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Vibration Research Jobs (NOW HIRING)

Research Engineer

Pasadena, CA · On-site

$80 - $104.70/hr

... vibration isolation systems; optical telescopes and sensors. This is a highly multidisciplinary activity and your interests and passions will play a role in defining which research aspect you will ...

... vibration isolation systems; optical telescopes and sensors. This is a highly multidisciplinary activity and your interests and passions will play a role in defining which research aspect you will ...

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Vibration Research information

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$11

$34

$64

How much do vibration research jobs pay per hour?

As of Sep 6, 2026, the average hourly pay for vibration research in the United States is $34.24, according to ZipRecruiter salary data. Most workers in this role earn between $24.04 and $40.38 per hour, depending on experience, location, and employer.

What is vibration research?

Vibration Research refers to the scientific study and analysis of mechanical vibrations, often focused on how structures, machinery, or products respond to various vibrational forces. Professionals in this field design and conduct tests to simulate real-world vibration scenarios, analyze data to assess the durability and performance of materials or devices, and develop solutions to mitigate unwanted vibrations. They often work in industries such as automotive, aerospace, electronics, and manufacturing to ensure the safety, reliability, and longevity of products.

What are the key skills and qualifications needed to thrive as a vibration research engineer?

To excel as a Vibration Research Engineer, a strong background in mechanical engineering, physics, or a related field is essential, along with experience in vibration analysis and signal processing. Proficiency with tools such as accelerometers, data acquisition systems, and software like MATLAB or LabVIEW, as well as relevant certifications (e.g., ISO vibration analysis), is highly valued. Strong analytical thinking, problem-solving abilities, and effective communication skills help in interpreting data and presenting findings clearly. These skills ensure accurate diagnostics, innovative solutions, and effective collaboration in testing and improving products or systems subject to vibration.

What are some common challenges faced by professionals working in vibration research, and how can they be addressed?

Professionals in vibration research often encounter challenges such as interpreting complex data, isolating sources of unwanted vibrations, and ensuring the accuracy of testing equipment. Collaborating with multidisciplinary teams—including engineers, data analysts, and technicians—helps in finding effective solutions. Staying updated on industry-standard testing methods, investing in continual training, and utilizing advanced data analysis software can significantly improve outcomes and reduce errors. Open communication and regular team meetings also play a key role in overcoming technical hurdles.

What is the difference between Vibration Research vs Vibration Analyst?

AspectVibration ResearchVibration Analyst
Required CredentialsBachelor's or higher in engineering, physics, or related fields; specialized vibration testing certificationsSimilar credentials; often includes certifications in vibration analysis and testing
Work EnvironmentResearch labs, testing facilities, R&D departmentsIndustrial settings, maintenance departments, testing labs
Industry UsageDeveloping new testing methods, experimental researchMonitoring, diagnosing, and troubleshooting vibration issues in machinery
Common Search/ComparisonVibration Research vs Vibration Analyst

Vibration Research focuses on developing new testing methods and conducting experimental studies, often within research labs or R&D departments. In contrast, Vibration Analysts primarily monitor and diagnose vibration issues in machinery within industrial environments. Both roles require similar educational backgrounds and certifications, but their daily tasks and work settings differ significantly.

More about Vibration Research jobs

What are the most commonly searched types of Vibration Research jobs?

The most popular types of Vibration Research jobs are:

What states have the most Vibration Research jobs?

States with the most job openings for Vibration Research jobs include:

Infographic showing various Vibration Research job openings in the United States as of August 2026, with employment types broken down into 1% Internship, 1% As Needed, 84% Full Time, 11% Part Time, 1% Temporary, and 2% Contract. Highlights an 84% Physical, 4% Hybrid, and 12% Remote job distribution, with an average salary of $71,217 per year, or $34.2 per hour.

Research & Development Design Engineer III (RESEA006641)

Sargent Aerospace & Defense, LLC

Tucson, AZ • On-site

Full-time

Medical, Dental, Vision, Life, Retirement, PTO

Posted 4 days ago


Key responsibilities

  • Support the development, testing, diagnosis, and improvement of hydraulic products, research prototypes, and existing production designs.

  • Plan, develop, and execute laboratory and field testing of hydraulic components and systems, and analyze test data to evaluate performance.

  • Plan and conduct acoustic and vibration characterization testing of hydraulic products and systems, and develop solutions to improve acoustic performance and system stability.


Job description

Research & Development Engineer

Acoustics & Hydraulic Systems

Position Summary

Sargent has an immediate opening for a Research & Development Engineer specializing in hydraulic systems and acoustics. This position reports to the R&D Manager and is responsible for supporting the development, testing, diagnosis, and improvement of new hydraulic products, research prototypes, and existing production designs.

The successful candidate will demonstrate strong engineering fundamentals in hydraulic systems, testing, data analysis, and technical communication while developing or possessing specialized expertise in acoustics, vibration, and dynamic behavior of hydraulic systems.

Essential Responsibilities

Core Engineering Responsibilities

  • Plan, develop, and execute laboratory and field testing of hydraulic components and systems.
  • Develop, validate, and utilize hydraulic component and system models to evaluate performance and support product development.
  • Interpret and create hydraulic schematics and P&IDs in accordance with ANSI Y32.10/5.1 standards.
  • Configure, operate, and troubleshoot data acquisition systems and test instrumentation.
  • Analyze test data and correlate experimental results to hydraulic models and theoretical predictions.
  • Prepare technical reports, test procedures, engineering analyses, and design documentation.
  • Utilize product line knowledge and lessons learned to guide design improvements and development activities.
  • Collaborate with engineering, manufacturing, and product management teams to support new product development and sustain existing products.
  • Design and develop test fixtures, tooling, and prototype hardware required to support development activities.

Acoustics & Dynamics Responsibilities

  • Plan and conduct acoustic and vibration characterization testing of hydraulic products and systems.
  • Identify and diagnose fluid-borne and structure-borne noise mechanisms.
  • Perform signal processing and frequency-domain analysis to evaluate system dynamics and acoustic performance.
  • Utilize experimental and analytical methods to identify root causes of acoustic, vibration, and hydraulic performance issues.
  • Develop and implement solutions to improve acoustic performance, system stability, durability, and overall product performance.
  • Research and evaluate advanced concepts related to hydraulic dynamics, vibration control, and noise reduction technologies.
  • Develop design guidelines, test methods, and engineering best practices from experimental findings.

Qualifications Required

  • U.S. Citizenship required.
  • Ph.D. (conferred or impending) in Mechanical Engineering, Acoustical Engineering, Aerospace Engineering, or related field.
  • Strong understanding of fluid power systems, system dynamics, vibration, acoustics, or related engineering disciplines.
  • Experience conducting experimental testing and troubleshooting complex engineering systems.
  • Experience acquiring, processing, and analyzing engineering data.
  • Hands-on mechanical aptitude demonstrated through professional or personal projects.
  • Demonstrated technical writing and communication skills.
  • Ability to work independently while contributing effectively within a collaborative engineering team.
  • Capable of independently planning and executing engineering assignments.

Preferred Qualifications

  • Experience with hydraulic pumps, motors, valves, actuators, or fluid power systems.
  • Experience with acoustic testing, vibration analysis, modal analysis, or system identification.
  • Experience with MATLAB, Simulink, Python, or similar engineering analysis tools.
  • Familiarity with Bruel & Kjaer hardware and software for data acquisition and processing.
  • Knowledge of digital signal processing, spectral analysis, and filtering techniques.
  • Experience correlating analytical models with experimental results.
  • CFD experience related to hydraulic components or system performance.
  • Experience selecting sensors and developing instrumentation packages for laboratory testing.
  • Experience designing test fixtures, tooling, and prototype hardware.
  • Knowledge of impedance/mobility modeling, vibration isolation methods, or wave propagation theory.
  • Experience leading technical investigations or development programs.
  • Demonstrated ability to mentor and develop junior engineers.
  • Recognized technical expertise in acoustics, hydraulic dynamics, testing, or related specialty disciplines.
  • Ability to develop new test methods, analytical approaches, and engineering best practices.
  • Proven ability to influence technical direction across multiple projects and functional areas.
Join the Sargent Legacy in Securing our Future  

Founded in 1919, RBC Bearings (Nasdaq: ROLL) has a long, successful history of quality craftsmanship and innovation in highly technical bearing products that require sophisticated design solutions and manufacturing capabilities for Industrial, Aerospace and Defense applications around the world. In 2015, RBC acquired Sargent Aerospace and Defense.

Founded in 1920, Sargent Aerospace & Defense leverages 100 years of expertise as a premier global supplier of precision engineered customized components that directly contributes to the safe operation of countless commercial and military aircraft, rotorcraft, submarines and land-based vehicles.

At Sargent, our mission is to secure our future by making the challenging a reality.  We achieve this by delivering high quality products and services that meet customer requirements and exceed customer expectations through employee development, customer focus and continual improvement.

Sargent’s continuing investment in people, assets, technology, and process quality ensures excellence and is integral to the company’s commitment to customers and their end-users. As we grow, we will continue to root our culture through our core values of Integrity, Respects & Values People, Customer Focus, Teamwork, Results Focus and Continual Improvement.

Company Benefits Include:

  • Competitive Compensation
  • Bonus platforms
  • Holidays/Vacation/Sick Time
  • 401k Savings & Investment Plan
  • Tuition Reimbursement
  • Medical/Dental/Vision Plans
  • HSA/FSA
  • Life & Disability Insurance
  • Accident/Hospital/Critical Care Plans
  • Pet Insurance  
  • Gym & Rideshare Incentives
  • Legal Insurance/Identity Theft
  • Flexible Schedules
    • 3 & 4-day work week
    • ½ day Fridays

Dedication to our core values. Our must haves…

  • Integrity, We do the right thing the right way. Our ideal candidate is ethical, honest in all interactions, delivers good news and bad, and follows through on commitments. Key Skills & Abilities is fair, credible, confidential, fiscally responsible and accountable for decisions and actions.
  • Respects and Values People. - We encourage and bring out the potential of others. Our ideal candidate embraces diversity, recognizes and supports the accomplishments, talents and development of others. Key Skills & Abilities is committed to the building of strong relationships and creates an environment of trust and mutual respect.
  • Customer Focus - We act with excellence in each and every interaction.   Our ideal candidate builds strong internal/external customer relationships and goes above and beyond to deliver high quality products and services on time, every time.  Key Skills & Abilities is responsive with strong customer service skills, product and job knowledge to provide excellent customer satisfaction.
  • Teamwork - We are better together.  Our ideal candidate is inclusive, engaged and collaborative, sharing information, ideas and experiences to accomplish goals, improve decision making and leverage capabilities. Key Skills & Abilities is a dependable team player, demonstrated through attendance and punctuality, works well with others and has strong communication skills (both oral & written) to keep all stakeholders informed.
  • Results Focus - We focus on the outcome, not the obstacle. Our ideal candidate must have a strong work ethic with a results/performance driven track record in a fast paced, changing and challenging environment. Key Skills & Abilities is adaptable, works with a sense of urgency and high level of initiative and demonstrates a commitment to quality with attention to detail.
  • Continual Improvement - We encourage and drive innovation. Our ideal candidate must be naturally curious, passionate and never satisfied with the status quo.  Key Skills & Abilities is innovative and has a problem-solving mindset that provides and implements CI ideas.

EEO/AA/F/M/VET/DISABLED