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Mixing Engineer Jobs in Indiana (NOW HIRING)

As directed by the Chief Media Engineer, the Assistant Media Engineer will work with faculty ... Experience with audio mixing and mastering. * Experience using iZotope RX Advanced for audio ...

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Mixing Engineer information

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How much do mixing engineer jobs pay per hour?

As of Aug 17, 2026, the average hourly pay for mixing engineer in Indiana is $45.30, according to ZipRecruiter salary data. Most workers in this role earn between $37.31 and $54.90 per hour, depending on experience, location, and employer.

What is a mixing engineer?

A mixing engineer is a professional who balances and blends individual audio tracks—such as vocals, instruments, and effects—into a final stereo or surround sound mix. They use specialized audio software and hardware to adjust levels, apply equalization, add effects, and ensure that each element of the song is clear and cohesive. Mixing engineers play a crucial role in shaping the overall sound and emotional impact of a recording, working closely with artists and producers to achieve the desired result. Their work is a key step in the music production process before the final mastering stage.

What are the key skills and qualifications needed to thrive as a mixing engineer, and why are they important?

To thrive as a Mixing Engineer, you need a deep understanding of audio engineering principles, music theory, and critical listening skills, often supported by formal audio production education or substantial studio experience. Expertise in digital audio workstations (DAWs) like Pro Tools, Logic Pro, or Ableton Live, as well as familiarity with various plugins and studio hardware, is typically required. Strong communication, attention to detail, and creative problem-solving help Mixing Engineers collaborate effectively with artists and producers. These skills ensure that the final mix meets professional standards, achieves the desired artistic vision, and stands out in a competitive industry.

What are some common challenges mixing engineers face when working with artists and producers?

Mixing Engineers often navigate the challenge of balancing their technical expertise with the creative vision of artists and producers. Communication is key, as expectations and preferences for the final sound can vary widely. It’s common to receive feedback requiring multiple revisions, so adaptability and patience are essential. Additionally, working under tight deadlines or with limited resources can add pressure, making strong organizational skills and a collaborative mindset important for success in this role.

What is the difference between Mixing Engineer vs Recording Engineer?

AspectMixing EngineerRecording Engineer
Primary RoleCombines and balances individual tracks to create the final stereo mixRecords and captures audio performances during production
Skills & CertificationsProficiency in mixing software, audio editing, and sound designKnowledge of microphone techniques, recording equipment, and acoustics
Work EnvironmentPost-production studios, mixing roomsRecording studios, live venues, or remote locations
Industry UsageMusic, film, TV, and game audio post-productionMusic production, film, and broadcast recording

While both Mixing Engineers and Recording Engineers work closely in audio production, the Mixing Engineer focuses on blending recorded tracks into a polished final product, whereas the Recording Engineer is responsible for capturing high-quality audio during recording sessions. Understanding these distinctions helps clarify career paths and job expectations in the audio industry.

How do you become a mixing engineer?

To become a mixing engineer, you typically gain experience through music production education, self-study, or apprenticeships, and develop skills in audio editing, signal processing, and use of digital audio workstations like Pro Tools or Logic Pro. Building a portfolio of mixing projects and networking within the industry can also help establish a career in this field.

How much do mixing engineers get paid?

Mixing engineers' salaries vary based on experience, location, and project scope, but they typically earn between $30,000 and $100,000 annually. Freelance mixing engineers may charge hourly rates from $50 to $200 or more, depending on their skill level and reputation.

What does a mixing engineer actually do?

A mixing engineer is responsible for combining and balancing individual audio tracks to create a final stereo or surround sound mix. They use digital or analog tools, such as mixing consoles and software, to adjust levels, EQ, effects, and panning, ensuring the music or audio sounds cohesive and polished. This role requires technical skills, an understanding of music production, and attention to detail.

What are the most commonly searched types of Mixing Engineer jobs in Indiana?

The most popular types of Mixing Engineer jobs in Indiana are:

What cities in Indiana are hiring for Mixing Engineer jobs?

Cities in Indiana with the most Mixing Engineer job openings:

Infographic showing various Mixing Engineer job openings in Indiana as of August 2026, with employment types broken down into 92% Full Time, 4% Part Time, and 4% Contract. Highlights an 87% Physical, 4% Hybrid, and 9% Remote job distribution, with an average salary of $94,230 per year, or $45.3 per hour.

Rubber Mixing Production Supervisor

Press-Seal Corporation

Fort Wayne, IN • On-site

Full-time

Re-posted 21 days ago


Job description

Description

Purpose of Position


Department:?Compounding / Mixing?Reports to:?Mixing Manager with dotted line to Director of Operations.?Direct Reports:?mixing operators,?mixing leads,?mixing process techs,?weighment team, material handlers.?FLSA Status:?Exempt (Salaried)?Shift:?all shifts?as needed.?


The Rubber Mixing Production Supervisor leads the day-to-day operation of the compounding department, ensuring that every batch is mixed to specification, on schedule, and with full traceability. This is a hands-on leadership role on the floor, not an office position. The supervisor is accountable for the output, quality, safety, and development of the mixing team.


This individual will lead in department scheduling, this role owns the systematization of the department: building and maintaining the written work instructions that define how the job is done, training operators against those standards, and holding the team accountable to them. 


The goal is a mixing operation that produces consistent compound regardless of who is running the equipment, where knowledge lives in documented procedures rather than in any single person's head.


Essential Duties and Responsibilities


Training & Operator Development


Own the training and qualification of all mixing team members, TSE, and weigh/batch personnel; ensure no operator runs equipment or handles a process step independently in which they have not been trained and signed off on.

Build and maintain a skills matrix for the department that tracks each operator's qualified tasks, cross-training status, and gaps.

Design and run structured onboarding for new operators, including a defined ramp from observation to supervised operation to independent qualification.

Conduct ongoing, hands-on training when procedures change, new compounds are introduced, or recurring errors signal a knowledge gap.

Cross-train operators across mixing, weighment, and batching so the department is not single-point-dependent and can flex with absences and demand.

Identify high-potential operators and develop them toward lead and relief-supervisor capability.

Work Instructions & Standardization


Create, maintain, and continuously improve written work instructions, standard operating procedures, and batch/process cards for every mixing operation - internal mixer (Banbury/intermeshing), TSE, weigh-up, and material staging.

Translate compound formulations and engineering specs into clear, repeatable, floor-level instructions an operator can follow without ambiguity.

Document mixing parameters (load order, ram pressure, rotor speed, dump temperature, mix time, TSE set-ups) so that batches are reproducible across shifts and operators.

Establish and document setup, changeover, and cleanout procedures to prevent cross-contamination between compounds - especially for NSF-certified and color-sensitive materials.

Keep procedures current: own the revision process so instructions reflect actual best practice, not an outdated version, and ensure operators are working from the controlled, current document.

Capture tribal knowledge from experienced operators and convert it into standardized written procedure.


Accountability & Performance


Hold operators accountable to the documented work instructions, quality standards, safety rules, and housekeeping expectations - consistently and fairly.

Set clear daily expectations for output, quality, and conduct, and follow up; address misses directly and promptly rather than letting them recur.

Own the department's results: batch quality, scrap/rework rate, schedule attainment, and adherence to procedure are the position's responsibility, not just the operators. Expectation is that trend charts or like tools will be used for documentation. 

Conduct performance conversations, document issues, and partner with HR on coaching, corrective action, and recognition.

Verify adherence - audit that the written procedures are actually being followed on the floor, not just signed and filed.

Reinforce a culture where following the documented process is the standard and deviations are surfaced, not hidden.


Production Operation & Quality


Run the mixing schedule to meet downstream demand (extrusion, molding, preforming ect.) while balancing changeovers and material availability.

Ensure correct raw materials (polymers, fillers/carbon black, oils, curatives, accelerators) are weighed, verified, and batched to formula with full lot traceability.

Monitor in-process and finished-batch quality - Mooney viscosity, rheometer/cure (MDR), specific gravity, and visual/dispersion checks - and react to out-of-spec results.

Coordinate with the lab/QA and engineering on compound issues, new compound trials, and disposition of nonconforming batches.

Drive throughput, yield, and on-time delivery while controlling scrap, rework, and waste.

Maintain accurate production records, batch documentation, and shift handoff information.


Safety, Housekeeping & Compliance


Enforce safety procedures for mixing equipment (lockout/tagout, machine guarding, pinch-point and nip hazards on mills, hot-surface and dust exposure).

Hold the department to a clean, organized standard; treat housekeeping as a safety and quality requirement, not an afterthought.

Ensure proper handling, storage, and labeling of raw materials per SDS and applicable requirements.

Support compliance with NSF, customer, and regulatory requirements relevant to compound production.


Key Performance Indicators


Batch first-pass quality / out-of-spec rate?

Schedule attainment and on-time delivery to downstream operations?

Scrap, rework, and material waste?

Operator qualification coverage against the skills matrix (cross-training depth)?

Currency and completeness of documented work instructions?

Safety incidents and housekeeping audit results?


Education and Experience


Required

3+ years of supervisor, supervisory or lead experience in a manufacturing environment; rubber, plastics, chemical, or process-batch manufacturing strongly preferred.

Working knowledge of rubber mixing/compounding equipment and processes (internal mixers, two-roll mills, weigh-up/batching) or demonstrated ability to learn process-driven production quickly.

Proven ability to write clear procedures and work instructions and to train others against them.

A track record of holding a team accountable while keeping it engaged - direct without being abrasive.

Strong organizational skills and comfort with production scheduling, recordkeeping, and basic data.

Ability to read and interpret formulations, specifications, and quality data.

High School Diploma or GED preferred


Preferred


Direct experience in rubber compounding and familiarity with compound testing (Mooney, rheometer/MDR, specific gravity).

Experience building training programs or skills matrices from scratch.

Familiarity with lean/5S, standardized work, and continuous improvement.

ERP/MES experience for production and material tracking.


Work Environments


The work environment characteristics described here are representative of those an employer encounters while performing the essential functions of this job. Reasonable accommodation may be made to enable individuals with disabilities to perform the essential functions.


Mixing department workers operate in potentially heated environments with frequent physical demands. Tasks include continuous standing, frequent walking, bending, climbing, and machinery. Employees must lift and carry weights from 10 - 61 lbs., with frequent hand use and gripping.