16 Influential Acoustic Engineering Leaders Globally
- Jonno White
- Jul 7
- 13 min read
Last updated: July 2026
Introduction
Acoustic engineering is the quiet discipline behind almost every space you have ever felt comfortable in. This list gathers sixteen influential leaders in acoustic engineering from around the world, the people genuinely shaping how we design, measure and live with sound right now.
It is the reason a concert hall lifts an orchestra, an open office does not fray your nerves, an aircraft cabin is bearable, and a hospital scanner can see inside you using sound. These are not obscure names. They are leaders who deserve to be far better known outside their own field.
I have kept the list global on purpose, because acoustics has always crossed borders. The sixteen come from eight countries and span the breadth of the discipline, from concert halls and city soundscapes to aeroacoustics, ocean acoustics, biomedical ultrasound, hearing science and the audio technology in your headphones. Every person here was chosen for evidenced work, not for visibility, and every fact about them was checked against a first-party source this month.
A note on this list: I compiled it, and I am not on it. I work in leadership and Working Genius facilitation rather than acoustics, and I put this together because the people who shape how the world sounds rarely get the public recognition their peers in flashier fields enjoy. The leaders below are listed for their own work, not for any connection to me.
Why Acoustic Engineering Matters
Sound is not decoration. It is a measurable force that shapes health, learning, safety and delight, and acoustic engineering is the practice of controlling it on purpose. Noise is now recognised as a serious environmental health burden, and the same physics that quiets a motorway also tunes a cathedral and steers an ultrasound beam through tissue.
What unites the people on this list is a refusal to treat sound as an afterthought. They bring measurement, computation and human perception together so that spaces and products work for real ears. Many of them also insist that the work belongs to the public.
As acoustics researcher Brian F.G. Katz puts it, "It's only fair that my research benefits society." That spirit, rigorous and generous at once, is what makes the field worth paying attention to.
How This List Was Compiled
I built this list the honest way. I ran direct searches across professional societies, university departments, research institutes and industry consultancies, then confirmed each person against a first-party page, their own organisation, their own profile, or an official announcement, fetched this month.
I did not rank anyone by follower counts or search visibility, and I did not pad the number. Where I could not fully verify someone to that standard in the time I had, I left them out rather than guess. Sixteen is the honest count of people I could stand behind, not a target I forced the evidence to meet.
The concert hall and built-environment acousticians
These are the leaders who shape how sound behaves in the spaces we gather in, from great halls to whole cities. When it works, nobody notices; when it does not, everybody does. Of Tokyo's Suntory Hall, Herbert von Karajan said it was "truly a jewel box of sound", and Sir Simon Rattle called one of these designers' halls "the best modern concert hall in the world".
1. Yasuhisa Toyota
Nagata Acoustics International (Japan)
Yasuhisa Toyota is founder and Executive Advisor of Nagata Acoustics International. Toyota is the acoustician behind some of the most admired rooms of the last half century, including the Walt Disney Concert Hall in Los Angeles and the Elbphilharmonie in Hamburg. The approach favours the wrap-around vineyard hall, where the audience surrounds the stage in tiered terraces, so that intimacy and clarity survive even in a very large room.
Known for: designing concert halls that musicians and audiences fall in love with.
2. Brian F.G. Katz
Sorbonne Université, CNRS, Institut Jean Le Rond d'Alembert (France)
Brian F.G. Katz is a CNRS Research Director at the Institut Jean Le Rond d'Alembert at Sorbonne Université, working on spatial audio and room acoustics. After the 2019 fire at Notre-Dame de Paris, Katz and colleagues used earlier acoustic measurements of the cathedral to build real-time simulations of how it sounded across different eras, guiding the restoration of its extraordinary reverberation. It is heritage conservation carried out in sound.
Known for: reconstructing the acoustics of Notre-Dame de Paris.
3. Jian Kang
University College London (United Kingdom)
Jian Kang is a Professor at University College London in the Institute for Environmental Design and Engineering, working on acoustics and soundscapes. Kang was selected for the Rayleigh Medal, the Institute of Acoustics' premier award, in recognition of a body of work that reframed noise as a question of human wellbeing rather than mere decibels. The soundscape idea, that a place has a character you can measure and design, owes a great deal to that research.
Known for: turning the soundscape of cities into an engineering discipline.
4. Michelle Vigeant-Haas
Pennsylvania State University (United States)
Michelle Vigeant-Haas is Associate Professor of Acoustics and Architectural Engineering at Penn State and leads the Sound Perception and Room Acoustics Laboratory. The laboratory's work links quantitative acoustic measures to how people actually perceive sound in a room, so that a concert hall or an open-plan office can be designed around human response rather than numbers alone. That bridge between physics and perception is where good architectural acoustics lives.
Known for: connecting room acoustics to human experience.
Audio, signal processing and spatial sound
If the previous group shapes physical rooms, this group shapes the sound that reaches you through a device. Their work is why recorded music travelled the internet and why headphones can now conjure a room that is not there.
5. Karlheinz Brandenburg
Technische Universität Ilmenau (Germany)
Karlheinz Brandenburg is a Senior Professor at TU Ilmenau in the Electronic Media Technology group. Brandenburg's doctoral research became a foundation of the mp3 audio format, the compression standard that first carried recorded music across the early internet, and in 2014 that contribution earned a place in the Internet Hall of Fame. The current focus is immersive, three-dimensional audio through Brandenburg Labs, the company he founded and leads.
Known for: co-inventing the format that changed how the world listens.
6. Filippo Maria Fazi
Institute of Sound and Vibration Research, University of Southampton (United Kingdom)
Filippo Maria Fazi is Professor of Acoustics and Signal Processing at the Institute of Sound and Vibration Research at the University of Southampton. Fazi also serves as the Institute's Director of Research and leads its Virtual Acoustics and Audio Engineering Team. The central question there is how to reproduce a sound field so faithfully that the ear cannot tell an array of loudspeakers from the real thing, which is the engineering underneath immersive and spatial audio.
Known for: turning the mathematics of sound fields into believable virtual acoustics.
7. Poppy Crum
Dolby Laboratories and Stanford University (United States)
Poppy Crum is Chief Scientist at Dolby Laboratories and an Adjunct Professor at Stanford University in the Center for Computer Research in Music and Acoustics. A neuroscientist by training, Crum brings human physiology and sensory science into the design of audio and entertainment technology, asking how devices can adapt to the listener rather than the other way around. It is acoustics pointed squarely at how the brain actually hears.
Known for: fusing neuroscience with audio technology.
Hearing, speech and psychoacoustics
Acoustic engineering is only half the story without the listener. These leaders study how human beings actually parse sound, which is what makes the rest of the field useful.
8. Barbara Shinn-Cunningham
Carnegie Mellon University (United States)
Barbara Shinn-Cunningham is the Glen de Vries Dean of Mellon College of Science at Carnegie Mellon University. An auditory neuroscientist known for work on spatial hearing and auditory attention, Shinn-Cunningham was the founding director of the university's Neuroscience Institute in 2018 and has served as a past President of the Acoustical Society of America. The research helps explain how we pick one voice out of a noisy room, the famous cocktail party problem.
Known for: explaining how the brain separates one voice from many.
9. Ann Bradlow
Northwestern University (United States)
Ann Bradlow is the Abraham Harris Professor of Linguistics at Northwestern University and leads its Speech Communication Research Group. Bradlow's research in acoustic phonetics examines what makes speech intelligible in noisy listening conditions and how a lifetime of linguistic experience shapes both speaking and hearing. Named a 2023 Fellow of the American Association for the Advancement of Science, the work matters anywhere people strain to understand each other, from classrooms to hearing aids.
Known for: uncovering what makes speech clear when it is hard to hear.
Sound where it is hardest to reach: flow, ocean and the body
Some acoustic problems live in places the ear can never go, inside turbulent air, deep in the ocean, or within human tissue. These leaders build the tools to work there.
10. Con Doolan
UNSW Sydney (Australia)
Con Doolan is a Professor at UNSW Sydney who leads the Flow Noise Group in the School of Mechanical and Manufacturing Engineering. Doolan's research is in aeroacoustics, the science of sound produced by fluid flow, which governs everything from the whistle of a wind turbine blade to the roar around an aircraft. Understanding how moving air makes noise is the starting point for designing machines that are quieter by nature.
Known for: decoding the noise that flowing air creates.
11. Stan Dosso
University of Victoria (Canada)
Stan Dosso is a Professor in the School of Earth and Ocean Sciences at the University of Victoria. Dosso's expertise is ocean acoustics and geoacoustics, using sound to infer the structure of the sea and its floor, and extending that work to marine-mammal acoustics and geophysical inverse theory. In an ocean that is opaque to light but transparent to sound, this is how we come to know what is there.
Known for: using sound to see the structure of the ocean.
12. Julianna Simon
Pennsylvania State University (United States)
Julianna Simon is an associate professor of acoustics and of biomedical engineering, and from January 2026 the director of the Penn State Graduate Program in Acoustics. Simon leads the Biomedical Acoustics Simon Lab, where focused ultrasound is turned into diagnostics and therapy, from treating chronic tendon injuries to breaking down pathological mineralisations. It is acoustic engineering practised inside the human body.
Known for: turning focused ultrasound into medicine.
Room acoustics, noise and the leadership of the field
Finally, the institution-builders and discipline-shapers, the people who quiet our roads and rooms and who lead the bodies that hold the whole field together.
13. Lily M. Wang
University of Nebraska-Lincoln (United States)
Lily M. Wang is Director and the Charles W. and Margre H. Durham Distinguished Professor at the Durham School of Architectural Engineering and Construction at the University of Nebraska-Lincoln. Wang's research is in room acoustics and noise control, with particular attention to how noise affects human comfort and performance, and she served as President of the Acoustical Society of America in 2018-19. The work runs from classroom acoustics to the leadership of the field itself.
Known for: advancing room acoustics while leading the profession.
14. Wolfgang Kropp
Chalmers University of Technology (Sweden)
Wolfgang Kropp has held the chair in Applied Acoustics at Chalmers University of Technology since 1998. The research spans structure-borne sound and, notably, the generation of tyre and road noise, one of the dominant sources of environmental noise in every city with traffic. Quieting the contact between a rolling tyre and the road is unglamorous engineering with an enormous public payoff.
Known for: attacking the noise where rubber meets the road.
15. Michael Vorländer
RWTH Aachen University (Germany)
Michael Vorländer is Professor of Technical Acoustics at RWTH Aachen University. In 2025 Vorländer began a term as President of the Acoustical Society of America, becoming the first non-American to lead the society since it was founded in 1929. The research sits where measurement, computation and the physics of real rooms meet, and the appointment signals that acoustics now recognises itself as a genuinely international science.
Known for: leading a global acoustics community with rigour and openness.
16. Trevor Cox
University of Salford (United Kingdom)
Trevor Cox is Professor of Acoustic Engineering at the University of Salford. Cox is also a rare public communicator for the field, author of the popular science book Sonic Wonderland and a recipient of the Institute of Acoustics Tyndall Medal. The research itself covers how surfaces absorb and scatter sound, the careful engineering that makes concert halls, studios and classrooms behave.
Known for: making the science of sound genuinely popular.
Notable Voices We Almost Included
Several strong figures did not make this particular sixteen, and honesty demands naming why. David Waddington of the University of Salford leads the Institute of Acoustics, but I could not lock a clean current-role page before finishing. Timothy Leighton and Phillip Joseph, both of Southampton's Institute of Sound and Vibration Research, are significant names whose individual pages would not resolve for me this month. Densil Cabrera at the University of Sydney and Raj Patel at Arup are similar near-misses on sourcing rather than merit.
This is a snapshot of who I could fully verify now, not a verdict on who matters. The wider field of engineering leadership is covered in Consult Clarity's list of leaders globally in structural engineering.
Common Mistakes to Avoid
The most common mistake is treating acoustics as something you add at the end. Sound behaviour is set by geometry, materials and airflow decided early in a design, so a room booked as an afterthought can rarely be rescued with soft furnishings later. Bring acoustic thinking in at the concept stage, not the snagging list.
A second mistake is confusing an acoustic engineer with an audio engineer. An audio engineer mixes and records sound, while an acoustician shapes how sound behaves in a physical space or medium, and the two skill sets only partly overlap. If your problem is a noisy office or a boomy hall, you want the second kind.
A third mistake is trusting a single number. A room rated well on one metric can still feel wrong, because human perception depends on several measures at once, which is exactly why researchers like Michelle Vigeant-Haas study the link between quantities and experience. Ask how a space will feel, not only what it scores.
The final mistake is ignoring noise until someone complains. Environmental and workplace noise carries real health and productivity costs, and the cheapest time to address it is before it exists. Measure early, design for quiet, and treat the absence of complaint as a feature you engineered rather than luck.
Implementation Guide: bringing acoustic thinking into your work
You do not need to be an engineer to make better decisions about sound. The steps below are a simple order of operations for any leader planning a building, a product or a workplace.
First, define the acoustic goal in human terms. Decide what people should be able to do in the space, hold a quiet conversation, hear a presenter clearly, concentrate without distraction, and write that down before any design begins.
Second, involve an acoustician at concept stage. Bring in a qualified acoustic engineer while geometry and materials are still open, because that is when their advice is cheapest to act on and most powerful.
Third, measure the starting point. If you are improving an existing space, have the current conditions measured so that decisions rest on data rather than opinion, and so you can prove the improvement later.
Fourth, design for the worst case, not the average. Sound problems show up at peak occupancy and peak noise, so test your plan against a full room and a loud day.
Fifth, verify after installation. Once the work is done, measure again against the human goals you set, because the only proof that acoustic engineering worked is that people can do what they came to do.
Frequently Asked Questions
What is acoustic engineering?
Acoustic engineering is the branch of engineering concerned with the control and application of sound and vibration. It covers designing quiet buildings and machines, shaping concert halls, reducing environmental noise, and using sound in fields from medical ultrasound to sonar. In short, it is the deliberate control of how sound is produced, travels and is heard.
What is the difference between an acoustic engineer and an audio engineer?
An acoustic engineer shapes how sound behaves in a physical space or medium, while an audio engineer records, mixes and reproduces sound as a signal. The first is concerned with rooms, materials and noise; the second with microphones, consoles and recordings. The skill sets overlap in areas like spatial audio but remain distinct professions.
Who designed the acoustics of the Elbphilharmonie and Walt Disney Concert Hall?
Both halls are associated with Yasuhisa Toyota of Nagata Acoustics International, one of the most celebrated concert hall acousticians working today. His designs often use a vineyard layout, wrapping the audience around the stage. The result aims to combine visual intimacy with even, enveloping sound.
Why does noise matter beyond being annoying?
Noise is now treated as a genuine environmental and workplace health issue, linked to stress, poor sleep, and reduced concentration and performance. That is why acoustic engineers work to reduce noise at the source, from tyre and road noise to open-office design. Managing it well protects both wellbeing and productivity.
How do I choose an acoustician for a project?
Look for a qualified acoustic engineer with relevant project experience and membership of a recognised professional body such as the Acoustical Society of America or the Institute of Acoustics. Involve them early, ask for measured evidence rather than assurances, and check references on comparable spaces. The right expert saves money by getting decisions right the first time.
Final Thoughts
The people on this list share a conviction that sound deserves to be engineered with care, whether it fills a cathedral, a headphone or an operating theatre. Acoustic engineering rarely makes headlines, yet it quietly decides how well we hear, heal, learn and rest. Paying attention to these sixteen leaders is a good way to understand a field that shapes daily life far more than its low profile suggests.
If this list sends even a handful of readers to follow the work of an acoustician they had never heard of, it will have done its job. The best tribute to people who spend their careers making the world sound better is simply to listen.
About the Author
I am Jonno White, a Certified Working Genius Facilitator, certified through Patrick Lencioni's Table Group, and the author of Step Up or Step Out (10,000+ copies sold). I work with leaders and teams around the world on building healthy, high-performing organisations. Acoustics is not my field, which is exactly why I wanted to shine a light on the people who lead it. If leadership and team health is useful for your organisation, you can reach me at jonno@consultclarity.org.
Sources
Acoustical Society of America and RWTH Aachen (Vorländer); TU Ilmenau (Brandenburg); University of Southampton ISVR (Fazi); University of Salford (Cox); University College London (Kang); UNSW Sydney (Doolan); Chalmers University of Technology (Kropp); Nagata Acoustics International (Toyota); University of Nebraska-Lincoln (Wang); Carnegie Mellon University (Shinn-Cunningham); Poppy Crum official site (Crum); Sorbonne Université (Katz); University of Victoria (Dosso); Pennsylvania State University (Simon; Vigeant-Haas); Northwestern University (Bradlow). Every profile was fetched in July 2026.
Next Read
For adjacent engineering leadership, see Consult Clarity's lists of leaders globally in structural engineering and influential engineering CEOs globally. If you are booking a voice for an event, see the guide to keynote speakers for engineering conferences.