The job seeker's journey with Unity

What is Unity?

What can Unity do?

The real-time production cycle

Roles and careers for real-time creators

How our established creators learned Unity

Develop your learning plan

Next steps on your journey

In this tutorial, you’ll learn about the Unity engine: why it’s sometimes referred to as a game engine, how it came to be, and how it has evolved over the years.

Overview

What is a game engine?

What do you do in a game engine?

What don’t you do in a game engine?

The Unity Story

Next steps

In this tutorial, you will learn about career and job opportunities in real-time production, ranging from entry- to director-level positions. You will learn about the disciplines of Art and Design as well as Programming. You will see what a typical workday looks like for someone in each of these fields. You will also learn what it looks like to work as a Unity generalist, never specializing exclusively in one particular discipline. 

Careers in Art and Design

Careers in Programming

Careers as a generalist

What will be your path?

Summary

By now, you might have some thoughts on potential projects or careers that would put your Unity skills to good use. You’re embarking on a journey of learning Unity, and along the way you want to challenge yourself — but not take on too much. In this tutorial, our established creators will talk about their early projects, the challenges they overcame, and the career paths they followed.  

Be realistic

Be patient

Stick with it

Join the communities

Explore game jams

In this tutorial, you will learn more about setting goals for learning Unity, To help you reach your goals, we invite you to create a learning action plan.

Inspiration for identifying your goal

Identify your goal

Complete your plan

Share your Plan 

Interested in learning more about jobs in real-time 3D? New to Unity, and wondering how to start a serious course of learning? Then you're in the right place.

In this course, you'll learn how to learn Unity the way professionals do. You'll also find out about some real-time 3D industry practices, roles, and responsibilities. Along the way, you'll hear from real-time 3D creators who have been at the beginning of their journey, just like you are — and have become professionals.

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Job seeker's guide to learning Unity

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The pre-production phase

The production phase

The post-production phase

The operations phase

Unity throughout production

Understand Unity’s history and role in industries that rely on real-time creation.

Real-time Industry Essentials

NealEdu

Product Manager at Unity

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In this tutorial, you will learn about each of the phases of the real-time production cycle: pre-production, production, post-production, and operations. You will learn what takes place during each of these phases and why each one is important to the overall production cycle. You will also learn how Unity is used throughout the production cycle in different industries. 

Games

Film

Automotive

Explain the steps of the real-time production cycle.

Explain the content creation tools that work with Unity to support real-time production.

Define various job roles involved in the real-time production cycle.

2.1 Explain the steps of the real-time production cycle.

2.2 Explain the content creation tools that work with Unity to support real-time production.

2.3 Define various job roles involved in the real-time production cycle.

Describe the real-time production cycle

The real-time industry

VR Curricular Framework Resources

AR Curricular Framework Resources 

Game Design Curricular Framework Resources  

Architecture, Engineering and Construction Curricular Framework Resources

Unity for Artists Curricular Framework Resources

Get Started with Unity

AI, ML Curricular Framework Resources 

Get Started with Unity (Acc-Sol)

From games to aerospace, medical to manufacturing and beyond, Unity is the go-to solution for creating world-class interactive and immersive real-time experiences. Bringing these ideas to life is a lot of work, requiring many people with a variety of skills. 

Watch the video below to hear what kind of team it takes to create a real-time project. 

All of this work can seem overwhelming, so professionals break up large projects into manageable chunks with phases of production. These phases are:

Pre-production is the work done before full-scale production begins, such as planning, prototyping, pipeline setup, and initial designs.

Production is creation of the product and assets within it, including the creation of final 2D images and 3D models, audio, lighting, and user experience.

Post-production is work done after the final product appears to be complete, including quality assurance (QA), editing, testing, bug fixing, and polishing.

Operations is work done after a product has been released to keep it running, such as sales, monetization, updates, and continued maintenance. 

In this tutorial, you will learn about each of the phases of the real-time production cycle and why each one is important to the overall process.

Watch the video below to find out what the full production cycle typically looks like on a Unity project. 

Diagram of the four phases of production with arrows between each phase. Pre-production points to Production, which points to Post-production, which points to Operations.

During pre-production, the goal is to make all major decisions so that when actual production begins, things go as smoothly and efficiently as possible. 

To streamline the pre-production phase, studios produce a design document for their product: a single source of truth for its creative direction. For a film or animation, this may take the form of a script and storyboards, depicting the contents, look, and feel of each scene. For a game, a game design document includes information about the story, gameplay, art direction, intended target audience and accessibility.

The most important goal of pre-production is to iterate designs and introduce new ideas early, while changing direction is still relatively cheap and easy. Unity is useful during pre-production because its real-time editing capabilities allow for quick iterations of prototypes and storyboards.

At the end of pre-production, a product is presented to key stakeholders or investors and, if all goes well, it is “green-lit” to move on to production! 

Watch the video below to hear why pre-production is such an important part of the process. 

Imagine your studio is making a game, an animation, or a simulation using a real-time editor like Unity — but you decide to skip pre-production entirely and jump right into production. Imagine a disaster scenario that could have been avoided if you had taken necessary time in pre-production.  How could pre-production have solved these problems? 

Share your ideas in the comments, or if you have actually experienced something like this, please share your real-world experiences, too.

Diagram of the four phases of production with the first phase, Pre-production, highlighted in blue.

Series of images from a Game Design Document. There is a document for the Game Flow, which includes a series of colorful boxes connecting the game, main menu, options, control, and pause screens. There is another document for the game’s User Interface (UI). There are also storyboard sketches from an animated cinematic action sequence.

Production is typically the longest and most expensive phase of product development, when all artists, developers, managers, and directors come together to create the actual product. With all the big decisions already made during pre-production, content developers begin churning out assets and content to bring the ideas from the design document to life on screen.

In production, concepts are transformed into models, storyboards into animated sequences, prototypes into functional applications, and feature lists into playable experiences. Depending on the industry, this work involves many employees in various departments.

Given all of the moving parts and people during production, it is critical to have a producer overseeing the development of the entire project and making sure the team is hitting critical deadlines. The producer also has the important job of preventing feature creep, the alluring but risky tendency to add shiny new features to the product rather than stick to the ones agreed to during pre-production. 

The production phase ends on a deadline, which should have been defined during pre-production.

Watch the video below to hear about the production phase and why it is such a critical part of the process. 

One tricky aspect of production is version control, the complex process of managing and integrating new content and code from team members across departments. When you are working on a team — and even if you’re working solo — it is critical to keep track of every modification to the many files in a project so that you can track your progress and go back to earlier versions as needed. 

Perhaps the most popular version control software is Github. Unity also provides Unity Version Control, which is built-in to the Unity Editor and designed for managing Unity projects. 

Teams use these version control systems to:

Track where changes to the project have been made over time.

Revert back to a previous version of the project, if necessary.

Manage contributions from all team members. 

Watch the video below to hear how teams can efficiently collaborate on a project.

Choose two job titles listed above that you would be most interested in. Search online for job openings in both roles at a company you think would be fun to work for. As you research, answer the following questions: 

How do your current skills match up with those requirements? 

After reading the job description, are you still interested? 

Are there any other positions you discovered that you are more interested in than you were before?

Did you discover anything surprising during this research? If so, share what you found in the comments.

Diagram of the four phases of production with the second phase, Production, highlighted in blue.

Chart of job titles in real-time development, with columns for each category of job. The categories of jobs are Programming, Art, System Design, Audio, and Management. Beneath each of these categories is a list of typical job titles, such as 3D Artist, Producer, Mobile Developer, etc.

Post-production begins when the project is technically complete, but not yet ready for release.  

In post-production, the project is evaluated, edited, polished, and fixed. This usually includes alpha testing and beta testing. Alpha testing is performed in-house to identify issues and areas for improvement, whereas beta testing is carried out by potential end-users in the expected environment where the product will be used. Both processes typically produce long lists of bugs and feature requests that are prioritized and addressed in the post-production phase. 

Post-production is over when the product is released to the public and is moved into its final phase: operations.

Watch the video below to hear about the post-production phase, and why it is such a critical part of the process. 

With all of the bugs and feature requests that emerge during post-production, what do you think is the best way to prioritize them? How would you decide which ones to address first, or which not to address at all? For example, what if there was a bug that might make the experience 5% worse and a feature request that would definitely make the experience 50% better? Do a bit of online research to see if you can figure out how studios prioritize their post-production issues.

If you discovered any interesting strategies or anecdotes, share them in the comments.

Diagram of the four phases of production with the third phase, Post-production, highlighted in blue.

After a product has been released it enters the operations phase, which includes all the work required to keep it running such as sales, analytics, monetization, updates, and continued maintenance. The operations phase looks completely different in each industry. 

Let’s look at the operations phase of a video game product as an example. Here are some of the operations activities in that industry:

Support: dealing with incoming questions, requests, and problems from users and partners

Monetization: in-app purchases and advertising within the game or app to bring in revenue

Analytics: tracking and analyzing user data to inform any needed changes to the game’s functionality, marketing, or business strategy

Server maintenance: ensuring that any servers supporting the game are operating properly

Website maintenance: managing and updating the website that promotes or sells the game

Business and sales: continued marketing, public relations, partnerships, and other strategies to promote sales of the game

As you can see, a well-run operations phase is essential for the success of any product.

The operations phase continues as long as the product is on the market. After a product is discontinued, deprecated, or “sunsetted,” operations can be considered complete.

Watch the video below to hear about the operations phase, and why it is such a critical part of the process. 

After hearing about all of the phases of production (pre-production, production, post-production, and operations), which do you think would be the most interesting to work in? Share your opinions in the comments.

Diagram of the four phases of production with the fourth phase, Operations, highlighted in blue.

How is Unity used during the production cycle?

Since Unity is the engine of the project, it is typically used heavily throughout each of the phases of production:

Pre-production, to create concepts, prototypes, or visualize camera angles.

Production, to create the project itself in a real-time environment, integrating art, audio, and code. 

Post-production, to test the overall functionality, analyze and optimize project performance, and export for various mediums and platforms.

Operations, to monetize the product through advertising and in-app purchases, address ongoing bug fixes, and push updates to improve or expand upon the product.

Watch the video below to hear how Unity is used at various stages of production.

The advantage of using a real-time engine like Unity is that it blurs the lines between the traditionally linear phases of production by providing immediate feedback on functionality, lighting, textures, and camera angles. 

Since the same real-time software is used to make initial prototypes as well as polished products, even the earliest concept work can make it into the final project — saving a lot of time and effort. For an in-depth look at how real-time production is revolutionizing the film industry’s production cycle, check out these case studies on real-time filmmaking.

Unity’s distinct role during operations

Most content creation tools are no longer relevant once the content has been published, but Unity is distinctively useful for the ongoing operations phase. First, Unity offers monetization services, which allow creators to embed targeted ads and in-app purchases in their products. Second, Unity also offers analytics services, which allow creators to track and view their users’ usage and behaviors. Both these services make Unity distinct from typical content creation tools. 

Unity is used across industries such as games, media and entertainment, AEC (architecture, engineering, and construction), and ATM (automotive, transportation, and manufacturing), but the precise way Unity fits into the production cycle in any of those industries varies. 

In gaming, Unity is heavily present throughout each phase of production, from pre-production right through to operations. 

In animation, Unity can be used from pre-production concept work right through production of the animation itself and the finishing touches during post-production.

In film, Unity may be most helpful in pre-production and in production, where it allows studios to much more quickly prototype and visualize ideas in real time. 

In AEC and ATM, Unity is used heavily during pre-production for visualizations and planning. It is also used throughout the full production cycle to make VR and AR applications that help stakeholders visualize how a physical product would appear in the real world.

Read these case studies from various industries to hear more about the specific technical challenges various industries face, and how they overcome those challenges with Unity. 

Diagram of the four phases of production showing the blurring of production phases through overlapping colored circles. There is a green circle over the Pre-production and Production phases, a purple circle over the Production and Post-production phases, and an orange section where those two circles overlap.

Diagram of the four phases of production showing how different industries use Unity at different phases, The Games industry is shown spanning all four phases. The Animation and Industrial/AEC industries are shown spanning the first three phases. The FIlm industry is shown spanning the first two phases.

In this tutorial, you learned about each phase of the production cycle, what takes place in each phase, why each phase is critical to the overall cycle, how the phases look different from one industry to another, and how Unity fits into the cycle in various industries.  

In the next tutorial, you will learn about different career pathways and opportunities within the entire real-time production industry.

The real-time production cycle

1. Overview

2. The pre-production phase

3. The production phase

4. The post-production phase

5. The operations phase

6. Unity throughout production

7. Next steps

Complete this tutorial