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Edexcel A-Level Music Technology (9MT0): complete guide to the components and the exams

A complete guide to Pearson Edexcel A-Level Music Technology (specification 9MT0). Covers the two coursework components (Recording and Technology-based composition) and the two written papers (Listening and analysing, Producing and analysing), the technical knowledge from the principles of sound to mixing and synthesis, and how to study each area for top grades.

Browse guides →Syllabus dot points (32)

Edexcel A-Level Music Technology (specification 9MT0) is a two-year linear course assessed by four components: two practical coursework components and two written papers sat at the end of Year 13. The focus is the recording studio and the production process, from capturing sound through a microphone to mixing, sequencing, synthesising and analysing it, alongside the history of how recording technology developed. This page is the index: below is a map of the technical areas, the component structure, and how to study each one.

The Edexcel Music Technology content areas

The specification combines practical production skill with technical theory. We group the content into eight study modules.

The principles of sound
Amplitude, frequency, period and wavelength, the decibel as a logarithmic ratio, the harmonic series and timbre, and the digital fundamentals of sampling rate, bit depth and the Nyquist theorem.
Recording techniques
Microphone types (dynamic, condenser, ribbon) and polar patterns (cardioid, omnidirectional, figure-of-eight), close, distant and stereo miking, and the recording signal chain from microphone through preamp and converter to the DAW.
Mixing and production
Equalisation, dynamics processing with compression and gating, time-based effects (reverb and delay), modulation effects (chorus, flanger, phaser), automation, and panning and the stereo field.
Sequencing and synthesis
Subtractive, FM, additive, wavetable and sample-based synthesis, the oscillator, filter, envelope and LFO, and MIDI sequencing with quantisation, velocity and controller data.
The development of recording technology
The move from acoustic and electrical recording to magnetic tape, multitrack recording and overdubbing, stereo and noise reduction, and the digital revolution of MIDI, the CD, the sampler and the DAW.
Capture and correction
Recording and editing audio, comping and crossfading, pitch correction and time alignment, quantising and humanising, and the corrections task at the heart of Component 4.
Technology-based composition
Composing with synthesis, sampling and audio manipulation for Component 2, developing musical ideas through production, and structuring a piece in the DAW.
Audio analysis and critical listening
Identifying production techniques and technology by ear, describing what you hear in precise technical language, and writing the extended analytical responses the written papers demand.

Component structure

Edexcel A-Level Music Technology is assessed by four components: two coursework (NEA) components and two exams.

  • Component 1 (Recording) - externally assessed NEA. You produce a multitrack recording of a song from a set list. 60 marks, 20%.
  • Component 2 (Technology-based composition) - externally assessed NEA. You compose using synthesis, sampling and audio manipulation. 60 marks, 20%.
  • Component 3 (Listening and analysing) - written exam on production techniques and the development of recording technology, using unfamiliar commercial recordings. 1 hour 30 minutes, 75 marks, 25%.
  • Component 4 (Producing and analysing) - written and practical exam: you mix and correct supplied audio and MIDI in a DAW and write about the techniques. 2 hours 15 minutes (plus setting-up time), 105 marks, 35%.

The two written papers together carry 60% of the marks, so the technical theory matters as much as the practical coursework.

How to study Edexcel Music Technology

Music Technology rewards a producer who can also explain the engineering.

  1. Start the coursework early. The Recording and the Composition are produced over time and improve with iteration; leave plenty of room to re-record and re-mix.
  2. Build the principles of sound first. The decibel, frequency and the sampling theorem underpin every later topic and recur in Component 3.
  3. Learn techniques by ear. You must identify EQ, compression, reverb, delay, distortion and synthesis in unfamiliar recordings, so train your listening, not just your reading.
  4. Drill the technology timeline. Component 3 expects dated milestones from acoustic recording to the DAW; learn them as a chronology with named developments.
  5. Practise Component 4 in your DAW. The corrections and mixing under time pressure are a practical skill; rehearse the workflow until it is automatic.

The eight modules, dot point by dot point

Each module has specification-level answer pages with worked exam questions and cross-links, plus an overview guide and a check-your-knowledge quiz. Browse the full set at /a-level-edexcel/music-technology/syllabus.

For the official specification

Pearson publishes the full specification (9MT0), past papers, mark schemes and the coursework set lists at qualifications.pearson.com. Always revise from the current specification and Edexcel's own past papers, because question style and the coursework brief are board-specific.

Music Technology guides

In-depth written guides with paired practice quizzes.

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Music Technology practice quizzes

Multiple-choice drills with worked answer explanations. Your scores stay on this device.

The A-LEVEL-EDEXCEL system, explained

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Common questions about Music Technology

How is Edexcel A-Level Music Technology (9MT0) structured?
Edexcel A-Level Music Technology is a two-year linear course assessed by four components: two non-examined assessment (NEA) coursework components and two written papers. Component 1 (Recording) and Component 2 (Technology-based composition) are practical coursework, each worth 20 per cent. Component 3 (Listening and analysing) is a 1 hour 30 minute written paper worth 25 per cent, and Component 4 (Producing and analysing) is a 2 hour 15 minute written and practical exam worth 35 per cent. There is no separate performance grade; practical skill is assessed through the coursework and the Component 4 exam.
What are the four Edexcel A-Level Music Technology components?
Component 1 (Recording) is externally assessed NEA worth 60 marks and 20 per cent: you record a multitrack arrangement of a song from a set list. Component 2 (Technology-based composition) is externally assessed NEA worth 60 marks and 20 per cent: you compose using synthesis, sampling and audio manipulation. Component 3 (Listening and analysing) is a 1 hour 30 minute written exam worth 75 marks and 25 per cent, on production techniques and the development of recording technology, using unfamiliar commercial recordings. Component 4 (Producing and analysing) is a 2 hour 15 minute written and practical exam worth 105 marks and 35 per cent, where you mix and correct supplied audio and MIDI in a DAW and write about the techniques used.
What technical knowledge does Edexcel Music Technology require?
You need the principles of sound (amplitude, frequency, period, wavelength, the decibel as a logarithmic ratio, harmonics, sampling rate and bit depth), recording techniques (microphone types and polar patterns, mic placement and the signal chain), mixing and production (EQ, compression, gating, reverb and delay, modulation, automation and panning), sequencing and synthesis (subtractive, FM, additive, wavetable and sample-based synthesis, plus MIDI programming), and the development of recording technology from acoustic and analogue tape to multitrack and the digital audio workstation. The written papers test you on identifying and analysing these techniques by ear.
Is there a lot of maths in Edexcel Music Technology?
There is some quantitative work, but it is focused. You must understand the decibel as a logarithmic ratio (a power ratio uses $10\log_{10}$ and an amplitude or voltage ratio uses $20\log_{10}$), the relationship between frequency, period and wavelength, the Nyquist sampling theorem (the sampling rate must be at least twice the highest frequency), and how bit depth sets dynamic range (about $6$ dB per bit). You do not need calculus, but you do need to be fluent with these sound and signal calculations because they appear in Component 3 and underpin every production decision.
How should I structure my Edexcel Music Technology revision?
Split it into the practical coursework and the written theory. For the coursework, start the Recording and Composition early because they are produced over time and reward iteration. For the written papers, build the principles of sound first because everything else depends on them, then learn the production techniques (EQ, compression, effects, synthesis) so well that you can identify them by ear, then drill the development of recording technology as a dated timeline. Practise Component 4 in your DAW from early in Year 13, because the corrections and mixing under time pressure are a skill, not just knowledge.
How does Edexcel Music Technology compare to Edexcel Music?
Edexcel Music (9MU0) is a traditional music course centred on performing, composing and analysing set works across many styles, with strong demands on staff notation and harmony. Edexcel Music Technology (9MT0) is centred on the recording studio and the production process: capturing, sequencing, synthesising, mixing and analysing recorded sound, plus the history of how recording technology developed. Music Technology needs less traditional theory but far more technical knowledge of audio, signal flow and the digital audio workstation. The two are separate qualifications, and many students take only one.