Music and Sound Technology BSc (Hons)
- Country United Kingdom
- Course Duration 36 month
- Course Type Full Time
- Courses Campus On Campus
- Language Specification IELTS
- Program Level Graduate
- Education Required Undergraduate
- Admission intake SEP
- Minimum GPA 3.1
Application Charges
| Application Fee | Tution Fee |
|---|---|
| Free | GBP 17,000 |
Program Description
Our BSc (Hons) Music Technology degree course will help you lay the groundwork for a rewarding career in the music industry as a creative or technical producer.You’ll learn how to engineer and produce music and sound using professional studio hardware and software, experiment with innovative practices and emerging technologies – including artificial intelligence (AI) – and through collaboration and project work, you’ll develop transferable skills that can be applied beyond your degree.In year 1, you’ll explore subjects relating to recording and production, composition, and music computing. You’ll then choose a pathway that focuses on your chosen specialisation, preparing you for your future career.In years 2 and 3, you’ll specialise in a specific area of music technology by choosing specific modules, and graduate with an exit award.Course highlights
- Use our brand-new, high-end professional music studio complex – comprising three studios, two live rooms, vocal booth, and editing rooms
- Familiarise yourself with industry-level studio equipment – including a Neve Genesys Black G96 mixing console in our flagship Studio 1, a SSL Matrix 2 mixing console in
- Studio 2, and a Dolby Atmos surround sound studio in Studio 3
- Explore our growing range of hardware synthesisers (including Buchla System 7)
- Demonstrate your expertise with industry-standard applications to professionals by earning Avid Pro Tools and Audiokinetic Wwise-110 certifications
- Gain valuable industry experience and knowledge by taking an optional placement – either with a company or as self-employed
- Develop original software tools for music and sound
- Create live installations and performances using sensors and alternative controllers
- Work on collaborative projects with students and staff across the Faculty
