for architectural rendering and visualization.

What is AI Architectural Rendering

AI architectural rendering is a transformative technique that creates 3D renders by using Artificial intelligence and machine learning (AL/ML) algorithms rather than using traditional CGI software. By using AI in architectural visualization, the details can be illustrated in a more precise and accurate manner. It has already set new benchmarks in realism, and speed and made the 3D CGI rendering process more efficient.

Top AI Tools for Architectural Rendering & Visualization

Apart from streamlining the project flow, AI has significantly boosted new sparks of possibilities in the creative design segment. Have a look at the top trending architectural AI rendering tools/programs in the market.

1. Genera.so – Genera.so utilizes the power of artificial intelligence for generating digital renders in the field of architecture and interior design. The process is very simple and can be quickly learnt. Users provide text descriptions, upload a photo, and select style preferences to transform any room according to their requirements. Ideal for redecoration projects, it offers practical assistance and inspiration.

2. Visoid – Visoid is a cloud-based architectural artificial intelligence rendering software that creates architectural renders in just a few minutes. It does not require any additional hardware to operate. The entire visualization process becomes extremely seamless, effortless, and fast. Whether it’s about experimenting with lights, camera angles, landscapes, moods, colour schemes, or textures, this innovative AI-driven program empowers architects to achieve different outputs in just a few clicks.

3. RoomSketcher – RoomSketcher is a revolutionary tool that has helped a myriad of users including interior design enthusiasts, homeowners, and real estate professionals to bring their ideas to life. This tool is an architect’s friend that helps them to design home renovations, floor plans, 360 panoramas and interior designs with 100% accuracy.

4. Sketch2Render – Sketch2Render is a product of Gray Matter, which is one of the leading AI companies that’s working round the clock to make the work for architects easier. The interface of this architectural artificial intelligence rendering program is very user-friendly. It works on the principle of drag-and-drop. The user just needs to upload the sketches in 2D, select the style of renders and Bingo! The render gets ready in a few minutes.

5. Adobe Firefly – Adobe Firefly is based on the generative learning model and was introduced under the umbrella of Adobe Creative Cloud. This platform utilizes Adobe’s Sensei platform which has advanced and trained datasets for images, Creative Commons, Wikimedia and much more. It uses advanced machine learning algorithms to help architects efficiently conceptualize their designs.  

6. Midjourney – Midjourney, Inc. is a research lab in San Fransico that offers an incredible way to convert text to images. This intuitive AI architecture rendering software uses the power of prompts to work. The architects give commands in the form of prompts and the algorithm understands it. The output is some great-looking images that are sure to impress the clients and collaborators.

Benefits of AI Architecture Rendering

Have a look at some benefits of using AI in architectural rendering industry.

1. Sustainable and Generative Designs – With the use of artificial intelligence and generative designs, architects can easily work on optimising energy-efficient designs. AI Architecture Rendering also reduces their research work on finding perfect sustainable and eco-friendly materials for building design. This is a breakthrough step towards achieving the goals of green architecture. This also enables resource optimization and reducing wastage.

2. Automated 3D Modelling – As the AI algorithms can easily analyse spatial requirements, design parameters as well as building codes, the 3D models can now be generated automatically with full precision and accuracy. By going for automatic 3D modelling, the architects can save a lot of time. This spare time can be used to focus on other important aspects of the project.

3. Site Analysis – For the success and sustainability of any project, it is crucial to perform site analysis to understand various geographical and environmental factors. By integrating AI architecture rendering in the site analysis process, architects can make better and more informed decisions about site selection and ensure an optimal design.

4. Data-Driven Designs – Unleashing the power of AI will help architects and designers to easily analyse vast datasets such as building performance, user preferences, locational analysis, environmental factors and much more within a few minutes. This helps to create more user-centric designs that are flawless, and the final structure will stand the test of time successfully.

5. Urban Planning and Historical Preservation – By visualizing environments and simulating objects, AI architecture rendering enables urban city planners to understand any infrastructure changes in future. AI can also create high-resolution renders from photos of architectural heritage sites that require any sort of restoration or preservation. This ensures that the historic sites are preserved with utmost reliability.

Limitations of Architecture Artificial Intelligence

Yes, AI is a game-changer tool in architecture but only when used in normalcy. AI architecture rendering should be used for idea generation and not full compilation. Though it allows the architects to visualize the idea quickly but certainly these renders lack detailing and could be major turn-offs for the clients. Following the traditional method ensures all details stand incorporated which is not true with AI architectural rendering. Sometimes AI can misinterpret the prompts can give a completely different picture. The renders generated by the AI lack emotions which is the first criterion to impress clients and stakeholders. Also, the results could be repetitive and monotonous which can lead to more frustration.

Can AI replace the work done by Architects?

Though AI architecture rendering techniques can serve as supplements, they cannot replace the human mind and creativity. The new upcoming roles of architects will involve a blend of AI technology and human vision, expertise, creativity, and intuition. AI is just a machine that understands only the digital inputs, but an architect understands tradition, culture and emotions which are reflected only in the designs created by human architects. But there is no second thought that architects must boost their learning curve by learning new AI-related tools and by blending it with their acumen will ace up their game and turn them winners.

The Bottom Line

The evolution of AI architecture rendering is remarkable but it cannot be considered fully production ready. Today we are standing at the cusp of a digital revolution where the future is all about having beautifully crafted renders by AI tools and programmed by humans. So this is all about top AI tools or programs for architectural rendering and visualization. Renderspoint has the best 3D visualizers in the industry who understand the requirements and deliver renders that are engaging, immersive and rich in emotions. Let’s work and grow together. Drop a line at sayhello@renderspoint.com or speak to us at +44 (0) 20 8146 5629.

Our today topic is Twinmotion vs Lumion: Which software is better and why? Twinmotion and Lumion are the leading 3D rendering software that helps designers, architects, and other architectural professionals ace their designing skills. 3D visualization is not just a technique that converts 2D designs into lifelike representations, but they are a great medium of communication with clients, investors, and other stakeholders. That’s why it’s important to choose the perfect fit for your 3D architectural rendering needs. Let’s dive in and understand the key differences between Twinmotion and Lumion as the two most preferred choices by the professionals in architecture industry. Read Twinmotion vs Lumion first and then know which one is better.

Twinmotion Vs Lumion: Key Differences

Let’s have a look at some of the key differences between these two popular rendering software engines. Here is twinmotion vs lumion.

Factors	Twinmotion	Lumion
Definition and Usage	Twinmotion offers professionals and businesses the best real-time visualization tool that helps explore new possibilities in the field of architecture. It allows to create, design, and develop 3D visualizations from concept to innovative photorealistic experience. It also can collaborate with BIM and CAD modelling software easily.	Lumion is one of the most popular architectural 3D rendering software that enables rendering of images, animations, and panoramic photos. It makes the rendering effortless by adding life and emotions to the project.
Developers	Epic Games and Autodesk launched Twinmotion which combined architectural tools with the power of game-like graphics. Also, Twinmotion is powered by Unreal Engine which comes with a large library of 3D objects and offers a ray tracing feature.	Lumion was developed by Act-3D in 2010. The idea was conceptualized in 1998 with an aim to make 3D rendering a part of future design for architects.
Creating and populating scenes/Environment	You can easily model the object. Twinmotion provides full control and flexibility to modify the object.	Lumion does not provide 3D modelling. You need to model the objects in other modeling software and then import it here. You can change/add anything like light proportions, people, charters, objects, landscapes, trees etc., but you cannot change the structure.
Render Output quality	Twinmotion has a 4K render output option i.e. 3840 x 2160 resolution, but it also offers the ability to customize the output at 9000 x 9000 resolution. They help you design the best promotional images.	Lumion software offers a maximum render output of 8K i.e. 7680×4320 resolution. It is both suitable for commercial and concept usage.
User Interface	Twinmotion features an intuitive user interface with easy-to-use tools, allowing users to navigate and manipulate scenes effortlessly. The interface is more streamlined and beginner-friendly.	The user interface of Lumion is user-friendly and intuitive. It is richly loaded with features that make you choose the best fit for environmental conditions, objects, and materials.
Suitability for VR	VR experiences and renderings can easily be created in Twinmotion. It comes with an intuitive render refresh rate that significantly reduces VR nausea.	Lumion can be used to create some of the amazing Virtual Reality experiences for architectural projects.
Cost of Software	For similar features, the cost of Twinmotion is much less than Lumion. There is no Free Trial version, but it offers a limited feature Free student license as well.	The cost of Lumion software is almost three times the cost of Twinmotion with similar features. Also, just like Twinmotion, there is no Free trial version available except for students.
Ease of Mastery	Twinmotion offers greater flexibility with the images. Knowing the software well will make you a pro soon if all the work is done in the software itself.	If you are trying to edit any image in Lumion, you will find it difficult. You will need to do a lot of post-production work in Photoshop to get the image as desired.
Customization	While offering some customization options, Twinmotion focuses more on ease of use and quick scene creation rather than intricate customization.	Lumion offers extensive customization options for scenes and materials, allowing users to tailor their projects to their specific needs and preferences.
Operating System	“Windows 10 or 11, 64-bit” and “MacOS Monterey 12.x”	Windows 10 64-bit
System Requirements (Minimum)	The CPUMark of the processor should be 2000 or higher. The Graphics card needs to have a GPU scoring G3D Mark of 10,000. 6GB graphics memory is required to accompany that. Ideally, the RAM should be a minimum of 16 GB for Windows and 32 GB for macOS. For optimal performance, the minimum hard drive space should be 30GB.	The CPUMark of the processor needs to be 2000 or higher. The graphics card should have an excellent performing GPU having a G3D mark of 7000. A minimum of 4GB memory card and 16GB RAM is required for optimal performance. A screen resolution of 1920 X 1080 will give the maximum impact. For exceptional performance, you need a minimum of 40 GB of hard drive space.
System Requirements (High End)	For high-end performance, you need a Processor with a CPUMark of 2500 or higher. A minimum of 12 GB graphics card is required and the GPU should score a G3D Mark of 15,000. The RAM required is 64GB or more. The best performance can be attained with a minimum hard drive space of 30GB.	Get a processor with a CPUMark of 2600 or higher for outstanding performance. Regarding the memory requirements, you need a RAM of 64 GB or more and a Hard Drive Space of 40 GB. Get a minimum screen resolution of 1920 x 1080 and the GPU should score a G3D Mark of 7000. A minimum 11 GB graphics memory card is required for the best performance.
Use Cases for Students and Professionals	Best for students who require less effort in 3D renders and for professionals working in small teams or individually.	Best for students who are looking for a certain artistic direction and professionals working in large teams or companies.

The Bottom Line 

So these are some of the main difference between Twinmotion vs Lumion. Twinmotion and Lumion are both amazing 3D rendering softwares that helps amp up your design journey. While it may be easy to create high-quality images without requiring extra effort in other photo editing software, you may need to make models first before you can import them in Lumion. Thought, Lumion comes with a rich and comprehensive library that gives a super-realistic touch to your imagery. We have highlighted the major differences. So, now choose your fit accordingly. 

Renderspoint, the most trusted partner of 3D rendering has a team of creative and innovative 3D visualizers that make your visualization journey worthy. Know more by contacting us at sayhello@renderspoint.com or reach out to us at +44 (0) 2081465629.

Outsource 3D Architectural Rendering And Animation – Outsourcing 3d render artists is helping architects and designers with better project quality by producing highly engaging 3d visualizations. 3D rendering plays a major role in making a construction project a real success. It provides the realistic visuals of a property with great detailing. Clients can know how the end product will actually look and can even modify the design and its furnishing. It has become an important tool for marketing and selling. Renderspoint is the popular firm for providing the superior quality renders for last 12+ years. Our specialists produce cost-effective three-dimensional visuals that enhance your presentation. Outsource 3D architectural rendering work. Connect with our team for more information.  

Outsource 3D Architectural Rendering And Animation Work

Why do you need Outsourcing for 3D Rendering

From saving designing time to saving money, outsourcing 3d rendering benefits construction industries, architects, designers and developers in several ways. Hiring a full-time render designer and purchasing the relevant software and hardware is quite expensive. That amount can be saved to be used on developing high-end designs and that time can be used for other projects’ designing. It removes the burden of work from developed companies while reducing the project cost for developing and startup companies. 3D render creation is not a cup of tea for everyone, only a well-qualified individual can make an accurate and realistic render. Outsourcing 3d rendering improves the quality and reduces the time-duration of a project. It detangles all the ties of misunderstandings and presents the expected results clearly. Hiring a third party for architectural rendering gives you the chance to work on more projects.  

How to Outsource 3D Architectural Rendering

Here are some steps you can consider when finding a 3d rendering outsourcing team.  

1. Decide the project you want the 3d visualization for – You might have loads of projects, depending on the project scope, its complexity and the budget, decide which one should select for outsourcing. Consider which project would benefit and enhance more with rendering, which project has tight deadlines, and which requires high expertise to develop great renders. Your company may lack the level of skills, and equipment to match the expected outcome. These questions certainly help in filtering out which architectural project needs 3d rendering outsourcing. 

2. Look for outsourcing 3d rendering companies – Search for the best 3d outsourcing companies, do your research, read the reviews, and check social media profiles and websites. It is better to look for all the relevant information before finalizing the best rendering company to outsource. We know that there are already endless options on the internet that can develop more confusion. To shorten the list, make at least five choices, then check their niche, testimonies, pricing structure, rating portfolio etc.  

3. It’s time to consult and get the quote – Even if you have decided on the company for 3d rendering outsourcing, the job doesn’t end here. To reach the final decision, we need to collect all the required information by calling or texting. It is always better to have verbal communication. Either fill out their contact form and wait for their response or simply call them right away from the contact details they have provided. They will ask for details about your project to tell the specific cost and turn-around time. If you are satisfied with the cost and delivery duration, you may move ahead with them. 

4. Ask for NDA and some agreement work – Once everything is discussed, it is time to legally secure your design and work. These documentation works include several agreements, guarantee forms, and NDA agreements which protect a company’s information, work material, and design from being used by another party without consent.  

5. Does the outsourced rendering team give quality assurance? – The very important thing to ask your outsourcing rendering expert is whether they do quality checks or not. In most architectural visualizations, project managers and designers provide quality assurance by checking the work thoroughly before the final delivery. They reconcile and verify the task for maximum accuracy and detail precision. Experts at Renderspoint go through many stages to promise high-end project quality to each client.   

6. Examine the renders and Ask for Required Modifications – While working with the 3d outsource rendering studio, make sure to stay in touch with each stage. It results in better communication and alignment with the expected output. You can ask for sharing drafts to examine the work in progress. An architect may need some changes either in design or furnishing, they can always request required adjustments until fully satisfied. At Renderspoint, we collaborate with our clients for project modification  

7. Asking for the required file formats – When you are completely content with the render result, it is time to decide on the file format. While choosing it, take into account the resolution and the medium where you will use it. Besides, you can even ask for all file formats if required.   

Benefits of Outsource a 3D Rendering Company

Outsource 3d rendering allows people who cannot have resources to train and hire a highly expensive rendering team. Here are other reasons why you should outsource a 3d render specialist:  

1. You will have a great project quality – Hiring a professional for 3d rendering eases the designing process as the construction is viewed even before the process is started. It helps architects to closely observe the structure and deliver the top-quality work.  

2. It is Cost-effective – Outsourcing for 3d visualization you can jump into saving a load of money. Typically, employing a rendering expert costs more money than investing in working with a third party for rendering.   

3. Quick Turn Around Time – The overall time for the project completion decreases with the outsourcing rendering team. This means the construction team have design visuals in a short time and can start working on the project right away.  

4. You will have a better portfolio – With a collection of 3d renders, clients can easily know the quality of your projects. They will gain faith and your work will gain authenticity. Thus, by choosing a 3d render outsourcing company, you can enhance your portfolio.  

5. Expanding Network – If you are an architect or even a builder, you will need 3d rendering services. By meeting the experienced rendering studios for outsourcing, you can expect more projects in the future. It will be a win-win for you and the render artists.  

The Best Company for Outsource 3D Rendering Projects

Renderspoint is a well-versed company in designing top-tier 3d renders for diverse projects. We have a team of well-qualified, and professional 3d artists who have a hands-on knowledge of working with advanced visualization tools. We help you with the most practical visualizations and design elements that not only boost the quality of a building but also become a powerful marketing tool. 

How we can help

If you need any kind of work related to 3D visualization or 3D rendering, feel free to contact RendersPoint. As here is the list of tasks you can rely on us for:

• 3D Commercial Rendering Services
• 3D Living Room Rendering Services
• 3D Photomontage Rendering Services
• 3D Photorealistic Rendering Services
• 3D Site Plan Rendering Services
• 3D Exterior Rendering Services
• 3D Interior Rendering Services
• Architectural 3D Modeling Services
• 3D Landscape Rendering Services
• 3D Architectural Walkthrough Services
• 3D Floor Plan Rendering Services
• 3D Architectural Animation Services
• 360 Panorama Rendering Services
• 3D Flythrough Rendering Services
• 3D Aerial View Rendering Services
• 3D Kitchen Rendering Services
• 3D Residential Rendering Services

The Conclusion

Outsourcing 3d rendering holds a great advantage. Do you want to impress your clients with engaging project presentations? Do you want a better project understanding? Are you still second-guessing your decision to hire a 3d render expert? Feel free to ask us any questions related to outsource 3d architectural rendering and animation projects. Contact Renderspoint for more information.  

Architecture Anatomy of a House – Your house is more than what appears at the first look. It is just like the tip of an iceberg, there is a lot more beneath the surface. Ever thought about how it is designed to be safe and secure? How does it stand the test of time and critical weather conditions? The secret is beyond the above layer. Let us discover the important components that make a home. We would call it, the perfect anatomy of a house, let’s begin…!  

Anatomy of a House – Understanding The Components of Your Home

1. The Foundation of a house – Under the exterior of your house, a foundation is built. It provides a house with stability by transferring the weight to the ground. Most structures are put together by cinder blocks which are assembled well using mortar. Apart from that, poured concrete, bricks, and beams are also present there. Over all of this, a block foundation is stacked.  

For an ideal house foundation, an expert must be aware of some rules and guidelines. Foundations must be built with permitted depth & material depending on that area. The material and its composition change according to the size and the design of a structure. Apart from that, moisture conditions also impact the house’s base, it is designed to keep in mind the prevention of moisture. In cold regions, there is a risk of heaving the house and thus footings are placed under the frost line to eliminate the sliding of frozen grounds. Grounds with more clay can support heavier buildings. In the case of soft grounds such as limestone or rock, the foundation is dug deeper to pour concrete slabs. Similarly, different methods are used to build foundations for unique site requirements. 

2. The Frames of a home – The frames are the skeleton of a house that gives it a unique shape. They are everything your home will be recognised with. It supports the floor, roof & walls and makes up for the structure’s cost, strength and stability. Common materials used are wood, steel, concrete and insulated panels. The material for the frames is chosen depending on the structure design, and ceiling and stair styles. It is decided following weather & climatic conditions. Where there is a risk of an earthquake, the framing provided is strong enough to absorb it without causing damage.  

Fascia, Bracing, Bottom plates, Headers, Studs, Beams, Joists, Sheathing and Rafters are the main parts of house framing. Integrating these components is more time-consuming to ensure the structure’s reliability, security and longevity.  

3. Walls & Roof of a house – Walls are important aspects of the anatomy of a house, they provide privacy, and protection and secure us. A load-bearing wall carries the load of another foundation and other elements such as beams, pillars, columns etc. above it. There are many great options to build a home’s wall with. Depending on a structure’s needs materials from wood, concrete, and brick are selected for wall construction. Moisture resistivity is a must for a wall material to keep it away from dampness, cracks and leaks. For ideal sound insulation, fabrics that reduce noise transfer are used especially in high-traffic areas. 

Roofs are another important component of a house that provides us great protection and security. It makes a home complete. The popular roofing materials are asphalt, concrete, metal, wood, and various shingle types. Wood and concrete are affordable options but wood is not preferable in areas prone to fire. Metals look stunning but are expensive. All in all, asphalt shingles, metal and tiles are suitable for all atmospheric conditions and come in a variety of cost prices. Note that ideal roofs are adequately insulated and are sustainably designed to avert heat loss. They are leak-resistant, have great ventilation and are properly fitted with flashing. Roof flashing is done with metallic sheets that prevent water from entering into cracks.  

4. Chimney – Commonly designed with metal and bricks, the chimney removes all the smoke, gaseous and toxins from the house. They are mentioned when talking about the anatomy of a home. Their design varies as per the style of the entire building, its size and the roofline.  

5. Plumbing Installation – Plumbing is a very important part of a house that includes components like water pipes, water drainage, faucets, showers, etc. It is operated in the bathroom, kitchen, and laundry room to ensure smooth and safe water flow. An expert house designing company focus on climatic, functional and aesthetic conditions when doing the plumbing in your place, they will maintain the water efficiency by installing effective fixtures. Choosing fittings that match a house interior, are durable, do not corrode, and stay calm in critical weather is carefully considered. 

6. Electrical Work – Another functional component in a house’s anatomy is electrical fixtures. It is related to the electricity that power up your house lights, and appliances. The need for a well-qualified electrician plays a huge role in connecting a home safe with the power supply. Cu and Al are used in making electrical wires that handle every voltage and current smoothly. Some electrical installations are done inside the home while others are installed outside. Both have their special features making them ideal for the place they are attached. A house’s voltage is between 110-220V depending on what appliances you have. Choosing energy-effective bulbs, and devices promotes energy saving and saves the environment from carbon emissions.  

7. Windows and Doors Fitting – The next component involved in understanding the anatomy of a house is windows and doors. They ensure the proper natural light access, ventilation and privacy of a house. Both these elements contribute to making your space appealing and shielded. Many materials are available that make a unique door and window style. With the use of technology and advanced craftsmanship, now many homeowners customize their windows & doors in the ways they dream. Also, the type of glass and material you choose affects not only the quality and endurance of a unit but also the ecosystem. Different glass coating and layers impact insulation and house temperature differently.   

8. Downpipes and Gutters – Also known as rain pipes, drainage pipes, and drain spouts; downpipes are important to save your home from sinking from rainwater collected over the roof. They protect the landscape, house exterior, foundation, and edges of a home. They collect water and transfer it to the ground or the outside drainage. They are typically fitted over the roof to channel the excess water away.  

9. Interior and Exterior House Finishing – After all the construction and fitting are done, it is time to initiate towards the finishing. Exterior and Interior Finishing includes the touch-up of a house, making it eye-catching, and functional as well. They significantly depend on the house’s decorative features and are picked focusing on whether a home is modern, or conventional. Outdoor finishing covers cornices, roof materials, home siding style, porch area, exterior shutters, windows and gate. On the other side, indoor finishing of a house includes decorating wall paint, cabinetry, ceiling, flooring, kitchen countertops etc.  

The Conclusion  

Getting to know and understand the anatomy of a house is a progressive step to design and build a smart, robust, and visually attractive home. Now you will know what component your architect or a builder is working on during a construction. With the right alignment and of course, choosing the right materials will make your home look & perform at its best. Renderspoint is a leading firm that takes honour in producing highly engaging 3d visuals of architecture, making you understand the structure and its design from the zero level. Our accurate and top-quality renders help you make better decisions. Contact the team at sayhello@renderspoint.com.

 

 

Today we are going to discuss architectural problems or issues faced by architects. No one is perfect! Even for the most seasoned or experienced architect, the journey would have been filled with struggles and challenges. Be it keeping with the trends, updating to technology, or changing client mindsets, an architect must keep learning and adapt himself to stay at the forefront of everything. Let us have a look at the common architectural problems or challenges faced by architects with solutions.

Common Architectural Problems Faced by Architects

Due to increasing competition, architects are constantly under pressure to perform better and make their brand grow. Here are some common architectural problems or issues faced by architects in their day-to-day life. 

1. Establishing the Identity – The Internet has completely revolutionised information and made it accessible within a millisecond. The websites, social media and other digital platforms showcase similar designs where it becomes hard to survive for a normal architect. When all things seem the same, bringing out original and creative work gets challenging and puts the architects under pressure. To establish themselves in the market, architects need to be innovative and keep illustrating their designs that are never seen and are out-of-the-box.  

2. Bridging the communication gaps – Words cannot explain everything. The client may be living in a different time zone and country where the language is different from that of the architect. Achieving 100% clarity and presenting handmade designs or plans to clients, investors or stakeholders may break the deal rather than convert it. Clients may not be able to visualize from an architect’s point of view. In such cases, 3D architectural visualization will help draft photo-realistic images of the design concept. This will certainly improve the brand power and increase the chances of closing the deal. 

3. Staying on the Forefront of Technology & Design – The technology is changing at such as rapid pace, that the software that was being used six months ago would be turned obsolete. The architects need to be continuous learners of all software and hardware requirements. If an architect is using any software or hardware, make sure to update it regularly and check for viruses as well. One single error can turn the entire system down and affect their work. Maintaining the digital assets is also equally important. Also, they should be aware of the changing design trends in the market. For example: The latest trends of biophilic architecture and green architecture are currently gaining popularity. The architects not staying abreast with such sustainability designs in architecture trends, will lag the league.  

4. Working in the Team – An architect needs to work in the team where the designs will be worked upon and changed to physical assets by the construction contractor. They need to make sure that the project is well briefed to all stakeholders and that the contractor or the development company understand the vision properly. Not only this, when an architect is working on a big-budgeted project, they may need to collaborate with a team of professionals. Teamwork and coordination are critical to ensure the success of the project.  

5. Dealing with Deadlines and Budgets – In today’s competitive market, everyone wants speedier work. This dramatically puts the architect under pressure and makes him work tirelessly to achieve the best results in a limited timeframe. With an ongoing craze for low-cost properties and affordable housing options, the value of good design is getting lost. It has become exceedingly difficult for architects to sell their designs. People are prioritizing time and money over quality.  

6. Finding the right materials for the project – The architects need to research a lot about what materials will be used in the design. They have to work on a lot of factors before finalizing the materials such as climate, weather, budget, location, and accessibility of the place. They had to run through a lot of catalogues, check online portals for the best materials etc. Although, with the coming of 3D CGI rendering techniques the experiment with the materials has become easier.  

7. Taking out time for Hand Sketching – Due to increased pressure to deliver on time, the architects have switched to software and new automated applications. It’s good that software takes less time to develop the designs but may not cover minute detailing. Taking out time for hand sketching will not only keep your skills polished but enable an architect to deliver more innovative      and creatively. The architect can take care of every single detail while preparing hand-made sketches.  

8. Struggling For Good Design over Poor Construction – It’s a known fact that developers don’t care to check all the details mentioned in the designs and work at their convenience. To expedite things, the construction contractors somehow ignore the design and deliver a lookalike building completely ignoring the actual design. It is always painful for an architect to see their design ruined by the developers and again it becomes hard to convince the client regarding the value of good design.  

9. The generational Twist – There is a constant debate going on between the millennial architects and the baby boomers (older generation). While the old generation is full of knowledge and expertise, millennial architects have a better grasp of modern technology and contemporary design architecture. Imagine the result when both of them collaborate to deliver an exemplary structure that is not only aesthetically appealing but stands the test of time.  

10. Being Omnipresent – Be it online or offline, the architects need to be present everywhere. Whether it is social media such as Instagram, Facebook, LinkedIn, Pinterest, their websites, GMB and much more. The digital reputation acts as the first impression that attracts the client. Having no digital presence or portfolio will become taboo in the growth journey. Also, to make connections in the offline world, the architects need to attend seminars, networking events and other trade shows to make their presence. They need to strike a balance between their work and making their presence felt across all horizons. 

Winding Up 

So this is all about some basic architectural problems or issues faced by every architect. As most of architects faces one or more issues in their work journey. They need to learn from their mistakes and keep evolving with the changing trends. This is the key to sustaining, thriving, and emerging as a successful professional in this hyper-competitive world. Renderspoint, a 3D rendering company takes pride in delivering world-class visualizations that take the burden off from the architect’s shoulders. Our highly accurate, engaging, and immersive interior renders and exterior renders help you close the deals and take your brand to net levels. Contact us today at sayhello@renderspoint.com.

Read how to build computer for 3D rendering and animation? 3d rendering is an interesting opportunity for people seeking an integration of both art and technology. This industry has influenced various sectors including architecture, construction, product designing, advertising, gaming, entertainment and more. Making immersive 3d renders may sound like spending too much money on a compatible system and then subscribing to expensive tools. The good news is that it is not true anymore. 

The days have gone by when 3d design making was of high cost. In the present time, you don’t need to spend extensive amounts to design a computer for rendering purposes. You can now put together a PC with all essential hardware and software requirements needed to run a smooth, fast and uninterrupted program. Let’s move forward with how to build a computer for rendering on a budget.  

Building a Computer for 3D Rendering And Animation

Designing your own PC is cheaper than buying a new one. It gives you all the opportunities to customize each specification according to your unique requirements and budget. We have provided some important PC parts to be considered when building a computer for 3d modeling. Read how to build computer for 3d rendering and animation along with components such as GPU, CPU, RAM, Storage etc. Discover building features for a powerful render PC.  

1. Software – The important thing before considering the system requirement is choosing rendering software. And then making the ideal PC features that can harmonize with those software and tools. Each tool will have specified the operating system requirement, RAM, storage, processor type, graphic cards etc. Make sure your personal computer meets all those specifications. 

2. System’s Processor Requirement – The primary part of building a computer for rendering is choosing the processor. It is an important component that implements the executions and works over your commands. Typically, 3d modelling software works on a single thread/ processor core, so always make sure to invest in the best and the fastest processor. Since 3d rendering software needs great processing speed the system should have a minimum of Intel Corei7 or i9 processor.  

3. Graphic Card or Graphic Processing Unit – A potent graphic card accelerates 3d modelling by producing great-quality photos and animations. Graphic cards are responsible for the quality of images reflected on a system and some of the options you can opt for are RTX 3060 or RTX 4060. They could be a little expensive but elevate the 3d rendering process by developing top-notch visuals. Some computers provide integrated GPUs while others have discrete ones that are to be plugged into the motherboard’s slot. For 3d rendering computers, a discrete GPU works wonders.  

4. Motherboard Selection – The more features a motherboard has, the better performance it will provide. ASUS x570 and ASRock x570 Tai-chi are affordable options for designing a 3d rendering computer. AB350 MB can also be considered as a budget friendly option. It is versatile and can leverage computing power of CPU, GPU, and memory.  

5. CPU Requirement – A system’s power and processing speed depend on the Central Processing Unit or CPU. It should be highly compatible with the motherboard for it to attach to the processor. Look for a CPU with high clocks and core counts to perform a graceful rendering process. Ryzen 7 1700 CPU has 8 cores and 16 threads that will assist you in creating complex 3d models with ease. You can achieve great execution for longer times with such CPUs.  

6. Memory Limit – An invincible RAM or Random access memory leads to smooth operation without lagging or slowing down the system. It is the brain of a system that reads, writes and stores data. Here the data is temporarily stored and this is how a system knows what are we currently operating on. When considering designing an ideal computer for 3d rendering, a minimum of 16GB RAM is required. 3d modeling software such as Autodesk 3d Max works uninterruptedly in this capacity.  

7. Storage Requirement – Another important component for 3d rendering computer design is ample storage. You don’t want your data removed when the power is switched off. Solid-state drives or SSDs are popular for their small size, lightweight and fast speed. They are budget-friendly. An SSD of 512 GB works ideal for every 3d rendering software. It speeds up the saving and loading time of files and can provide great storage capacity for high-quality 3d models, textures, and other type of files. However, if you can stretch your pocket, investing in SSB NVME won’t hurt you. They have superior for faster and safely storing everything.  

8. Monitor Ideal Display – A display is important for the complete clarity of 3d animations, and accurate representation of color & shades, allowing you to see a model more comprehensively and help in producing detailed renders. Look for a minimum resolution of 1920×1080 having an ideal screen size of 15 inches. Since 3d photorealistic rendering is all about creating impactful visuals, a display or monitor should present every feature of the graphic neatly.  

9. Power Supply Units – A stable power supply is important for task execution without failures. You will see a variety of brands and wattage options available in the market. Think about your requirements or talk to an expert about which Power supply unit will work according to this system requirement. A PC with advanced Graphic processing units and drives need to have a 750-watt PSU. Corsair and EVGA are generally cheaper and excellent options in power supply units. 

The Bottom Line  

Now you know about the key factors to consider when choosing the ideal system requirements for making a rendering PC. With all these important components with compatible power, you will have the computer that is just made for you. We have mentioned all the pocket-friendly options if you want to consider them you can. Now you know that building a rendering PC is not daunting and can be designed within the desired budget.