Speaker(s): Richard Talaske, President and Principal Acoustics Consultant, Talaske; Brian Lynch, Fine Arts Director, North Central College
DIRECTIONS:
Wentz Concert Hall and Fine Arts Center
171 E. Chicago Avenue
Naperville, IL 60540
Please click HERE for detailed directions.
Parking:
Street parking is available around North Central College and there are 3 parking garages in downtown Naperville within walking distance of all of our venues. Please observe all municipal street signs.
DESCRIPTION:
Richard Talaske will be presenting the design of Wentz Concert Hall, a 650-700-seat recital hall for acoustic and amplified music presentations. The Wentz Concert Hall and Fine Arts Center also includes a flexible black box theatre with 150 to 200 seats; instrumental and choral rehearsal halls; a dance studio; art gallery; and numerous practice rooms and classrooms.
Topics he will cover:
THE PRESENTERS:
Richard Talaske, President and Principal Acoustics Consultant, Talaske
Rick Talaske relishes great soundscapes.The engineer-turned-scientist-turned-acoustician routinely explores the world’s great concert halls and theatres. Surveying a hall’s soaring spaces and elegant architectural expressions, his mind translates a room’s geometry, the character of its surfaces, its materials, and spatial dimensions into acoustic possibilities. Analysis, investigation and reverence converge to plumb the space’s possibilities—to take away whatever secrets and lessons it might reveal.Talaske is someone who is never satisfied with what he already knows.
Talaske’s rigorous technical and scientific education resulted in exacting methodology and specific design standards. He is cheerily unapologetic about what might be experienced as “obsession with sound.” People don’t hire a world-class acoustician to achieve only fair results.What surprises some people is his passionate and enthusiastic advocacy for both performers and audience members. As an avid lover of live performance, he strives to create spaces that enhance live events.Talaske serves as project principal and directs all of the work in the office.
Brian Lynch, Fine Arts Director, North Central College - TBA
Other Business: DINNER: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Giles Davis ([email protected]) by Tuesday, March 5th if you would like to join us. Pizza and salad from Lou Malnati's will be provided. Please let Giles know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Thursday, February 28, 2019
|
|
Posted: Saturday, February 16, 2019
Location: Rush University Armour Academic Building, Lecture Hall 976 600 S Paulina St, Chicago, IL 60612
Speaker(s): Chicago ASA and Rush University
The Department of Communication Disorders & Sciences Rush University and the Acoustical Society of America Chicago Regional Chapter are hosting Ear Day, 2019 on February 1st
DATE:
February 1, 2019
TIME:
9:30 AM - 4:30 PM
Please RSVP by JANUARY 25, 2019 to: [email protected]
Posted: Thursday, January 10, 2019
Renowned audio engineer Robert Schulein, beloved son of the late Arthur and Jeanette Schulein, peacefully died in his home on New Years’ Day 2019 after a valiant, seven-year battle with cancer. The Fellow and Past-President of the International Audio Engineering Society and prolific inventor, with a wealth of patents to his credit in the fields of acoustics and electroacoustics, is survived by his wife, Joyce, and two daughters, Heather Davis (Rick) and Jennifer Yoder (Mark) and their son, Max Yoder, brother Thomas Schulein (Vivian), nephews Michael and Robert (Kate) and their daughters Harriett and Eloise. He was 76.
Born in 1942, Schulein was raised in Rockford, Illinois and showed early on a knack for technical tinkering. He went on to receive BSEE and MSEE degrees from the University of Wisconsin, Madison, where he did research on piezoresistive semiconductor transducers. It was right out of college in 1966 when Schulein landed what would become a thirty-year career at Shure Brothers Inc. in Evanston, Illinois. Achieving the title Staff VP & Director of Business Communications & Industrial Products, his responsibilities included research & development of microphones for automotive cellular telephone systems, R&D of microphones for land, mobile and related communication systems, as well as R&D of microphone systems for speech recognition applications. In 1977 he was elected to Fellowship in the Audio Engineering Society and that same year also won the Audio Engineering Society Publications Award. In 1990 Schulein was awarded the Audio Engineering Society Board of Governors Award.
His earlier work at Shure was in the area of condenser-microphone research, development and design. He led the group effort to introduce Shure's first professional condenser microphone, the SM-81. While at Shure, Schulein managed the Home Theater Sound (HTS) division, which pioneered the development of the first enhanced matrix decoders emulating the professional Dolby products in theaters. This work led to the development of a complete line of processors, power amplifiers, and loudspeakers for high-end home theater systems, predating the introduction of THX performance concepts. The HTS division also developed and pioneered the use of enhanced matrix encoders and decoders for professional applications. He also introduced matrix surround-sound encoding to baseball television broadcasting, episodic television, Saturday Night Live, The Grammy Awards, and Super Bowl XXIV in 1990.
After his time at Shure, Schulein held positions at Etymotic Research, Inc. (now Lucid Audio), in design, research and development. During this period, his focus was in areas of consumer electronics, professional audio, telecommunications systems, audiology, and hearing-aid component development.
At the time of his death he was owner of RBS Consultants, an international consulting firm, which provided consulting services in areas of acoustics, product research, product design and development, project management, and audio/video recording engineering and production. His areas of specialization included professional and consumer audio products and applications, telecommunications and the hearing-health industry.
Schulein took great pride in staying active in a number of professional organizations within the audio and hearing industries. He was a Fellow and Past President of the International Audio Engineering Society, where he received the Publications Award in 1977, the Board of Governors Award in 1990 and the Bronze Medal in 2013.
At the time of his death he was serving as a Vice-Chair of the AES Technical Council, and as Chair of the AES Technical Committee on Hearing and Hearing Loss Prevention. He was proud of his implementation of the Richard C. Heyser Memorial Lecture series, which was established in 1999 and remains active to this day. He was a member the American Auditory Society, as well as the American National Standards Institute working group on hearing-aid measurements.
Schulein's lifelong interest and successful track record solving difficult engineering problems led to his personal and professional development of, among other inventions, miniature directional microphones for hearing aids, acoustically transparent non-porous wax barrier for the hearing aid industry, plus an advanced professional in-ear monitoring system used by a list of today’s top performers.
Many may also have been aware of his passion project, ImmersAV Technology – a patent pending audio technology and high-definition video process to create “you-are-there” musical experiences. He finally was able to achieve his dream of becoming a music producer, having the opportunity to work on recording projects with many talented musicians of Chicago.
Robert was a loving son, husband, father, brother, uncle and grandfather. He was very proud of his girl’s accomplishments and he enjoyed being a mentor and teacher to his grandson, Max, to his two nephews, Robert and Michael, and to many others.
Never taking a day off from his engineering efforts, Schulein worked up until his decision to enter hospice care at his home. He passed away peacefully on New Year’s Day.
There will be no formal service at this time, but a celebration of his life will be held for him at a later date.
Donations in his name may be sent to the North Shore Foundation Kellogg Cancer Center
Posted: Tuesday, January 8, 2019
Location: Shure Incorporated, 5800 W. Touhy Ave, Niles, IL 60714
Speaker(s): Roger Grinnip, Principal Acoustical Engineer at Shure Incorporated
Electrostatic transducers are mechanically simple and can provide a number of performance benefits when used in acoustic applications. However, electrostatic transducers carry a stigma, are viewed as exotic, and have not found mainstream acceptance except in condenser/electret microphones. To most, the complication seems to stem from the unique electrical requirements, but a close look at the basic operation uncovers additional complications that can impede the performance benefits. To shrink the electrostatic transducer down to an earphone driver, with optimal performance, requires recognizing these “potholes” and finding the path to compromise.
About The Presenter
Roger Grinnip is a Principal Engineer with Shure Incorporated. He’s been with Shure Incorporated for 17 years and worked exclusively on acoustical transducers, with his most recent designs ultimately becoming the KSM8 dynamic microphone and the KSE1500 electrostatic earphone. His interests include physical acoustics, structural acoustics, computational acoustics, (a little bit of) circuit design, and most other things related to electroacoustic systems.
Other Business: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Giles Davis ([email protected]) by Tuesday, November 27 if you would like to join us. Sandwiches and chips from Jimmy John's will be provided. Please let Giles know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Thursday, November 15, 2018
Location: Flashpoint Chicago, 28 N Clark St #500, Chicago, IL 60602
Speaker(s): Dr. Ian Corbett - Coordinator, Audio Engineering Program, Professor of Audio Engineering and Music Technology, Kansas City Kansas Community College
Whether you have only one microphone and one recording room, or have a variety of microphones and different rooms available, it’s essential to think about the final mix well before you even get into the recording studio. Join Ian as he presents some of the ideas and concepts from his Focal Press/Routledge book “Mic It! Microphones, microphones techniques, and their impact on the final mix”. What do you need to think about before and during the recording process to optimize your tracks for your mix? What are you trying to control and capture when you record? What should your priorities be? What are the sonic, artistic, time and financial benefits of miking for the mix? Real world and every-day situations will be presented, with plenty of audio examples. For students and professionals alike, understanding these issues and techniques will increase the variety of mix styles and sounds you are able to produce, making you a more versatile audio engineer ready to meet the needs of clients and employers today and tomorrow.
ABOUT THE PRESENTER:
Dr. Ian Corbett is Coordinator and Professor of Audio Engineering at Kansas City Kansas Community College. He also owns and operates "off-beat-open-hats - recording and sound reinforcement", specializing in servicing the needs of classical and jazz ensembles in the Kansas City area. Ian's book "Mic It! — microphones, microphone techniques, and their impact on the mix" was published by Focal Press in 2014, and he also authors articles for Sound On Sound ("The Worlds Best Recording Technology Magazine"). Since 2004 he has been a member of the Audio Engineering Society's Education Committee, and has presented, mentored, and served on panels at local, regional, national, and international AES events, as well as many other professional industry events throughout the USA, Europe and Central and South America, and Asia. He has also been a member of the Producers & Engineers Wing of the National Academy of Recording Arts and Sciences. Ian holds a Doctor of Musical Arts degree in composition from the University of Missouri-Kansas City, and he can frequently be found playing saxophone in Kansas City's jazz clubs and restaurants.
Other Business: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Giles Davis ([email protected]) by Friday, October 26 if you would like to join us. Pizza and salad from Lou Malnati's will be provided. Please let Giles know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Saturday, October 13, 2018
Location: Shure Incorporated, 5800 W. Touhy Ave, Niles, IL 60714
Speaker(s): Mead C. Killion, PhD, ScD(hon), Founder, Etymotic Research & Stavros Basseas, PhD, Founder, Sound World Solutions
DESCRIPTION:
Starting in the early 1990s, FDA received repeated requests to create a category of OTC hearing aids. Mounting pressure came from consumers, consumer-advocate organizations, Institute Of Medicine (Now part of National Academy of Science), President’s Council of Advisors, several task forces, and concerned hearing professionals. Even among those adults who saw a medical or hearing professional, a recent study by Northwestern University MBA students found that 55% left the office with nothing: Eighty percent said hearing aids were too expensive and 60% said cost was the primary reason for non purchase. Finally, in August 2017 a bill establishing OTC hearing aids was signed into law.
This talk will cover the efforts of two manufacturers to bring OTC hearing aids to market, the difficulties in honestly labeling Personal Sound Amplifier Products (PSAPs) that "are not intended for hearing loss" according to FDA, and the extensive experimental evidence that the better quality one-size-fits-most PSAPs can perform nearly as well as much more expensive hearing aids for many persons. In some cases, do-it-yourself hearing aids can be easily programmed by the purchaser. At the same time, the professional input can often be as important to satisfaction with hearing aids as the doctor can be in the success of medication.
Other Business: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Ross Penniman ([email protected]) by Tuesday, September 11 if you would like to join us. Pizza and salad from Lou Malnati's will be provided. Please let Ross know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash). -- Post-Meeting Reception: Please join us immediately following the meeting at Wildwood Tavern (6480 W Touhy Ave, Niles, IL 60714)
Posted: Wednesday, September 5, 2018
Location: Shure Incorporated, 5800 W. Touhy Ave, Niles, IL 60714
Moderated by: Charles King
Speaker(s): Knowles Electronics
DESCRIPTION:
Balanced armature transducers (also known as receivers) are a loudspeaker commonly used in hearing aids, hearables, earphones and in-ear monitors. The presentation will give an overview of the balanced armature drivers, how they operate, and will be followed by an introduction to the simulation techniques that can be used to evaluate their performance.
Electrical and acoustical measurements are very reliable and can define the input and output from a real device or a simulation. These results help ground a simulation and ensure it is behaving like a real device. Full validation of the internal portion of the model can be difficult: these are very small devices, designed to fit inside the ear canal, and thus measurement of some very basic quantities can be physically difficult.
Just like traditional loudspeakers, dynamical analogies and SPICE simulations can simply model complete linear systems in the frequency domain. This is computationally very fast and can provide insight into the electrical, magnetic, mechanical, and acoustic components.
Finite element solvers can be used to model stiffness, mode shapes and magnetic non-linearity. As FEA contains the actual part geometry and non-linear material properties, it is well suited to study how the device will function under a static load. Often these solutions will have millions of degrees of freedom and can take a long time to solve.
Algebraic differential equation solvers can be used to combine SPICE, FEA, and measured data into a single simulation. With this tool, the amplitude response, frequency response, and distortion caused by the non-linearities can be studied.
The talk will examine strengths, weaknesses, and appropriate application of each of these individual techniques.
ABOUT THE PRESENTER:
Charles King is a Sr. Principal Engineer at Knowles Electronics in Itasca. He has worked for 20 years in research, simulation, product design and testing of a wide range of specialty transducers; developing products ranging from large outdoor warning sirens to ultra-miniature speakers used in hearing aids and in-ear monitors. He has designed balanced armature receivers, voice coil loudspeakers, compression drivers and horns as well as working with condenser microphones and optical devices. Prior to his formal engineering career he could be found in less formal locations as a live sound engineer. Charles has several patents, a degree in Electrical Engineering from California Polytechnic State University in San Luis Obispo, and previously served as Chair of the Chicago Section of the Audio Engineering Society.
Other Business: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Giles Davis ([email protected]) by Tuesday, May 29th if you would like to join us. Pizza and salad from Lou Malnati's will be provided. Please let Giles know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Wednesday, May 16, 2018
The National Arts Centre, Southam Hall Credit: Diamond Schmitt Architects (rendering and architectural design), Fisher Dachs Theatre Consultants, Engineering Harmonics, and Threshold Acoustics
Location: Threshold Acoustics LLC 141 West Jackson Blvd, Suite 2080 Chicago, IL 60604
Moderated by: Scott Pfeiffer
Speaker(s): Scott Pfeiffer, Nick Dulworth, and John Strong
NOTE: Due to space, this event will be limited to 36 participants. Attendees must RSVP to request a spot. Please send an email to Giles Davis ([email protected]) to be added to the list. Please RSVP by March 26 (event may fill before then).
DESCRIPTION:
Auralization is used regularly in acoustic design, and is often over-hyped. It is not like hearing it before you build it, or a miracle of real-world fidelity. It is however, a way to bring musicians, owners, architects, and others into the conversation. Instead of discussing STC, RT, Clarity, Bass Ratio, Running Liveliness, or EDT, now we can listen together and explore – understand how changes in design become audible and meaningful.
We put the controls in the hands of the users. We present the capability and the shortcomings of the techniques, and we share all of the decisions we make on the way to the final outcome – there is no salesmanship in our technique.
John Strong, Nick Dulworth, and Scott Pfeiffer, with support from others on the team, will share the auralization process as implemented by Threshold Acoustics, you’ll get a chance to hear some auralizations that have moved projects toward their successful completion, and be invited to share your critiques and ideas for how it could be improved.
ABOUT THE PRESENTERS:
Scott Pfeiffer
For over two decades, Scott has participated in virtually every aspect of the acoustical consulting profession, from modeling and measurements to leading the design of complex rooms, audio and video installations, and electronic enhancement systems. He entered the field with a Bachelor of Science in Physics with Honors in Music from Moravian College, and then moved on to graduate studies in the Acoustics Laboratory at the Technical University of Denmark. Scott has been honored as a Fellow in the Acoustical Society of America for his accomplishments in the design of worship and performing arts spaces. He was keynote speaker at the University of Michigan’s 2013 Saturday Morning Physics conference, lecturing a rapt audience of 1,000 on physics, perception, and uniqueness.
Nick Dulworth
Nick has a background in classical recording, music composition, and mechanical design. As a recording engineer, he has recorded over 200 concerts including performances by the Emerson String Quartet, Emanuel Ax, Zuill Bailey, Pierre-Laurent Aimard, and Daniil Trifonov. Nick holds a master’s degree in Acoustics as well as bachelor’s degrees in Music Composition and Recording Arts from The Peabody Institute of the Johns Hopkins University.
John Strong
John’s career in acoustics comprises design of facilities for performing and recording arts, education, and worship, across the US and internationally. He holds Bachelor’s degrees in electrical engineering and music theory from the University of Notre Dame, a Master’s degree in architectural acoustics from Rensselaer Polytechnic Institute, and lifelong experience as a performer in numerous musical genres. As a multi-instrumentalist, science lover, and compulsive tinkerer, he finds perpetual inspiration at the intersection of art and technology. He has presented to the Acoustical Society of America, Audio Engineering Society, and American Institute of Architects, and is a guest lecturer at the University of Notre Dame.
MAILING LIST:
Feel free to drop us a note at [email protected] if you'd like any changes to how you receive our meeting announcements. As always, both members and non-members are welcome.
Other Business: Dinner (optional) will begin at 6:30 pm. Pizza and salad from Lou Malnati's will be provided. In your RSVP, please let Giles know if you will join us for dinner and if you have any dietary restrictions (vegetarian, gluten-free, etc). Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Sunday, March 11, 2018
Location: Shure Incorporated, 5800 W. Touhy Ave, Niles, IL 60714
Moderated by: Steve Rittmueller
Speaker(s): Masonite
DESCRIPTION:
Structural acoustics is the study of how sound is transmitted to and within structures, both airborne and structure-born. The presentation includes 1) a review of the mechanisms of the propagation of sound within the built environment (primarily air-borne), 2) the derivation of the first-order as well as some more advanced approximations to the acoustical performance of structures, and 3) a review of published data for some common construction configurations, including comparisons to theoretical results.
ABOUT THE PRESENTER:
Steve Rittmueller is an acoustical engineer with 20+ years of experience across various fields of acoustics. He started his career in acoustics working for US Robotics with a focus on the interaction between the mechanical design and the performance effectiveness of speakerphones. This was preceded by a stint in the automotive world where he worked on analog electronics and DSP algorithms (noise cancellation, acoustic echo cancellation, speech recognition, etc.) to improve the in-vehicle experience for Motorola and a startup in Southeast Michigan. Steve spent several years developing acoustic transducers and methods of quantifying their performance for Knowles Electronics. Steve is currently a research engineer for acoustics for Masonite, the leading supplier of doors to various markets with a wide variety of acoustically rated products. Steve is active within the ASTM and is currently the chair of subcommittee E33.07, “Definitions and Editorial” within E33, “On Building and Environmental Acoustics”.
Other Business: Dinner (optional, but please RSVP) will begin at 6:30pm. Contact Giles Davis ([email protected]) by Tuesday, January 30th if you would like to join us. Pizza and salad from Lou Malnati's will be provided. Please let Giles know if you have a preference for vegetarian, gluten-free, etc. Price is $10 for non-members and $8 for members and students (please bring cash).
Posted: Wednesday, January 24, 2018
