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Services
[ SERVICES ]
What We Provide
[ WORKING STEPS ]
Process Plan
- 1
Concept Development
- 2
Design Development
- 3
Visualization and Presentation
- 4
Building your Dream
Woohoo, we are going ahead with the project!
In the first meeting we meet with the client to understand their project requirements, objectives, budget and schedule. Create a conceptual design that aligns with the client's vision, goals, and budget. This might include creating sketches, mood boards, and architectural plans.
Now comes the exciting part! Create a thorough design from the conceptual idea, including architectural drawings, elevations, and sections. Working on the structural, mechanical, electrical, and plumbing systems will also be part of this phase.
Create architectural visualizations and renders of the proposed design, including interior and exterior perspectives, and walkthroughs. Present the visualizations and designs to the client for feedback, and make any necessary revisions.
Once the design is finalized, work with the construction team to implement the design on-site. This includes obtaining necessary permits, overseeing the construction process and ensuring compliance with building codes and regulations.
- It is important to note that this process plan is general and can vary depending on the scope, budget and the client’s preferences. Also, it is always a good idea to keep the client updated throughout the process and gather feedback regularly to ensure that the final deliverable is up to their expectation.
What is 3d Rendering?
3d Rendering is a simulated 3D environment that enables users to explore and interact with a virtual surrounding in a way that approximates reality, as it is perceived through the users’ senses.
The environment is created with computer hardware and software, although users might also need to wear devices such as helmets or goggles to interact with the environment.
The more deeply users can immerse themselves in a VR environment — and block out their physical surroundings — the more they are able to suspend their belief and accept it as real, even if it is fantastical in nature.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality.
However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries.
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program.
The user has some control over the virtual environment using a keyboard, mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset. It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical movement in the way that full immersion does. A common
example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world.
It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell. Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space. Fully immersive VR technology is a field still in its infancy,
but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
What is 3d Rendering?
3d Rendering is a simulated 3D environment that enables users to explore and interact with a virtual surrounding in a way that approximates reality, as it is perceived through the users’ senses.
The environment is created with computer hardware and software, although users might also need to wear devices such as helmets or goggles to interact with the environment.
The more deeply users can immerse themselves in a VR environment — and block out their physical surroundings — the more they are able to suspend their belief and accept it as real, even if it is fantastical in nature.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality.
However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries.
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program. The user has some control over the virtual environment using a keyboard,
mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset. It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical movement in the way that full immersion does.
A common example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world. It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell.
Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space.
Fully immersive VR technology is a field still in its infancy, but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
What is 3d Rendering?
3d Rendering is a simulated 3D environment that enables users to explore and interact with a virtual surrounding in a way that approximates reality, as it is perceived through the users’ senses.
The environment is created with computer hardware and software, although users might also need to wear devices such as helmets or goggles to interact with the environment.
The more deeply users can immerse themselves in a VR environment — and block out their physical surroundings — the more they are able to suspend their belief and accept it as real, even if it is fantastical in nature.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality.
However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries.
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program.
The user has some control over the virtual environment using a keyboard, mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset.
It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical movement in the way that full immersion does. A common example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world. It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell. Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space. Fully immersive VR technology is a field still in its infancy,
but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
What is 3d Rendering?
3d Rendering is a simulated 3D environment that enables users to explore and interact with a virtual surrounding in a way that approximates reality, as it is perceived through the users’ senses. The environment is created with computer hardware and software, although users might also need to wear devices such as helmets or goggles to interact with the environment.
The more deeply users can immerse themselves in a VR environment — and block out their physical surroundings — the more they are able to suspend their belief and accept it as real, even if it is fantastical in nature.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality. However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries.
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program. The user has some control over the virtual environment using a keyboard, mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset. It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical movement in the way that full immersion does. A common example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world. It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell. Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space. Fully immersive VR technology is a field still in its infancy, but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality.
However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries.
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program. The user has some control over the virtual environment using a keyboard, mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset. It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical
movement in the way that full immersion does. A common example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world. It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell. Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space. Fully immersive VR technology is a field still in its infancy, but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
What is 3d Rendering?
3d Rendering is a simulated 3D environment that enables users to explore and interact with a virtual surrounding in a way that approximates reality, as it is perceived through the users’ senses.
The environment is created with computer hardware and software, although users might also need to wear devices such as helmets or goggles to interact with the environment.
The more deeply users can immerse themselves in a VR environment — and block out their physical surroundings — the more they are able to suspend their belief and accept it as real, even if it is fantastical in nature.
What are the main types of 3d Rendering?
The VR industry still has far to go before realizing its vision of a totally immersive environment that enables users to engage multiple sensations in a way that approximates reality.
However, the technology has come a long way in providing realistic sensory engagement and shows promise for business use in a number of industries. Sophia education
VR systems can vary significantly from one to the next, depending on their purpose and the technology used, although they generally fall into one of the following three categories:
Non-immersive. This type of VR typically refers to a 3D simulated environment that’s accessed through a computer screen. The environment might also generate sound, depending on the program. The user has some control over the virtual environment using a keyboard, mouse or other device, but the environment does not directly interact with the user.
A video game is a good example of non-immersive VR, as is a website that enables a user to design a room’s decor End Roar.
Semi-immersive. This type of VR offers a partial virtual experience that’s accessed through a computer screen or some type of glasses or headset. It focuses primarily on the visual 3D aspect of 3d Rendering and does not incorporate physical movement in the way that full immersion does. A common example of semi-immersive VR is the flight simulator, which is used by airlines and militaries to train their pilots.
Fully immersive. This type of VR delivers the greatest level of 3d Rendering, completely immersing the user in the simulated 3D world. It incorporates sight, sound and, in some cases, touch. There have even been some experiments with the addition of smell. Users wear special equipment such as helmets, goggles or gloves and are able to fully interact with the environment.
The environment might also incorporate such equipment as treadmills or stationary bicycles to provide users with the experience of moving through the 3D space. Fully immersive VR technology is a field still in its infancy, but it has made important inroads into the gaming industry and to some extent the healthcare industry, and it’s generating a great deal of interest in others.
[ Our Philosophy ]
Core Values
Through innovation, dedication, and consistent adaptation – our mission is to deliver high-quality and engaging visual masterpieces to ensure your property sells. We plan on growing our expertise and aim to offer a wider variety of virtual services in the future.
Passion
Integrity
Excellence
[ Projects ]
Recent Projects
[ testimonials ]
What People Say
"We have been working with Creative Visual Studio and Mihajlo on a project for our apartment for a period and we are absolutely blown away by both the work and the final result. Their dedication, eye for detail, interior design taste, creativity and problem-solving skills have been exceptional at every stage. We are so incredibly pleased and they have exceeded all our expectations! Really highly recommend them.
Mihajlo is also one of the most energizing and kind-hearted people I've met!"
Linnéa Axling
Client of Company
"Mihajlo is an engineer, architect and interior designer with an exceptional eye for the smallest details! His team handled the entire project from start to finish, and it's amazing what they can do with visualizations today! We are SOOO happy!"
Kim Dywling
Client of Company
“Except for the obvious: Mihajlo and his team are fantastic at their job, creative and thorough. From the start, Mihajlo’s been a great help and making suggestions that have improved the design of the house. I’m forever grateful for his eye for detail and ingenious solutions throughout the process of designing my dream house. Last but not least is the 3D drawings, it’s been absolutely amazing to better see how the house will look and the space will feel before even being built. I’ve never seen anything like that before!”
Antonia Bergström
Client
“We hired Creative Visual Studio to create Interior Design, VR-Tour and 3D Images for one of our housing projects in Uppsala. With their assistance, the Photorealistic 3D Images and Virtual Reality Tour, they helped us to sell both houses in just 2 short months. Our generated plans for the 2 houses were published on the Uppsala real estate market on April 1st, 2021, and after a buying and bidding frenzy, we even gained more value than we expected."
Jan-Olof Blomster
Client
"We wanted to give our new house some personality and creativity, so we needed the perfect design partner to make it all happen. Creative Visual Studio was the perfect selection! We love how they have created a visual world of the dream home we've always wanted and have been capable to provide us with a dozen different models to choose from so that we can be sure to get the perfect design for our Attefalshus."
Markus Klar
Client
"My experience with Creative Visual Studio has been incredible. They helped us realize our concepts in just the right way, and make them feel more tangible. This is exactly what we wanted. The Architect we worked with, Mihajlo, is so thoughtful and was a joy to work with and I'm looking forward to working with them again on future projects!"
