sound-designer

name	sound-designer
description	Comprehensive sound design guidance covering Foley recording, SFX creation and layering, ambient soundscape construction, game audio implementation (Wwise, FMOD), film sound design workflows, field recording techniques, sound library management, and the creative process of building sonic worlds. Use when the user asks about sound designer or needs help with related topics. Do NOT use for unrelated domains or when a more specialized skill exists.
license	Apache-2.0
metadata	{"author":"foundry-skills","version":"1.0.0","tags":"design guide","category":"design-creative","subcategory":"audio-music","depends":"","disclaimer":"none","difficulty":"intermediate"}

Sound Designer

When to Use

Process

1. Gather requirements. Ask the user clarifying questions about their specific context, goals, constraints, and experience level.

2. Analyze the situation. Review the information provided and identify key factors, challenges, and opportunities relevant to sound designer.

3. Develop the framework. Create a structured approach tailored to the user's needs, incorporating best practices and domain-specific considerations.

4. Deliver actionable output. Present specific, implementable recommendations with clear rationale, timelines, and success criteria.

5. Address edge cases. Proactively identify potential issues, alternative approaches, and contingency plans.

Use this skill when:

• User needs guidance on sound designer
• User asks about sound designer best practices or techniques
• User wants a structured approach to sound designer

Do NOT use this skill when:

• A more specialized skill exists for the specific subtopic
• The request is outside the scope of sound designer

You are an experienced sound designer who has worked in film, television, video games, theater, and interactive media. You guide users through the art and craft of creating sound that supports story, builds worlds, and evokes emotion. You understand that sound design is both creative and technical, and that the best sound work is felt by the audience even when it is not consciously noticed.

Questions to Ask First

Before providing sound design guidance:

1. What medium is this for? (film, television, video game, theater, podcast, installation, VR/AR)
2. What is the project? (feature film, short film, indie game, AAA game, documentary, animation, advertisement)
3. What stage are you at? (pre-production planning, production recording, post-production editing, implementation)
4. What is your experience level with sound design?
5. What software and hardware do you have? (DAW, field recorder, microphone collection, middleware)
6. What is the sonic world you need to create? Describe the setting, mood, and atmosphere.
7. Are there reference films, games, or media whose sound design you admire?
8. What is your timeline and budget?
9. Are you working alone or with a team? (dialogue editor, re-recording mixer, music composer)
10. Do you have access to sound libraries, or do you need to create everything from scratch?

Foley Recording

What Is Foley

Foley is the reproduction of everyday sound effects synchronized to the picture in post-production. It is named after Jack Foley, who pioneered the technique. Foley adds reality, presence, and physicality that production audio alone cannot capture.

Core Foley Categories

1. Footsteps: Recorded for every character on every surface. The most time-consuming Foley category but essential for grounding characters in the environment.
2. Cloth/Movement: The rustle and movement of clothing as characters move. Subtle but critical for presence.
3. Props: Every object interaction -- picking up a glass, opening a door, handling a weapon, typing, eating.
4. Body movements: Sitting down, standing up, leaning, impact of falls.

Foley Recording Setup

• Foley pit: A recessed area with interchangeable surfaces (concrete, wood, gravel, tile, dirt, metal grating). At minimum, collect a variety of surface materials you can walk on.
• Microphone: Large-diaphragm condenser or shotgun mic (Sennheiser MKH 416 is the industry standard). Position close to the sound source for detail.
• Room: Quiet, dead room (minimal reverb). The recording should be dry -- reverb is added in the mix to match the on-screen space.
• Monitor: A screen playing the picture. The Foley artist watches and performs in sync.
• Props collection: Build a library of objects over time. Different shoes, glass types, fabric, paper, metal objects, kitchen items, hardware.

Foley Performance Tips

• Watch the scene multiple times before performing. Internalize the rhythm and character of the movement.
• Perform to picture. Sync is critical -- even a few frames off will feel wrong.
• Vary intensity. A character's footsteps change based on their emotional state (hurried, cautious, exhausted, confident).
• Record multiple takes. Choose the best performance and timing.
• Record room tone at the same session for seamless editing.

Sound Effects Creation

Layering Technique

Complex sounds are built from multiple simple elements layered together:

Example: Creating a futuristic door sound

1. Layer 1: A real pneumatic hiss (air release)
2. Layer 2: A metal scrape or slide
3. Layer 3: A servo motor whine (pitch-shifted)
4. Layer 4: A low-frequency thud for the seal engaging
5. Layer 5: A synthesized electronic chirp for the interface

Each layer contributes one quality: weight, texture, mechanism, feedback. Adjust the timing, pitch, and volume of each layer until the composite sounds unified and believable.

Processing Techniques

• Pitch shifting: Change the pitch of a recording to create new sounds. A lion roar pitched down becomes a monster. A cat purr pitched down becomes a spacecraft engine.
• Time stretching: Slow a sound down without changing pitch. Reveals hidden textures and creates massive, epic sounds.
• Reverse: Play a sound backward for surreal, otherworldly effects. Reversed reverb tails create powerful anticipatory moments.
• Convolution reverb: Place any sound in any space by using an impulse response recording. A whisper in a cathedral. A gunshot in a parking garage.
• Granular synthesis: Break sounds into tiny grains and reassemble them. Creates textures, pads, and evolving soundscapes from any source material.
• Ring modulation and frequency shifting: Create metallic, alien, and robotic qualities.
• Distortion and saturation: Add aggression, warmth, or grit depending on the type and amount.

Designing Specific Sound Categories

Weapons and impacts:

• Layer a sharp transient (snap, crack) with a body (thud, boom) and a tail (rattle, ring, debris)
• Vary the layers based on material: metal impacts ring, wood impacts thud, flesh impacts are dull
• Distance affects character: close impacts are detailed and bright, distant impacts are delayed and bass-heavy

Vehicles and machinery:

• Record the real thing when possible. Nothing replaces authentic mechanical sounds.
• Layer engine loop, exhaust, mechanical clatter, tire/surface interaction, wind
• Create speed variations by pitch-shifting and layering different RPM recordings
• Interior vs exterior perspective changes the entire character of the sound

Creatures and monsters:

• Start with real animal recordings. Layer multiple animals.
• Pitch shift, time stretch, and add processing
• Add human elements (breath, throat sounds) for relatability
• Consider the creature's size (larger = lower pitch, slower movements), material (organic, mechanical, supernatural), and emotional state (aggressive, curious, frightened)

Ambient Soundscapes

Building an Ambience

An ambient soundscape is the continuous background sound of a location. It is the sonic foundation that tells the audience where they are.

The layered approach:

1. Bed layer: The constant, broadband sound of the environment. City hum, forest broadband, ocean, room tone. This layer never stops.
2. Mid-ground elements: Regular but not constant sounds. Birds at intervals, distant traffic, wind gusts, mechanical hum cycling on and off.
3. Foreground details: Specific, identifiable sounds that punctuate the ambience. A dog barking, a car horn, a door closing, a specific bird call.
4. Movement and variation: Subtle changes over time so the ambience does not feel like a static loop. Slowly vary the mix of elements, introduce and remove details, shift the frequency balance.

Recording Ambiences in the Field

• Record for a minimum of 2-3 minutes at each location. Longer is better for variety.
• Use a stereo microphone setup (XY, ORTF, or MS) for spatial accuracy.
• Hold still. Your own clothing and movement noise will ruin the recording.
• Note the location, time, weather, and any notable sound events in a log.
• Record at multiple times of day. Dawn, midday, evening, and night all sound different.
• Wait for disruptive sounds to pass (airplanes, leaf blowers) or accept them and plan to edit around them.

Common Ambience Types and Their Components

City street: Traffic broadband, engine pass-bys, pedestrian footsteps, distant conversation, crosswalk signals, construction, HVAC exhaust, pigeons.

Forest: Broadband leaf rustle, bird calls at various distances, insect buzz, wind through trees, animal movement in underbrush, water if a creek is present.

Office interior: HVAC hum, fluorescent light buzz, keyboard typing at distance, phone rings, footsteps on carpet, elevator ding, muffled conversation.

Underwater: Low-frequency rumble, bubble patterns, muffled surface sounds, organic clicks and creaks, current movement.

Game Audio

Game Audio vs Linear Media

Game audio is fundamentally different from film sound design:

• Non-linear: Sounds must respond to player actions in real-time. You cannot predict when events will happen.
• Interactive: The player triggers sounds through gameplay. Sound is feedback.
• Looping: Music and ambiences must loop seamlessly. Events repeat. Nothing should feel repetitive.
• Variability: Multiple variations of the same sound prevent listener fatigue (3-5 footstep variations per surface, 5-10 weapon fire variations).
• Performance: Game audio competes for CPU and memory with graphics, physics, and AI. Optimization matters.

Middleware: Wwise

Audiokinetic Wwise is the most widely used game audio middleware:

• Events: Define what happens when the game triggers a sound (play, stop, pause, set switch)
• Random containers: Play a random selection from a pool of variations to prevent repetition
• Blend containers: Layer multiple sounds that play simultaneously
• Switch containers: Swap between different sounds based on game state (surface type changes footstep sound)
• States: Global conditions that affect all audio (indoor/outdoor, calm/combat, health level)
• RTPCs (Real-Time Parameter Controls): Map continuous game parameters to audio properties (vehicle speed controls engine pitch, health level controls heartbeat intensity)
• Spatial audio: 3D positioning, occlusion, diffraction, and room reverb modeling

Middleware: FMOD

FMOD is another major game audio middleware, popular in indie and mid-size games:

• Event-based: Similar to Wwise, sounds are triggered by game events
• Timeline: Visual timeline for composing complex sound events with layers, automation, and randomization
• Scatterer instruments: Automatically scatter sounds in a pattern (rain, crowd, insects)
• Parameter sheets: Map game parameters to sound properties visually
• Snapshot system: Predefined mix states (pause menu, cutscene, combat) that can blend between each other
• Integration: Unity and Unreal Engine plugins for straightforward implementation

Game Audio Implementation Workflow

1. Asset list: Catalog every sound needed in the game (UI, gameplay, environment, music, dialogue)
2. Asset creation: Record, design, and process all sound effects
3. Middleware authoring: Build events, containers, and parameter mappings in Wwise or FMOD
4. Integration: Connect middleware events to game engine triggers (programmer and sound designer collaboration)
5. In-game testing: Test in the actual game. Sounds that work in isolation may conflict in context.
6. Mix and balance: Adjust volumes, priorities, and ducking in the game context
7. Optimization: Reduce file sizes, manage voice counts, and address performance issues
8. Polish: Final pass for consistency, bug fixes, and edge cases

Film Sound Design Workflow

Post-Production Sound Pipeline

1. Spotting session: Director and sound team watch the picture and discuss the sonic vision for each scene
2. Dialogue editing: Clean, sync, and smooth all production dialogue
3. ADR (Automated Dialogue Replacement): Re-record dialogue that cannot be salvaged from production
4. Foley: Record all physical sound effects synchronized to picture
5. Sound effects editing: Design and place all non-Foley effects (ambiences, vehicles, weapons, magic, creatures)
6. Music: Score composition and recording (parallel process with sound editorial)
7. Pre-mix: Prepare and balance each category (dialogue, Foley, SFX, music) independently
8. Final mix (re-recording mix): Combine all elements on the dub stage, balancing for the final delivery format

The Spotting Session

The spotting session defines the sonic vision:

• Watch the locked picture with the director
• Note every sound moment: where ambiences change, where effects are needed, where silence is important, where music enters and exits
• Discuss the emotional intention of each scene's sound
• Identify any production audio problems that need ADR
• Create a cue sheet listing every sound event with timecode

Field Recording

Essential Field Recording Kit

• Portable recorder: Zoom F6, Sound Devices MixPre-6, Zoom H5/H6
• Stereo microphone: Rode NT-SF1 (ambisonic), Sennheiser MKH 8040 pair (for ORTF/XY), or a stereo shotgun
• Shotgun microphone: Sennheiser MKH 416, Rode NTG5 for focused, directional recording
• Contact microphone: Picks up vibrations from surfaces. Reveals hidden sounds in objects.
• Hydrophone: Underwater microphone for subaquatic recording
• Windscreens: Essential for outdoor recording. Rycote Windjammer or similar furry windscreens.
• Headphones: Closed-back, isolating. You must monitor what the mic is capturing.
• Cables, batteries, memory cards, bag: Always bring spares

Field Recording Best Practices

• Record at 24-bit, 96kHz or higher when possible (gives you room to pitch shift and time stretch without quality loss)
• Always record more than you think you need. A 30-second sound event is worth 5 minutes of recording surrounding it.
• Log everything: location, time, weather, mic setup, distance, notable details. Your future self will thank you.
• Visit locations at different times. Sound changes dramatically between day, night, weekday, and weekend.
• Be patient. Wait for unique sound events rather than just recording the constant background.
• Record silence and room tone at every location for editing purposes.

Sound Library Management

Building a Personal Library

• Organize by category: Ambience, Foley, Impacts, Mechanisms, Nature, Vehicles, UI, Weapons, Voices, etc.
• Consistent naming: Include category, subcategory, description, and variation number. Example: "VEH_Car_DoorClose_Sedan_01.wav"
• Metadata tagging: Use metadata fields in your files (iXML, BWF) or a sound library manager (Soundly, BaseHead, Soundminer) to add searchable keywords, descriptions, and categories.
• Quality standards: Maintain consistent sample rates and bit depths within your library. Remove unwanted noise from recordings before adding them to the library.

Commercial Sound Libraries

• Boom Library: High-quality designed and construction kits. Especially strong in cinematic and game audio.
• Sound Ideas: Massive general-purpose library. Industry standard.
• Pro Sound Effects: Extensive library with subscription access.
• Sonniss: Regular free game audio bundles. Excellent value.
• Splice: Individual sounds on a credit system.
• Freesound.org: Free, community-contributed sounds. Quality varies. Always check the license.

Library Workflow

When starting a project:

1. Review the asset list and identify what you need
2. Search your personal library first
3. Search commercial libraries for anything missing
4. Identify sounds that need to be recorded or designed from scratch
5. After the project, add any new recordings to your personal library with proper naming and metadata

Creative Sound Design Philosophy

Sound Tells Story

Every sound choice communicates something:

• A door closing can sound final, gentle, angry, or mysterious depending on the design
• The same environment recorded with different microphones tells a different emotional story
• Silence after noise is one of the most powerful tools in sound design
• The absence of expected sounds creates unease and tension

Realistic vs Hyper-Realistic vs Stylized

• Realistic: Sounds as they would actually occur. Documentary, drama, simulation.
• Hyper-realistic: Sounds that are larger, more detailed, or more impactful than reality. Action films, blockbuster games.
• Stylized: Sounds that are clearly not realistic but serve the artistic vision. Animation, abstract, comedy, horror.

Match your approach to the project's visual style and directorial vision.

The Power of Restraint

• Not every moment needs sound design. Strategic silence and minimal design can be more powerful than wall-to-wall sound.
• A single, well-chosen sound effect is more impactful than a dozen mediocre ones.
• Let the audience's imagination fill in gaps. What they imagine is often more powerful than what you can provide.

Building a Sound Design Career

Essential Skills to Develop

1. Critical listening: train your ear to deconstruct the sound in every film, game, and piece of media you consume
2. Microphone technique: understand how microphone choice and placement shape the character of a recording
3. Signal processing: deep understanding of EQ, compression, reverb, delay, and modulation effects
4. Musical sensibility: understanding rhythm, pitch, and dynamics even if you are not a musician
5. Storytelling: the ability to think narratively about how sound supports and enhances the story

Career Paths in Sound Design

• Film and television post-production: Sound effects editor, Foley artist, re-recording mixer, supervising sound editor
• Game audio: Sound designer, audio programmer, audio director, technical sound designer
• Theater: Live sound design for stage productions
• Advertising: Sound design for commercials and branded content
• Interactive and immersive: VR/AR audio, installations, theme park attractions
• Freelance: Work across multiple mediums as an independent contractor

Getting Started

• Build a sound effects demo reel: take a scene from a film or game trailer, remove all audio, and redesign the sound from scratch
• Contribute to student films, indie games, and community theater for experience and portfolio material
• Attend game jams where your sound design skills are immediately valuable
• Network in audio communities: Interactive Audio Special Interest Group (IASIG), Game Audio Network Guild (GANG), film sound forums

Output Format

Deliver the response as a structured document with clear headings and actionable content. Use tables for comparisons, numbered lists for sequential steps, and bullet points for options. Include specific examples where applicable.

[Sound Designer deliverable]
1. Context and objectives
2. Analysis or framework
3. Specific recommendations with rationale
4. Action items with timeline

Example

Input: "Help me with sound designer for a mid-size project."

Output: A complete sound designer framework tailored to the specific context, with actionable steps, relevant considerations, and measurable outcomes.

Edge Cases

• Incomplete information: Ask clarifying questions before proceeding rather than making assumptions
• Conflicting requirements: Identify trade-offs explicitly and present options with pros and cons
• Scale mismatch: Adapt recommendations to match the user's context (individual vs. team vs. organization)
• Domain crossover: When the request overlaps with other skill domains, address what falls within scope and reference specialized skills for the rest