What is the study of acoustic?
When the word “Acoustics” gets thrown around it is often perceived as concerning purely musical acoustics. Few associate the word with the physics involved regarding sound, in buildings or in an open environment, generated from everyday activities. The Merriam-Webster definition of Acoustics is the science that deals with the production, control, transmission, reception, and reflects of sound.
Don’t assume when someone tells you they work in acoustics that they have a career in music, there are many fields within acoustics…some may even be of interest to you!
Acoustical Engineering is a branch of engineering which deals with sound and vibration. Typically acoustical engineers are concerned with noise control.
A career in Acoustical Engineering generally involves extensive knowledge in physics and mathematics and usually requires a bachelor’s degree in an engineering discipline.
Architectural Acoustics is a branch of Acoustic Engineering which focuses on achieving superior sound within a building, whether it’s through the enhancement of sound or the suppression of noise. An increased awareness of the importance of acoustical design is causing an expansion from its use in concert halls and recording studios into offices, factories, and learning and medical institutions.
Typically acoustic consultants help manage sound within an enclosed environment. A career in this field generally requires a degree in acoustics or physics. In addition, it is important to have knowledge of the environmental legislation and standards depending on the location.
Psychological and Physiological Acoustics
Psychoacoustics is the study of sound perception, the psychological and physiological responses associated with sound. This field strives to explain how we respond to sounds, such as music, and noise, such as construction noise. This helps designers select the appropriate sounds to achieve the feeling they desire in the space. This study of sound perception is exploited in film and music as it helps set the psychological response from the audience.
A career in psychoacoustics typically demands a degree with exposure to acoustics or psychoacoustics.
Underwater Acoustics is the study of the behaviour of sound in water. A common application of underwater acoustics is through the use of acoustic signals (systems) to guide underwater vessels, a valuable tool for both military and commercial use.
A career in Underwater Acoustics typically requires at least a degree in engineering or similar discipline. Experience in acoustic and software engineering would be an advantage when entering this field.
Noise Control is a field of Acoustical Engineering in which the objective is to suppress noise whether it is to meet environmental regulations or improve quality of life. Noise pollution is an increasing concern that has motivated the development of strategies for its reduction usually through the addition of a silencer or an enclosure encompassing the noise source.
A career in Noise Control involves a deep understanding of the behaviour of sound and the determination of solutions to environmental noise problems which requires considerable knowledge in acoustics.
Physical Acoustics is a field of Acoustical Engineering which studies the way in which sound waves propagate in different mediums including solids, liquids, gases, and plasmas.
A career in Physical Acoustics generally revolves around research and typically requires an advanced degree in physics.
Structural Acoustics and Vibration
Structural Acoustics and Vibration is a branch of engineering of great concern to engineers. The main focus is that machines and structures need to be designed to withstand vibration as components can be damaged or structures can collapse under excessive vibration. Furthermore, excessive vibration can also be quite noisy.
In this field engineers have the task of either eliminating the possibility of vibration or isolating the vibrating equipment. A career in this field requires exceptional mathematical skills and ingenuity to arrive at useful insights that can be used in real world situations.
Musical Acoustics is typically the field that comes to mind when thinking of acoustics. This field deals with the way in which musical sound is perceived and produced through the use of instruments, human voice, and computer generated sounds. A common application involves the use of sound for therapy to improve physical and mental health.
Those who work in the field of Musical Acoustics typically have an interest in both music and science and frequently have worked in the entertainment, education, or musical instrument industry.
Biomedical Acoustics is the study of the interaction of ultrasound energy with biological tissues. This field has incredible applications in the diagnosis and treatment of diseased tissue.
A career in biomedical acoustics requires not only an interest in biology and medical science but also acoustics and physics.
A Career in Acoustics
There are many fields within Engineering Acoustics other than the ones outlined above, which simply scrape the surface of the field. Companies like, dB Noise Reduction, focus on the branches of engineering acoustics including Architectural, Noise Control and Vibration. Originally dBNR focused on the Industrial noise control industry but are rapidly expanding into the architectural field as well. Thanks to their experienced team of acoustical engineers they have developed into a strong company in the industry with acoustic designs to meet a variety of applications. From Industrial Silencers to Architectural Acoustics, dBNR is a leader in Acoustic Engineering.
dB Noise Reduction is continuously looking for new talent to join our innovative and hard working team. Whether you have a nick for sales development or have a passion for engineering design and solutions, dBNR offers excellent working conditions and encourages personal development. Check our Careers page often for our available positions ranging from full-time to co-op student positions.