Understanding the most popular 3D artist jobs in the gaming industry

There are many different specializations in 3D. These include CG artists, riggers, modelers, animators, texture artists, and many others. All of these specialists work with 3D, but their skills and areas of expertise can vary significantly. For beginners just getting started in the 3D industry, navigating the variety of specializations and choosing the right direction for training and subsequent career can be challenging. It's important to understand that each of these professions requires unique knowledge and skills, making choosing a field of study a crucial step for a successful start in the 3D field.

In this article, the Skillbox Media "GameDev" editorial team examines current 3D professions and their specific features. We explain the work of each 3D graphics specialist so that beginners can choose the most appealing direction for themselves. Experts Kirill Reznicenko, CEO of RainStyle Games, and Anton Morozov, Creative Director of BH Studio, helped us create this material. Pay attention to the key aspects of each profession to make an informed choice and develop your 3D design skills.

In this article, we take a detailed look at in-demand 3D professions. 3D graphics today occupies a key place in various industries, such as film, video games, architecture, and design. Professions in this field offer numerous opportunities for creative people willing to realize their ideas and skills. We'll discuss key 3D specialties, their features, and development prospects to help you better understand which direction could be your next career step.

CG Artist.
Modeler.
Texture Artist.
Rigger.
Animator.
VFX Artist.
3D Generalist.
Art Lead.

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CG Artist

CG, or computer graphics, is a broad field encompassing a variety of specializations related to the creation of images using computer technology. These specializations include rendering art for video games and animated films, animation and interface development, creating 3D models for film, and photo processing. Each of these areas requires unique skills and knowledge, making CG an important and sought-after field in modern digital art.

Working with 3D graphics is one of the most in-demand specializations in computer graphics (CG) today. CG artists working in 3D typically focus on creating characters or environments, based on their strengths and experience. This field offers diverse opportunities for creativity and professional growth, making it attractive to many industry professionals. Advances in technology and software also open new horizons for CG artists, allowing them to realize the most daring ideas and concepts. A CG artist's work is based on the creation of visual content using computer technology. The difference between 2D and 3D graphics lies in the approach to image creation. 2D graphics focuses on creating flat images using tools such as vector and raster graphics. 3D graphics, on the other hand, allows for the creation of volumetric objects and scenes, requiring knowledge of modeling, texturing, and lighting. For a deeper understanding of the profession of a CG artist and the specifics of working in these two areas, it is recommended that you familiarize yourself with other materials that cover this topic in detail.

Modeler

3D modeling specialists create the initial characteristics, volume, and shape of three-dimensional objects. In the gaming industry, the work of a 3D modeler begins after a concept artist provides a two-dimensional sketch. It is on the basis of this drawing that detailed three-dimensional models are created, which are used in games. The modeling process includes not only the creation of form, but also the elaboration of textures and materials, which helps achieve realism and expressiveness in game content.

The work of a 3D modeler is not limited to the gaming industry. Specialists in this field create three-dimensional models for films, commercials, scientific research, and architectural visualization. Professional 3D modelers develop a variety of objects and locations, which makes them in demand in various fields, including the film industry and advertising. Thus, 3D modeling is a versatile and promising profession, opening up many opportunities for creative specialists.

One striking example of the use of 3D graphics in scientific research is demonstrated by Egyptologist and environmental artist Andrei Plaksin. He uses 3ds Max to create a precise 3D reconstruction of the tomb of the ancient Egyptian queen Nefertari. In addition to developing his 3D graphics skills, Plaksin is actively studying the Egyptian hieroglyphic language, which allows him to find scientifically sound solutions for his reconstructions. This approach not only enriches his knowledge of Ancient Egyptian history but also contributes to a deeper understanding of cultural heritage.

Andrey Plaksin's example demonstrates how knowledge and skills not directly related to graphics can play a significant role in defining the theme of an artistic work. Modelers typically have two main specializations: the first is related to the creation of 3D objects, the second to texturing and rendering. These areas help artists develop a unique style and find new approaches to visualizing their ideas. Experience in various fields, such as art history or the psychology of perception, can significantly enrich their work and make the pieces more profound and expressive.

organic is the creation of living characters, trees and vegetation,
and hard surface is the drawing of non-biological characters, architectural or technical objects.

The modeling goes through several key stages. In the first stage, known as sculpting, the artist creates a model, similar to a sculptor. Using virtual tools, the modeler shapes and details the future asset, similar to working with clay or plasticine. This process is carried out in specialized software that offers all the necessary sculpting tools. Popular programs include the free Blender, as well as paid solutions such as ZBrush, 3ds Max, and Mudbox. These tools enable artists to create high-quality 3D models for various fields, including game development, animation, and visualization.

Sculpting in Blender Image: Blender

After completion After sculpting, the key stage of retopology begins, which involves organizing and structuring the verticals, edges, and vertices of a 3D model. During the sculpting stage, the polygon count increases significantly, which can lead to engine slowdowns. Therefore, during retopology, the model is optimized by reducing the polygon count while maintaining high rendering quality. This process is important for ensuring efficient subsequent workflows and allows for the creation of lighter and more performant 3D models. Retopology requirements can vary significantly depending on the technical specifications of a specific project. However, the classification of 3D models remains universal: models are divided into three types based on their polygon count: high-poly, mid-poly, and low-poly. High-poly models have a high level of detail and are used in projects where realism is essential, such as film and video games. Mid-poly models are used in a variety of contexts, providing a balance between quality and performance. Low-poly models are ideal for mobile games and applications that require high processing speed and minimal system load. Choosing the right model type based on your project goals is key to success in 3D graphics.

Results of good and bad repotology Image: Thilakanathan Studios

In In models with poor retopology, vertices are distributed haphazardly, making it difficult to make changes. To ensure smooth animation, vertex organization must account for the model's bends and deformations. Incorrect vertex distribution can lead to overlapping vertices, which causes artifacts, stretching, and pinching. Retopology solves all these problems by optimizing the model's geometry and improving its deformation properties. Proper retopology ensures high-quality animation and visualization, which is especially important in professional 3D modeling and animation.

The speed of retopology and other pipeline tasks is significantly increased by new tools. Choosing a specialization is an important step, and learning modern software will help improve your competitiveness in the market. Mastering the latest technologies will not only speed up your workflows but also open up new opportunities for creativity and professional growth in the industry.

The next step after retopology is unwrapping, or UV mapping, which is a key process in preparing a model for texturing. At this stage, it's especially important to avoid artifacts to ensure textures adhere correctly to the model. Software like 3DCoat is one of the most popular tools for retopology and unwrapping, ensuring high quality and precision. Correct UV unwrapping allows you to effectively use textures, which significantly improves the appearance of 3D models and simplifies the process of further work with them.

The model that has passed the unwrapping stage Image: Creative Bloq

Texture Artist

A texture artist fills an initially gray mesh model with color, giving it a realistic feel. They simulate various surfaces, adding gloss, matte, and uneven effects. They create visual representations of materials such as metal, glass, or wood, significantly enhancing the model's perception and making it more appealing to users.

This artist is also responsible for the asset's visual design. They develop not only a basic set of textures but also create versions that interact with other objects or surfaces, allowing, for example, to implement a reflection effect. This is an important aspect of development, which significantly improves visual perception and interaction in the game or virtual space.

Author's project by artist Lennart Demes with free assets Screenshot: ambientCG

When developing video game characters, a texture artist focuses not only on skin and clothing but also on materials that can be used to create fantasy creatures, such as golems. For example, stone or metal textures can be key to conveying a character's uniqueness. Each element depends on the game universe in which the character will exist. For successful work, it is essential to thoroughly study the surrounding world and its inhabitants to accurately convey their properties and atmosphere. This allows for the creation of more realistic and memorable characters, significantly improving the overall player experience.

Photography is one of the most popular hobbies among texture artists. The more a professional studies the world around them and captures it with a camera, the more unique materials they will have for creating textures. One of the most popular software solutions for texture artists is Substance 3D Painter, which allows for efficient processing and editing of resulting images. Using this program in combination with photographic materials opens new horizons for creativity and improves the quality of textures in artistic projects.

Rigger

The rigger is responsible for preparing character and object models for animation. A specialist creates a skeleton from interconnected digital bones, which is called a "rig." The rigger's main task is to ensure interaction between the modeler and the animator. Often, the rigger and texture artist work together, which allows for a harmonious result during the animation process. Rigging is a key stage in the creation of animation projects, since a properly configured rig allows animators to effectively implement their ideas.

A rig is an essential tool for animators, allowing them to control the movement of 3D models. The digital bones included in a rig can be applied to a variety of objects, including human characters, spaceships, and even static structures like doors. Using a rig simplifies the animation process, providing precision and control over movement, making it an indispensable element in 3D modeling and animation.

A rigger must have basic programming knowledge to effectively configure the software. This knowledge will help avoid model deformation and ensure the correct behavior of moving objects and creatures. Furthermore, an understanding of geometry is critical for creating high-quality animation and accurately working with 3D models. Developing these skills significantly improves the quality of a rigger's work and contributes to the successful completion of projects in animation and computer graphics.

Skeletal animation is widely used in the creation of anatomical simulators for medical research. To succeed in this field, 3D modeling skills alone are not enough; a deep knowledge of human anatomy is also necessary. This understanding allows for the creation of more accurate and realistic simulations, which contributes to better medical education and research.

Animator

Once the rig is set up, the animators begin their work. There are four main specializations in the field of animation:

creating character movement,
creating object movement,
animating the environment,
background animation.

Creating weather effects and realistic skies is an important aspect in the development of visual projects. These elements help create atmosphere and immerse the viewer in the action. Effects such as rain, snow, or clouds can significantly increase the level of detail and realism of scenes. Proper use and configuration of these effects help achieve the desired impression and improve the overall perception of the product.

There are two main types of animation: predefined and procedural. In the former, a specialist manually defines the model's movement for each frame, while in the latter, the engine generates animation in real time based on certain parameters. Both types of animation are directly related to working in game engines. Regardless of the chosen method, it is important for a specialist to be knowledgeable not only in the principles of animation creation but also in graphics technologies and programming basics. This knowledge allows for the creation of high-quality and realistic animations, a key aspect in modern game development.

In the gaming industry, an animator's work is closely linked to the activities of modelers and riggers. Animators create character movements based on models developed by modelers and skeletons prepared by riggers. In animated films, animators interact primarily with the director and screenwriter to ensure the in-frame movements correspond to their creative vision. This approach ensures a harmonious blend of visuals and narrative, a key aspect of a successful animation project.

Animators collaborate with sound designers and voice actors, as lip synching of characters with off-screen audio is often required. To create realistic characters and avoid the uncanny valley effect, animators sometimes handle the sound and facial expression mixing themselves. In this process, they use tools such as Adobe Character Animator and Adobe Animate, which enable a high degree of realism and harmony between visual and audiovisual elements. This approach improves the quality of animation and makes the characters more alive and attractive to viewers.

The work of 3D animator and modeler Isaiah Banks Image: Isaiah Banks / ArtStation

VFX Artist

VFX specialists create visual effects, including explosions, destruction, liquids, particles, and earth fractures. Artists in this field typically choose a narrow specialization, such as rigid body modeling, allowing them to focus on simulating destruction and detailing effects. This specialization requires a deep knowledge of physics and skills in working with modern software tools, allowing them to create realistic and impressive visual effects for film, games, and advertising. Importantly, high-quality work by VFX specialists significantly enhances the visual appeal of projects and helps convey the desired emotions to the viewer.

VFX artists create realistic hair and fur simulations, a specialty of groomers. They also work on simulating fabrics and liquids. An example of the successful application of these techniques is the animated film "Zootopia," where all the characters are furry animals, but they also wear a variety of clothing. Using these technologies allows for more lively and believable animation, making the film engaging for audiences. Effective visual effects (VFX) artist skills require a background in mathematics and physics. For example, creating water in a river with varying currents, flowing over an uneven landscape and culminating in a waterfall, requires physically accurate simulation. Understanding fluid motion modes is essential to achieving realism and convincing visual effects.

A vast expanse of space with thousands of asteroid fragments is a challenge for a VFX artist. Image: ArtStation

3D Generalist

A versatile multi-tasker capable of working with 3D at all stages of the production process. The generalist has skills in asset modeling, environment creation, texture matching, as well as retopology and animation. This is a professional who can effectively perform a variety of tasks, which makes him indispensable in a 3D content development team. Thanks to a wide range of skills, the generalist can significantly speed up the process of creating visual materials and ensure high quality of the final product.

Watch the Q1 2022 showreel from 3D generalist and sculptor Esa Havu on Vimeo. This video showcases the artist's best works, showcasing his skills in 3D modeling and sculpture. Stunning visualizations and original ideas highlight Esa Havu's high level of professionalism in the field of digital art. This is an excellent example of his creative approach and technical mastery, which will be of interest to both potential clients and industry colleagues.

It is important for a 3D designer to develop time management skills and the ability to plan their work, as well as anticipate potential difficulties. Such a specialist with experience in 3D graphics is capable of solving a wide range of tasks related to their professional work. Given the diversity of projects, a 3D designer must meet deadlines and effectively work with the pipeline and technical specifications. In studios, this role often overlaps with the responsibilities of a technical artist, requiring a flexible and adaptable approach.

A technical artist plays a vital role in game development, departing from traditional artistic roles. Their responsibilities include not only creating visually appealing content but also ensuring its proper functioning. Technical artists often possess programming skills, allowing them to develop tools and scripts to optimize workflows. They act as a liaison between artists and programmers, ensuring a harmonious interaction between the artistic design and technical aspects of the game. In this way, technical artists contribute to increased development efficiency and the quality of the final product.

Anton Morozov is the Creative Director of BH Studio. In this role, he is responsible for the development and implementation of innovative ideas and concepts that drive the company's growth and development. His experience in the creative industry allows BH Studio to offer unique solutions to clients, ensuring high quality and originality in each project. Anton actively follows the latest trends in design and marketing, which helps the studio remain competitive in the market.

Beast Hour — PvP game by Anton Morozov Studio Screenshot: Beast Hour / BH Studio

A generalist is a specialist with a broad outlook in the field Graphics development, as opposed to narrow specialization. Rather than focusing on one specific skill, generalists have broad knowledge across all aspects of the development process. This often allows them to assume leadership positions, such as team leaders or directors, and play a key role in establishing an effective production pipeline. These professionals are able to adapt to a variety of tasks and ensure the integration of various disciplines, which makes them valuable assets in modern development teams.

We have examined the role of a 3D generalist in detail in a separate article that is entirely dedicated to this profession.

Explore additional resources:

A 3D generalist is a specialist with broad skills in 3D modeling, texturing, animation, and rendering. These professionals are capable of creating high-quality 3D models and animations for a variety of projects, including games, films, and advertising materials. To become a 3D generalist, you need to master several key skills, such as working with 3D graphics software, understanding the basics of composition and lighting, and the fundamental principles of animation.

The first step on the path to becoming a 3D generalist is education. Various courses and educational programs are available that can help develop the necessary skills. It is also important to create a portfolio that showcases your work and attracts the attention of potential employers. Practice is essential, so it's worth working on your own projects and participating in competitions to improve your skills and gain more experience.

It's also helpful to study the work of other professionals in the field to understand current trends and techniques. Participating in communities and forums can also help you network with other professionals and gain valuable advice. A commitment to continuous learning and skill development is key to a successful career as a 3D generalist.

Art Lead

An art lead is a key figure in the art team, responsible for managing and coordinating the creative process. They perform management duties, including hiring and selecting employees, and ensure support for the overall style of the project. The art lead accepts artists' work and provides them with constructive feedback, which helps improve the quality and compliance of the creative product with the specified requirements. Effective art lead leadership is essential for achieving project harmony and realizing creative ideas.

The art lead's primary task is team management. For example, if I'm a modeling professional and my company is growing, I need to create more and more models. In this situation, I hire entry-level artists, oversee their work, and provide guidance to avoid technical errors. This includes advice on polygon counts and maintaining a proper overall pipeline. Effective team management and quality artist supervision help achieve high standards and improve project productivity.

The second aspect to consider is the art component. It's important that characters and props align with the project's style. In a small studio, this task is the responsibility of the most experienced 3D artist, who organizes the overall workflow. In a large company, such responsibilities are assigned to a dedicated manager who is responsible for accepting, reviewing, and optimizing business processes. This specialist oversees task setting and deadlines, which requires management skills, not just artistic experience. Often, such roles are filled not by outstanding artists, but by qualified managers. While such a manager may not have in-depth knowledge of art, they are able to effectively collaborate with highly skilled artists, receiving the necessary advice.

There are situations where a talented artist lacks the desire or skills to organize processes, oversee, and communicate with a team. These tasks require significant effort and time, as well as a high level of responsibility, which can be overwhelming for many. In my experience, there have been cases where an outstanding artist was asked to manage the work of two newcomers, and this often led to nervousness, conflicts, and problems. In such cases, internal management talent is essential, helping to effectively manage tasks and minimize risks.

Kirill Reznicenko is the CEO of RainStyle Games. He is actively involved in the development of the gaming industry, introducing innovative approaches and technologies to game development. Under his leadership, RainStyle Games has achieved significant success in the market, creating unique and engaging projects that resonate with players. Kirill's key priorities are product quality and meeting audience needs, which allows the company to remain competitive and in demand. Anton Morozov noted that the core essence of a leadership position in the 3D industry is virtually no different from similar positions in other fields. To achieve maximum efficiency, it is important to clearly separate production and organizational functions. This allows for the optimization of processes and improvement of team performance. The hierarchy of artist levels does not always accurately reflect the responsibilities and requirements in different studios. I see it this way: Junior — a beginner specialist who is still learning, but is already working on a project. Middle — confidently copes with the most complex tasks. Senior — does not have management functions. They can draw the most complex objects. Able to effectively provide feedback.

An art lead is a manager who distributes tasks, interviews staff, consults with the team, and develops a general work plan. In a large studio, this position will be divided among departments—animation, FVX, concept art.

Art director—determines the look of the art on a project: style, references, context. I've been involved in projects where the art director spent all his time in meetings and didn't draw anything himself. There were also studios where the director didn't communicate with anyone and spent all his time drawing key art."

Anton Morozov is the creative director of BH Studio, a company specializing in developing innovative solutions in design and marketing. Under his leadership, the BH Studio team creates unique projects that help clients stand out in the market. Anton has extensive experience in creative technologies and actively implements new approaches in the studio's work. His vision and strategic approach contribute to successful results and customer satisfaction. BH Studio, led by Anton Morozov, continues to strengthen its position in the market, offering high-quality services and original concepts for various industries.

Beast Hour — a PvP game from Anton Morozov's BH Studio Screenshot: Beast Hour game / Steam