How Do You Become a Hard-Surface Designer?

First, what are hard surfaces and hard-surface design?

Put simply, a hard surface is a man-made object with a rigid structure.

Two ideas help distinguish a hard object from a hard-surface design subject.

Man-made: unlike organisms and other forms that grow, or objects formed by nature. An ordinary rock, for example, would not usually be classed as a hard surface.

Rigid structure: clothing is man-made, but it is not normally considered hard surface. Iron Man's armour, by contrast, has a defined structure, function and logic of manufacture, which makes it much closer to what we mean by a hard-surface object.

In games, film and other entertainment fields, hard-surface design commonly covers weapons, vehicles, robots and mechanical devices. At a larger scale, it can also include architecture, facilities and heavy industrial equipment. Many consumer products in industrial design share the same clear hard-surface qualities.

Hard-surface design can therefore be understood as:

Visual design centred on man-made rigid objects, addressing their form, structure, function and narrative.

Why do we need hard-surface design?

Sometimes a character or a setting needs an object made for a particular purpose.

A character may need a weapon, a vehicle that can cross lava, or a device that transforms them. A scene may need a machine that continuously emits—or absorbs—energy. This is where professional hard-surface design matters: it must catch the audience's eye and make the object believable.

That last point is important. People need to understand the object and believe that it can do what it is meant to do. This is one of the qualities that sets hard-surface design apart: at times, communicating function matters even more than aesthetics.

Which industries need hard-surface designers?

Games and film do. Technology companies producing consumer electronics do. So does a small EDC—everyday carry—studio. The people doing this work may formally be industrial designers, concept designers, 2D character artists or 3D modellers, but hard-surface design is still part of their job.

In my own career, “hard-surface designer” has rarely appeared as a standalone title. When it does, it often indicates a team large enough to support a dedicated specialist. More often, hard-surface work is handled alongside another role. The discipline still has a real threshold of skill. You may love mechs and machinery, or have been fascinated by Liebherr cranes since childhood, and wonder: how do I actually become a hard-surface designer?

Before software, what should we learn?

Before discussing software, one thing needs to be clear: software is only a tool for completing a design.

What demands long-term practice is observation and judgement.

You need an eye for aesthetics, but also the ability to judge whether a silhouette reads clearly, proportions feel right and visual priorities are controlled. You need to understand how structures relate, so that function, material and methods of manufacture appear credible.

Software proficiency matters, but software cannot replace ideas, taste or judgement.

What software does a hard-surface designer need?

Deliverables vary between roles and teams. In my own work on Delta Force and Arena Breakout, hard-surface design formed part of the concept-design process for games.

Game-industry hard-surface designers usually hand work on to 3D asset production, so the required deliverable is often a 2D design sheet. If you need to deliver a 2D design sheet, you need to know Adobe Photoshop. In practice, every other application assists the design you finish in Photoshop. With exceptional drawing fundamentals, it is entirely possible to work in Photoshop alone. However, by the production periods of Call of Duty: Modern Warfare and Cyberpunk 2077, hard-surface designers were already using industrial modelling software to support their design work. This helps solve problems of hand-drawn perspective, structure, lighting and multi-angle presentation.

A specific project: Nokota Radio

Filippo Ubertino's Nokota Radio — Cyberpunk 2077 is a particularly clear example of hard-surface design.

Its subject is not a conventional weapon or vehicle, but a radio. The design has to resolve the product's silhouette, controls, interfaces, structural divisions and use, as well as the way it belongs within the world of Cyberpunk 2077.

The project also shows that hard-surface design is not defined by scale. If an object has an explicit man-made structure, functional relationships and visual language, an everyday device can be a complete hard-surface design subject.

View Filippo Ubertino's Nokota Radio — Cyberpunk 2077 project

Project presentation: Filippo Ubertino
Art direction: Paweł Mielniczuk
Credits: Ben Andrews, Kamil Nowicki

CAD and industrial modelling software

Unlike conventional polygon modelling, these tools can describe form through mathematical curves, surfaces or solids, rather than building a surface from vertices, edges and faces. They are well suited to creating precise, smooth geometry that remains easy to revise. In polygon software, a circle is made from triangles or quadrilaterals: in Autodesk 3ds Max, for example, you may hear that a circle is constructed from 32 or more straight segments. In CAD, a circle is a mathematically defined curve. Learning industrial modelling software can therefore give you very high geometric precision and bring you closer to the way some products are designed in reality. It is a skill with an excellent return on the time invested.

Geometric precision, however, is not the same as design quality.

Accessible options include Autodesk Fusion 360, Plasticity and MoI 3D. Designers working closer to professional industrial design and manufacture may choose McNeel Rhino, Dassault Systèmes SOLIDWORKS or Autodesk Inventor. These applications lean further towards CAD and manufacturing, so the entry barrier is higher for game artists, and major features such as sheet-metal tooling or simulation are often unnecessary in game production. As software evolves, many applications also support several forms of geometric representation. I checked the official spelling of each product name; if you can, please support licensed software.

Polygon modelling and rendering

Material design is often part of the job, so you also need to render your models.

A general-purpose 3D application such as Blender can cover modelling, materials, lighting and rendering, and is a strong way to learn an end-to-end 3D workflow. If your main goal is simply to render a model, I would recommend Marmoset Toolbag—widely nicknamed “八猴” in Chinese—together with Adobe Substance 3D Painter. Toolbag is a high-quality ray-traced renderer; Substance 3D Painter is primarily used to create textures and materials directly on a model.

In production, a designer who knows Substance 3D Painter can adjust a 3D artist's assets quickly. It is also indispensable for increasing the realism of a piece, making it another high-value skill to learn.

A year ago, I would also have recommended Luxion KeyShot without hesitation. It is an intuitive renderer and accepts an exceptionally broad range of model formats. It remains convenient, but with the rapid development of AI, AI tools can now be useful when speed of presentation matters. Both are efficient options; in 2026, I would recommend experimenting with AI to explore mood, materials and presentation direction quickly.

Do hard-surface designers need certifications?

At present, games, film and concept design generally have no mandatory certification. Some industrial, engineering and manufacturing roles may have their own requirements for education, engineering standards or professional qualifications.

What makes a good beginner project?

If you want hard-surface design to become your profession, you probably already have basic software knowledge and have spent time looking at work you admire. The next step is focused practice. First understand the industry you want to enter, or the visual language of the projects you care about, and practise with that target in mind.

For a realistic FPS game, a simple throwable can be a good starting point. If you want to design science-fiction mechs, try a sci-fi storage box or a segmented mechanical sphere. More general exercises such as a compact radio or tablet are also useful.

Do not begin with something unnecessarily complex, especially a recreation of a huge real-world machine. Starting with an Abrams tank or an original Gundam makes an exercise difficult to finish and slows your progress; one local problem can leave you deeply discouraged. By the time it is complete, people may hesitate to critique something that consumed so much of your time. In professional production these objects are often team efforts. I would not recommend them as beginner exercises.

A throwable or small instrument can still contain many worthwhile design problems: how to combine basic volumes such as boxes and spheres; how to incorporate credible real-world reference through sensible controls or a well-designed dial. You can repeat the exercise and ask whether the scale is more ergonomic this time, whether each button's function is clearer, or simply whether the object looks better than the last version. Timely positive feedback is extremely valuable to effective practice.

When can I stop practising?

In other words: when can I call myself a competent hard-surface designer? Honestly, this is subjective. My own suggestion is to study projects on ArtStation that receive around 500 likes and compare your work with them. From a pragmatic point of view, that is certainly an above-competent level for a hard-surface designer. But are likes really a passing grade?

The outcome is less important than learning how to improve through the process.

Large-model training includes a concept called RLHF—reinforcement learning from human feedback—which helps a model understand the result its training is trying to achieve. You also need to recognise what is good and what still needs work. Understanding and technique rise in a spiral: sometimes your eye is ahead of your hand, and sometimes your hand is ahead of your eye. Either condition becomes a problem only if you remain there. Push design A until it satisfies your present judgement. Study more excellent work. When you later return and see design A's shortcomings, carry that understanding into design B. Repeat the cycle, and your ability will grow.

You can stop and take a break at any time—and talk to other designers.

Next, we will talk with designers

The reality is that I cannot give a method guaranteed to work for everyone. What we can do is speak with hard-surface designers from different fields and learn from their experiences. We hope their stories will help you become a hard-surface designer, or at least make the different paths into the profession easier to see.