Hire Audio / Sound / Music Freelancers in January 2025

Rajkapoor

Motion Graphics

Audio / Sound / Music

Hire experienced Production Technicians in audio/music and video production; sound, lighting, staging, AV, communications; broadcast; digital mixing consoles. Find Audio / Sound / Music WFH freelancers on January 21, 2025 who work remotely. Read less

Board & chat Inside your order

Music Production

Music Composition

Podcast / Spoken-Word Editing

Jingles / Drops

Audio Editing

Audio Post Production

Vocal Tuning

Music Videos

Adobe Audition

Sound Engineering

Radio

Sound Effects

Sound Design

Music Transcription

Audio Mastering

Audio Mixing

Sound Production

Audio Recording

Sony Acid Pro

Sound Forge

Broadcasting

Mashups / Remixing

Music Production

Talent to help you conceive and make a piece of

Music Composition

Podcasting and digital spoken word / storytelling editors; ability to

Podcast / Spoken-Word Editing

Create custom, professional jingles, IDs and DJ drops for radio,

Jingles / Drops

Audio engineers proficient in Adobe Audition to assemble sound and

Audio Editing

Produce or synchronize sound for moving picture film, TV, and

Audio Post Production

Vocal Tuning

With Adobe Premiere and iMovie, get professional sound help to

Music Videos

Graduates

Verified

Keep exploring

Wikipedia Audio / Sound / Music Courses Female Voice Over Artists Male Voice Over Artists Voice Talent Music / Theater Arts Music Composition Musical conducting Music Theory Audio Production

Top Frequently Asked Questions

Music / Audio FAQs

How do freelance music composers make money?

Key Principles of Music Composition
1. Melody:
Creation: A melody is a sequence of notes that forms a tune. It should be memorable, with a clear direction and shape.
Variety: Utilizing motifs (short musical phrases) that can be developed throughout the piece adds coherence and interest.

2. Harmony:
Chord Progressions: Understanding how chords interact to create harmony is fundamental. Common progressions like I-IV-V-I in major keys provide a sense of resolution and movement.
Counterpoint: The art of combining multiple melodic lines, where each line has its own interest but contributes to a harmonious whole.

3. Rhythm:
Pulse and Meter: Establishing a steady beat or pulse and organizing it into patterns (meter) is crucial. Varied rhythms can inject energy or calmness into a composition.
Syncopation: Off-beat accents can create interest and drive in music.

4. Form:
Structure: Music follows forms like sonata, rondo, or the verse-chorus structure in pop music. These forms provide a framework for the composition's development.
Repetition and Variation: Balancing what repeats for familiarity and what varies for interest is key.

5. Texture:
Layering: How different musical lines or elements are combined, whether monophonic (single melody line), polyphonic (many melodic lines), homophonic (melody with accompaniment), or heterophonic (variations on a single melody).

6. Dynamics and Expression:
Volume and Intensity: Using changes in volume (dynamics) to convey emotion or build tension.
Articulation: How notes are played (short, long, accented) affects the expressive quality of the music.

== Underlying Music Theory==

Scales and Modes: The foundation of melody and harmony, understanding major, minor, pentatonic, and modal scales allows composers to craft melodies and chord progressions.
Intervals: The distance between notes shapes the melody and harmony, influencing the mood or tension in music.
Key Signatures: Knowledge of keys determines which notes and chords will sound consonant in a piece.
Harmony: Study of chords, their functions, progressions, and how they can be manipulated (like secondary dominants, modal interchange).

== How Freelancers Can Make Money Composing Music ==

Film and TV Scoring: Compose for movies, TV shows, or commercials. Platforms like Mandy.com or Staff Me Up can connect freelancers with projects.
Video Game Music: Game developers often need original scores. Websites like Upwork or Fiverr can be used to find gigs.
Library Music: Create tracks for stock music libraries where media producers can license your work for various projects. Companies like AudioJungle or Pond5 offer such opportunities.
Live Performances: Composing for local bands, theater productions, or events can lead to one-off or ongoing gigs.
Music Education: Teaching composition, either privately or through online platforms like Teachable, can generate income.
Sync Licensing: Placing music in sync with visual media through licensing companies can provide royalties.

== Top Educational Resources Online ==

Courses:

Berklee Online (berklee.edu): Offers courses like "Music Theory and Composition 1" with practical application.

Coursera: Courses like "Fundamentals of Music Theory" from the University of Edinburgh provide a broad base in music theory.

The Fundamentals of Musical Composition by Art of Composing gives an in-depth look into composition techniques.

Websites and Blogs:

MusicTheory.net: Interactive lessons on theory, ear training, and composition.
Teoria.com: Offers exercises for MIDI/USB piano keyboards in the browser, focusing on practitioners.

YouTube Channels:

Adam Neely: Covers complex music theory and composition in an entertaining format.
8-Bit Music Theory: Focuses on composition, particularly in the context of video game music.

Books and eBooks:

"Tonal Harmony" by Kostka: Provides in-depth theory relevant to composition.

"Harmony and Theory: A Comprehensive Source for All Musicians" by Mark Levine: Focuses on jazz but is applicable to broader composition.

These resources collectively provide a robust framework for learning both the theoretical and practical aspects of music composition, helping freelancers navigate the industry while honing their craft. Remember, consistent practice, networking, and showcasing your work are as crucial as the learning process itself.

What is music synthesis?

Music Synthesis refers to the process of generating musical sounds electronically through various methods and devices. Here's a breakdown of key aspects:

Synthesis Techniques:
Subtractive Synthesis: Starts with a rich waveform (like a sawtooth or square wave) and subtracts frequencies using filters to shape the sound. Examples include synthesizers like Moog and Roland TB-303.
Additive Synthesis: Builds sound by adding sine waves together. This allows for precise control over the harmonic content.
FM (Frequency Modulation) Synthesis: Uses one waveform to modulate the frequency of another, creating a wide range of timbres. Yamaha's DX7 is a classic example.
Wavetable Synthesis: Uses sets of single-cycle waveforms that can be morphed into each other for evolving sounds.
Granular Synthesis: Breaks down sounds into tiny "grains" and rearranges them, offering unique textural possibilities.

Synthesizer Components:
Oscillators: Generate the basic waveforms.
Filters: Modify the harmonic content by cutting or boosting certain frequencies.
Envelopes: Control how the sound evolves over time, typically for amplitude (ADSR - Attack, Decay, Sustain, Release).
LFOs (Low Frequency Oscillators): For modulating parameters like pitch or filter cutoff to create vibrato, tremolo, etc.
MIDI and Digital Audio Workstations (DAWs): Modern synthesis often involves programming via MIDI to control synthesizers, with DAWs like Ableton Live or Logic Pro serving as platforms for sound design.

How Music Theory Relates to Music Synthesis
Music theory provides the foundational knowledge that informs how synthesis can be used creatively and effectively:

Pitch and Tuning:
Understanding scales, modes, and tuning systems (like equal temperament vs. just intonation) helps in programming synthesizers to produce in-tune melodies or microtonal music.

Harmony and Chords:
Knowledge of chord progressions, voicings, and harmonic function guides the creation of pads, basslines, or sequences that fit within a piece's harmonic structure. For example, synthesis can be used to create complex, evolving chord sounds that traditional instruments might not easily produce.

Rhythm and Timing:
Music theory's insights into rhythm influence how arpeggiators or sequencers are programmed within synthesizers, ensuring rhythmic coherence or intentional syncopation.

Timbre and Texture:
The study of orchestration and timbre in music theory parallels the manipulation of sound through synthesis. Knowing how different timbres interact can lead to innovative sound design, layering, or the creation of synthetic orchestras.

Form and Structure:
Composing with synthesizers often involves using automation or sequencing to mimic or enhance traditional musical forms, applying theory to structure synthesized compositions.

Expression and Dynamics:
Applying music theory to synthesis involves using modulation, envelopes, and other controls to mimic or exaggerate expressive techniques like crescendos or vibrato.

Scale and Mode Synthesis:
Synthesizers can be programmed to automatically generate melodies or basslines in specific keys or scales, directly applying music theory for composition or improvisation.

Modulation and Effects:
Music theory can guide how effects like reverb, delay, or chorus are applied to synthesized sounds to enhance melody, harmony, or atmosphere in line with musical intent.

In Practice:

A composer might use synthesis to explore microtonal scales, which are less accessible with traditional instruments, directly applying their understanding of scales from music theory.

When creating a bassline, a synthesizer could be tuned to fit within a particular chord progression, leveraging knowledge of bass functions in music theory. For sound design, knowing how different intervals sound can help in creating pleasing or dissonant textures through additive synthesis.

By understanding music theory, a synthesizer user can go beyond mere sound generation to craft music that is harmonically rich, rhythmically engaging, and structurally coherent, thus bridging the gap between traditional music composition and electronic sound design.

What's the day in the life of an audiovisual engineer?

An Audiovisual (AV) Engineer specializes in designing, installing, operating, and maintaining audiovisual systems that are used for a variety of purposes, including entertainment, education, business presentations, and more. Their role can encompass a wide range of responsibilities:

Primary Responsibilities:

System Design and Integration: They design AV systems tailored to specific needs, considering factors like room acoustics, lighting, user requirements, and integration with existing technology. This includes selecting appropriate hardware like projectors, screens, microphones, cameras, speakers, and control systems.

Installation: Overseeing or directly performing the installation of AV equipment, ensuring that all components work together seamlessly. This might involve complex wiring, setting up network connections, or integrating systems with building management systems.

Configuration and Programming: Setting up software controls, programming touch panels or remote controls, and ensuring that all technology interfaces are user-friendly and functional.

Maintenance and Troubleshooting: Regular maintenance to keep systems running smoothly, troubleshooting any issues that arise during events or daily use, and performing upgrades or repairs as needed.

Event Support: During live events, they might be involved in sound checks, live mixing, running video feeds, or managing the technical aspects of presentations or performances.

Training and Documentation: Training staff or clients on how to use AV systems and creating detailed documentation for system operation and maintenance.

Project Management: For larger installations or projects, they might manage timelines, budgets, and coordinate with other professionals like architects, electricians, or IT specialists.

Base Skills Required:

Technical Proficiency:
Audio Engineering: Understanding sound systems, acoustics, mixing consoles, microphones, and signal flow.

Video Engineering: Knowledge of video formats, resolutions, projectors, displays, and video conferencing technologies.

Networking: Basic to advanced understanding of network setups for streaming, AV over IP, and control systems.

Software Skills:
Proficiency with AV control software (like Crestron, AMX, or Extron), digital audio workstations (DAWs), video editing software, and presentation software.

Electrical Knowledge: Understanding electrical systems, wiring, and safety standards relevant to AV installations.

Problem-Solving and Analytical Skills: Ability to diagnose and fix technical issues quickly, often under pressure, especially during live events.

Project Management: Organizational skills for planning and overseeing projects, including time management, budgeting, and resource allocation.

Communication Skills: Clear communication with clients, team members, and other stakeholders to understand needs and explain technical concepts in layman's terms.

Adaptability and Learning: AV technology evolves rapidly; thus, staying updated with the latest technologies, standards, and practices is crucial.

Interpersonal Skills: Working with diverse teams, managing client relationships, and often dealing with high-pressure situations where immediate solutions are needed.

Detail-Oriented: Precision in installation, setup, and maintenance to ensure that systems operate flawlessly.

Creativity: Sometimes needed to solve complex spatial, aesthetic, or technical challenges in system design.

Certifications: While not always mandatory, certifications from manufacturers (like InfoComm CTS, Crestron, Extron, or Dante) can be advantageous, showcasing specialized knowledge in particular systems or technologies.

The role of an AV Engineer is both technical and creative, requiring a blend of hard technical skills with soft skills like communication and project management. Their work significantly impacts the quality of communication, education, and entertainment in a variety of settings.

Here are some top online resources for AV engineers, providing education, community support, tools, and industry updates:

== Educational and Certification: ==

AVIXA (Audiovisual and Integrated Experience Association):
Website: avixa.org
Offers the Certified Technology Specialist (CTS) certification, along with various webinars, tutorials, and resources on AV technology standards and best practices.

InfoComm International (Now part of AVIXA):
Website: infocomm.org
Provides educational content, including the InfoComm Academy for training and continuing education in AV.

Coursera, edX, Udemy:
Courses like "Audio Engineering Basics" or "Introduction to Audiovisual Systems" can be found here. Look for courses from universities or industry professionals.

== Technical and Industry Blogs: ==

rAVe Publications:
Website: ravepubs.com
Provides news, reviews, and insights into the AV industry, covering new technologies, trends, and case studies.

Pro AV News:
Website: proavnews.com
Focuses on the latest in AV technology, industry news, and product reviews.

Sound & Video Contractor (S&VC):
Website: svconline.com
Offers articles, product reviews, and industry insights specifically for AV professionals.

== Forums and Community ==

Reddit's r/avtech and r/livesound:
Communities where AV engineers and technicians discuss challenges, share knowledge, and ask for advice.

AV-iQ.com
A network for professionals providing product research, company listings, and a community forum.

== Software and Tools: ==

Q-SYS Designer Software by QSC:
For designing and configuring Q-SYS audio, video, and control solutions.

Crestron Toolbox and AMX Resource Portal:
Tools for programming and troubleshooting Crestron and AMX systems, respectively.

Dante Controller by Audinate:
Essential for managing Dante audio networks, which are prevalent in professional AV installations.

== Manufacturers' Websites: ==

Extron.com
Provides detailed product information, application guides, and training materials.

Shure.com
Known for audio equipment, with resources on microphone techniques, system integration, and more.

Biamp.com
Offers resources on audio solutions, system design, and support for their products.

== Webinars and Online Events: ==

AVIXA Webinars:
Covering everything from basic to advanced AV topics.

SCN (Systems Contractor News) Webinars:
Focuses on case studies, new technologies, and industry trends.

Design and Simulation Tools:
CATT-Acoustic and EASE (Enhanced Acoustic Simulator for Engineers):
Software for acoustic modeling and room simulation, crucial for AV system design.

Autodesk Revit with AV add-ons:
For integrating AV design into building information modeling (BIM).

== Job Boards and Networking: ==

LinkedIn:
Join groups like "Audiovisual Engineers" or "InfoComm International" for networking and job opportunities.

AV Jobs by AVIXA:
A job board dedicated to AV industry careers.

These resources are invaluable for staying current with technologies, methodologies, and industry standards, as well as for professional development and networking within the AV engineering community.

#JaneIsPowerful

Find people to hire.

Job done or your money back.

Continue with X

Continue with Google

Continue with email

Browse Categories

Audio / Sound / Music

Getting services

Music Production

Music Composition

Podcast / Spoken-Word Editing

Jingles / Drops

Audio Editing

Audio Post Production

Vocal Tuning

Music Videos