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Recording Engineer Jobs in Raleigh, NC (NOW HIRING)

This Opportunity WSP is initiating a search for a Records Administrator for our Earth and ... Work experience in engineering or scientific industries. * Work experience with Oracle-based ...

Engineer

Raleigh, NC · On-site

Reports to: Project Engineer, Project Manager or Project Executive Essential Duties ... Preparing final records for the project such as Requests for Information (RFI's), close-out records ...

Engineer

Raleigh, NC · On-site

Reports to: Project Engineer, Project Manager or Project Executive Essential Duties ... Preparing final records for the project such as Requests for Information (RFI's), close-out records ...

Coordinate review with the Engineer of Record. * Refer field deviations requiring design-level judgment to the project engineer and track resolution through to closure. * Review contractor payment ...

Oversee the development of geotechnical engineering reports and design packages, providing technical seal and signature as the Engineer of Record. * Provide technical expertise for geotechnical and ...

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Recording Engineer information

See Raleigh, NC salary details

$5

$29

$42

How much do recording engineer jobs pay per hour?

As of May 29, 2026, the average hourly pay for recording engineer in Raleigh, NC is $29.09, according to ZipRecruiter salary data. Most workers in this role earn between $14.04 and $41.59 per hour, depending on experience, location, and employer.

What Is a Recording Engineer?

A recording engineer records and edits music, dialogue, and other sounds for various applications. As a recording engineer, your job duties include setting up and operating recording equipment, directing artists and actors, and using computer software to edit the recordings. You may also be called upon to mix and master audio recordings, adjust microphones and other equipment, and synchronize sounds to visual media. Recording engineers work in recording studios as well as for radio stations, film production companies, and music venues.

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

To thrive as a Recording Engineer, you need a solid understanding of audio engineering principles, acoustics, and signal flow, often backed by a relevant degree or technical training. Familiarity with digital audio workstations (DAWs) like Pro Tools, audio interfaces, microphones, and mixing consoles is essential, as are certifications such as Avid Pro Tools User or Operator. Attention to detail, strong communication, and the ability to collaborate effectively with artists and producers are standout soft skills. These abilities are crucial for producing high-quality recordings, meeting creative expectations, and ensuring efficient studio workflows.

What are some common challenges a Recording Engineer faces during a studio session, and how can they be managed?

Recording Engineers often encounter challenges such as managing time constraints, addressing technical issues with equipment, and ensuring clear communication between artists, producers, and other team members. To manage these, it's important to maintain a well-organized workflow, stay updated on studio technology, and develop strong interpersonal skills for effective collaboration. Being proactive in troubleshooting and preparing backup solutions also helps ensure smooth sessions, allowing for creativity while minimizing disruptions.

What does a recording engineer do?

A recording engineer is responsible for capturing, mixing, and editing audio during music, film, or broadcast productions. They operate and maintain recording equipment, set up microphones, and work closely with artists, producers, and other technical staff to ensure the highest sound quality. Their expertise lies in both the technical and creative aspects of audio production, helping to shape the final sound of a project. Recording engineers can work in studios, live venues, or remotely, depending on the needs of the project.

What is the difference between Recording Engineer vs Sound Technician?

AspectRecording EngineerSound Technician
CredentialsAudio engineering degree or certification, technical trainingTechnical training, certifications in sound equipment
Work EnvironmentRecording studios, post-production facilitiesLive events, broadcast, studio setups
Industry UsageMusic, film, TV, radio productionConcerts, live events, broadcasting

Recording Engineers focus on capturing and mixing audio in studio settings, ensuring high-quality sound recordings. Sound Technicians often work in live environments or broadcast settings, managing sound equipment during events. While both roles require technical skills and certifications, Recording Engineers typically work in controlled studio environments, whereas Sound Technicians are more involved in live sound management.

What cities near Raleigh, NC are hiring for Recording Engineer jobs? Cities near Raleigh, NC with the most Recording Engineer job openings:
Engineering Aide - CMT

Other

Posted 21 days ago


Job description

Description

Geo-Hydro Engineers provides site development engineering and environmental consulting services for major developers. Our employees enjoy competitive pay, excellent benefits, growth opportunities, gain valuable hands-on experience and certifications, participate in innovative solutions and robust training and have the opportunity to make Geo-Hydro a part of their long-term career!


We are seeking motivated and dependable Engineering Technician Aides to join our team, providing essential support for civil engineering consulting and testing services. This hands-on role involves field and laboratory testing of construction materials-including soil, concrete, and masonry-in accordance with ASTM standards. Technicians are responsible for observing construction activities for compliance with project specifications and documenting field results accurately and clearly. The position requires physical stamina, attention to safety protocols, reliable transportation, and the ability to obtain industry certifications such as ACI, ICC, and OSHA. Successful candidates will demonstrate a commitment to quality, safety, and professionalism while working in dynamic construction environments.

Requirements

Education: Engineering technicians must have a high school diploma or the GED high school equivalency credential.

  • Certification: Engineering technicians will obtain and maintain relevant ACI, ICC, and OSHA certifications, as well as other certifications as deemed appropriate by their supervisor.

Pre-employment Requirements:

  • Drug Testing: All job applicants will undergo testing for the presence of illegal drugs as a condition of employment. All employees will follow Geo-Hydro Engineers' Drug Free Workplace Substance Abuse Policy.
  • Driving Record: Engineering technicians will have a valid driver's license with no violations that prevent them from being insured through the company's insurance carrier. The ability to be insured is at the discretion of the company's insurance carrier. The insurance carrier routinely reviews employee's driving records and may determine at any time than any employee will no longer be permitted to operate any company vehicle.

Job Responsibilities and Requirements:

  • Observation: Engineering technicians must be able to observe construction work for compliance with applicable project drawings and specifications, and for general accordance with International Building Code requirements.
  • Testing: Engineering technicians must be able to perform field and laboratory testing of soil, stone, concrete, grout, masonry, and other construction materials in accordance with ASTM standards. Applicable ASTM standards include but are not limited to the following: D-698, D-1557, D-1556, D-2937, D-2216, D-6938, C-31, C-143, C-173, C-231, and ASTM STP 399.
  • Documentation: Engineering technicians document field observations and test results by writing legibly in English with proper grammar. Basic mathematics (addition, subtraction, multiplication, and division) is an integral part of all testing and reporting.
  • Safety: Engineering Technicians must wear appropriate personal protection equipment (PPE), attend safety training sessions, and follow the requirements within the Geo-Hydro Safety and Health Manual.

Physical Requirements Lifting:

  • Must be able to lift, load and unload soil, sand, asphalt, CMU, and concrete samples weighing up to 100 pounds.
  • Concrete Sampling and Testing: Must be able to maneuver a 6-cubic foot wheelbarrow loaded with 150-200 pounds of fresh concrete for up to 50 yards over uneven ground.
  • Unit weight testing requires lifting a 50-pound container of concrete. Six-inch compressive strength test cylinders weigh 30 pounds each.
  • Volumetric air content testing requires repeated swinging of the 30-pound concrete-filled test device from knee-level to head-level.
  • Soil Density Testing: The technician must be able to repeatedly drop a 25-pound drop slide hammer to drive sampling tubes into the ground and then manually excavate the sampling tubes back out of the ground with mattock and shovel.
  • Must be able to load and unload a 90-pound case containing a nuclear density gauge and carry the 50-pound nuclear density gauge by hand for up to 50 yards over uneven ground.
  • Hand Auger and Penetrometer: Must be able to manually hand auger down to 10 feet into soil to obtain samples and perform portable dynamic cone penetrometer testing. The hand auger may require up to 50 pounds of pull to remove it from wet soil conditions. The total weight of the dynamic cone penetrometer ranges from 20 to 40 pounds. Operation of the penetrometer requires repeated raising and dropping of the 15 pound slide weight.