MEng (Hons) Music Technology Systems

Program Overview

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The MEng Music Technology Systems program at the University of York combines electronics engineering with audio and music technology. Students develop expertise in synthesizer technology, audio recording, and digital audio signal processing, preparing them for careers in electronic engineering, software programming, and media. The program emphasizes both theoretical and practical aspects, with access to cutting-edge technology and opportunities for industry experience.

Program Outline

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Extracted information from Music Technology Systems (MEng) - Undergraduate, University of York

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Degree Overview:

• Objective: Prepare students to become leaders in engineering the future of groundbreaking audio and music technology.
• Overview: This MEng (Hons) program blends professional electronics with audio and music technology.
Students explore synthesizer technology, MIDI, audio recording, sampling, digital audio signal processing, and use their engineering expertise to design and build the next generation of audio technology.
• Highlights:
• Fully accredited engineering course.
• Access to cutting-edge technology: computer design labs, multi-speaker surround sound systems, multimedia studios, anechoic chamber.
• Focus on both the theoretical and practical aspects of audio and music technology.
• Flexibility to specialize in specific areas of interest through optional modules.
• Opportunity to work with world-class researchers from the AudioLab.
• Option to choose the MEng Electronic Engineering with Music Technology Systems title instead.
• Opportunity to gain industry experience with the optional year in industry.

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Outline:

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Year 1:

• Introduction to electronic principles, circuits, components, and devices.
• Introduction to recording studio techniques.
• Focus on mathematics and computer programming (C and Python).
• Development of practical skills through designing and building audio products in labs and group projects.
• Core modules:
• Introduction to Engineering
• Programming and Digital Interfacing
• Mathematics
• Analogue Electronics
• Digital Electronics
• Music Technology Project 1

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Year 2:

• Core modules:
• Mathematics, Signals and Systems
• Acoustics and Studio Recording
• Music Technology Project 2
• Control, Sensors and Instrumentation
• Software Design
• Audio Signals and Psychoacoustics

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Year 3:

• Core modules:
• Communications Systems and Digital Communications
• Audio App Development and Marketing
• Electronics Group Project Part A
• Multimedia Sound Design
• Electronics Group Project Part B
• Choice of one option module:
• Digital Signal Processing
• Mobile Communications and Internet Protocols
• Photonics and Nanoelectronics
• Advanced Sensors and Instrumentation
• Digital Engineering
• Cloud and Distributed Computing
• Analogue Engineering
• Photovoltaics and Solar Thermal Tech
• Electric Powertrain Design
• Optionally replace one module with an elective in a different subject, language, or interdisciplinary topic.

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Year 4:

• Core module: Individual Final Project
• Choice of three option modules:
• Music Signal Analysis
• Sound Models and Systems
• Systems Programming for ARM
• Machine Learning and Computational Intelligence
• Advanced Power Electronics
• Electric Vehicle Technologies
• Medical Imaging and Physics
• Future Healthcare and Computer Aided Diagnosis
• Information Theory, Wireless and Optical Transmission
• Sustainability in Engineering Management
• Machine Vision and Human Machine Interaction
• Research Topics in Nanotechnology: Advanced Data Storage and Spintronics
• Advanced Control
• Smart Grid and Battery Storage
• Optionally replace one module with an elective in a different subject, language, or interdisciplinary topic.

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Assessment:

• Variety of assessments employed: exams, coursework, and practical engineering tasks.
• Written feedback provided on submitted work to aid understanding and development.
• Individual project evaluated through written report, viva (presentation and Q&A), and project showcase at demo day.

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Teaching:

• Led by active researchers and experts with a passion for the subject.
• Intensive structure with lectures, practicals, workshops, tutorials, computer labs, and superv
• Emphasis on independent study and development of project management skills throughout the course.
• Individual project guidance provided by an academic staff member to ensure successful completion and alignment with career goals.

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Careers:

• High demand for graduates due to the growth of the electronics industry.
• Opportunity to pursue diverse career paths in fields like electronic engineering, software programming, hardware development, media, and financial services.
• Recent employers: Jaguar Land Rover, IBM, Qinetiq, ARM, BBC, BT, Network Rail.
• Career opportunities:
• Avionic systems engineering
• Design engineering
• Digital consultancy
• Software and systems engineering
• Cyber security
• Telecommunications design
• Broadcast engineering
• Automotive safety
• Visual effects

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Other:

• Graduates acquire valuable transferable skills like analysis, design, problem-solving, communication, teamwork, and ethical decision-making, applicable across various fields.
• Strong industry connections through external advisory board involvement in the program.
• Opportunity to participate in undergraduate research projects.
• Access to the York Engineering Society and student membership of the Institute of Engineering and Technology (IET) while at the University.
• Financial aid possibilities:
• Academic Excellence Scholarships
• Widening Participation Scholarships
• Engaging in Engineering Scholarships
• International Academic Excellence Scholarships
• Additional subject-specific funding opportunities

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Fees and funding:

• UK (home) student annual tuition fee: £9,250
• International and EU student annual tuition fee: £28,800
• Information on scholarships, tuition fee loans, maintenance loans, living costs available on the 'Undergraduate fees and funding' webpage.
• No compulsory purchase of equipment or books.
Lecture notes provided by staff and generous printing allowance.

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Entry requirements:

• A levels: AAA including Maths
• BTEC National Extended Diploma: DDD (any subject) + A-level Maths grade A
• BTEC National Diploma: DD (any subject) + A-level Maths grade A
• Other qualifications considered, as long as Maths is obtained at A-level or equivalent
• Foundation Year BEng Music Technology Systems available for students without A-level Maths
• Alternative offers possible for applicants under certain circumstances, such as widening participation programs or contextual offers

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English language requirements:

• IELTS (Academic): 6.0 with minimum 5.5 in each component
• Other accepted qualifications: Cambridge CEFR, Oxford ELLT, Duolingo, GCSE/IGCSE/O Level English, LanguageCert SELT, LanguageCert Academic, KITE, Skills for English, PTE Academic, TOEFL, Trinity ISE III
• Pre-sessional English language course available for those who need to improve their English skills to meet entry requirements

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Contact information:

• Admissions Enquiries - Helen Lay
• Email: engineering-ug-admissions@york.ac.uk
• Phone: (+44) 01904 322365

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Additional Resources:

• University of York website
• School of Physics, Engineering and Technology
• Undergraduate courses
• Student life
• The city
• Accommodation

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Tuition Fees and Payment Information:

UK (home) fees: £9,250 per year International and EU fees: £28,800 per year