The first step to becoming adept with game music and audio is understanding its non-linear nature, and the implications this holds to composers and sound designers.

In this module, we will be discussing some of the fundamental techniques you will be expected to master. From creating seamless loops, writing to a brief, and field recording. You will also discuss game direction and management, storytelling and narrative, level design and game workflows. Specifically, the focus will be on handheld and mobile gaming.

Both professional and academic research gathers relevant information from a wide range of sources before analysing, evaluating, synthesizing and drawing reasonable conclusions on the basis of that information. Your research will be evaluated on the basis of its originality, depth of insight, and the quality of the supporting argument.

Research can constitute examining the practical work of industry professionals, as well as studying theoretical and historical academic research of the topic.

The biggest challenge facing game audio is technology. The rapidly shifting landscape of software and middleware means that technical requirements are a central part of the creation process for both sound designers and composers.

In this module, you will be working in the middleware FMOD, as well as taking a look at other topics such as Game Engines. You will also be learning about asset management, memory budgets, and version control.

While games bring their own set of challenges to the table, learning the art of creating audio and syncing it to picture is still a vital skill in game development. Working with video is still a daily task that sound designers use to create assets.

Here you will look at the application of sound to picture from cutscenes to trailers. You will create your own original sound to a given trailer or cutscene from a professional game.

Sound design greatly enhances the game world for the player. Game audio needs to be fluid and interactive, responding to the non-linear nature of the narrative. In this module, students will learn techniques on how to create and implement interactive sound for a variety of common game situations.

Building on previous techniques from ‘Interactive Audio 1’, you will look at deeper challenges inside interactive audio.

You will be expected to implement your audio into a game project using audio middleware or appropriate technologies.

The module will also look at the emerging world of VR and AR audio and how sound designers are responding to this rapidly evolving market.

Here you are encouraged to develop a distinctive style of your own. Developing your sounds to be subtler, more artistic, and interpretative to the game by an effective and well thought out score. You will also be expected to accept and implement notes on your work quickly and effectively. This is a key professional skill.

As part of your degree, you will be given an opportunity to further your studies with a selection of elective modules. With a range of choices and more being added as time goes on, you can choose what is best for you to progress your career.

The elective modules are:

• Advanced Audio 2
• Audio Post Production
• Sound Design
• Wwise
• Career Development for Sound Designers

The final major project is a major piece of work that will take 12 weeks to complete. Either picking from the provided projects or delivering their own functional project, that has been approved by the course manager. This is a substantially longer piece of work than any other so far. It requires both solid technical skills and a much broader and deeper creative insight into the source material.

Students will be expected to research their chosen topic, developing a critical awareness of creative and technical problems faced by sound designers at the forefront of professional practice. Students will be supported by a formative assessment from their tutor at points throughout the dissertation. If students decide to deliver their own project, they are responsible for its functionality and the delivery of the project.

If instead of the Final Major Project you would prefer to produce a piece of written work that reflects your accumulated knowledge, then you can choose to submit a dissertation. The dissertation will represent your research into an area of sound intended for media consumption. It is an extended piece of scholarly written work and you will still have the same 12 weeks to complete it as you would if you were completing the practical Final Major Project. It is intended to represent the culmination of your academic, analytical and research skills, as well as taking advantage of your practical experience. This module will cultivate your intellectual and scholarly independence as a specialist in this area.

Ideally, applicants will have an undergraduate degree in music. However, there is an option for those who do not have a degree, taking into account real-world work experience of making music, and non-degree professional development courses. This Recognition of Prior Learning (RPL), as it’s known, is always assessed on a case-by-case basis. It also depends on how many other students are using this route during this stage of applications, as there is a maximum percentage of students we can take through this process.

Each of the 15 – 20 scoring projects you submit will be accompanied by a 200 word commentary explaining how you approached the task. This writing is not marked directly but is used to inform your tutor’s feedback. Likewise, the final major project is accompanied by a 2000 word commentary.

We expect you to have a good, solid knowledge of one computer based DAW like Logic, Cubase, ProTools, Ableton or Reaper. You should be able to complete tasks quickly and to a deadline within these softwares and be comfortable doing new tasks inside them. Your demos should be of good quality and we are happy to listen to your work and give you an opinion on this before you apply. A high-level audio production standard is what we are looking for. You don’t need to be creating sound effects already, but should have demonstrable experiences with audio, whether through music, radio/podcasting, live audio or other audio production activities.

You should be comfortable learning new softwares and troubleshooting problems. Becoming a Sound Designer is as much being a developer as it is about creating assets.

Throughout the course, you will be required to read books and listen to recordings. These are not included in the course price. You should expect to have to source and purchase, rent or borrow a fair amount of recordings and printed material, a full list of which will be available in the course handbooks.

Yes. If your internet connection is not particularly stable, you do have the option of downloading the course materials for offline viewing. We are unable to send out physical copies of our course text and videos. To take part in webinars a stable internet connection of 3Mbps download and 1.5Mbps upload is recommended.

The latest Digital Audio Workstation (DAW) capable of importing video files. We are able to provide extensive support for:

• Cubase 8 (or newer)
• Logic Pro X
• Pro Tools 11

Game Software:
You need to have a copy of the following programs but we do not expect you to know how to use them. The exact version number of this software is important, and the version we support may change. Full information on the current approved course software version is available when on the course. Both Unity and Fmod are able to be downloaded for free.

• Unity
• Fmod

Recommended Additional Software:

• iZotope RX
• Sound Forge
• Audio database software such as Mutant or Sound Miner.

For queries about any other platforms, please contact the Course Manager.

You must also have a reasonable to top performance computer (Mac or PC) as well as at least a basic orchestral virtual instrument library (we can advise you if you’re not sure about your setup).

PC:
Minimum Spec:
Intel/AMD Quad Core Processor 2.6GHz
8/16GB RAM

However we would recommend:
Intel i7 Quad Core 3.2GHz (equivalent or higher)
32GB RAM

Mac:
Minimum Spec:
Intel Processor Quad Core 2.6GHz
8/16GB RAM

However we would recommend:
Intel i7 Quad Core 3.2GHz (equivalent or higher)
32GB RAM

You will also need:
Monitoring headphones and/or speakers

We also recommend:
External audio interface
MIDI Keyboard

On successful completion of your course, you will be awarded a Master of Fine Arts degree from the University of Chichester. All UK degrees, including those gained through ThinkSpace Education, are recognised worldwide. The qualification is fully accredited in the UK and subject to regular quality control, review, and external invigilation to ensure the highest academic standards are maintained.

The graduation ceremony takes place in Chichester each year where you will receive your degree alongside your fellow students and the rest of the university’s graduates. If you cannot attend the ceremony in the UK, we can send your certification to you through the post.