This study examines open-plan workspaces and the acoustic issues that are common in high-rise office buildings. These settings frequently find it difficult to strike a balance between addressing the need for privacy encouraging collaboration and maintaining acoustic comfort in common areas. The study evaluates the effects of major noise sources on employee productivity, focus, and general well-being. These sources include office equipment, conversations, and insufficient acoustical privacy. Considering the growing concern over noise pollution in contemporary open-plan designs, the study looks at how these disruptions lead to stress, diminished concentration, and communication difficulties. This study describes possible organizational and architectural ramifications for creating more acoustically balanced office spaces, drawing on a broad range of scholarly literature, case studies, and real-world examples. Effective noise management techniques that improve both appearance and usability are demonstrated by successful implementations, such as the use of green walls by the Emirates Green Building Council and the sound-absorbing ceiling panels at the Amazon office in Hyderabad. A sound level meter will be used to measure noise levels to gather quantitative data, which will give verifiable proof of how well the suggested remedies work to reduce excessive noise. This study intends to give planners, architects, and interior designers insights into designing office spaces that encourage concentration, productivity, and teamwork by fusing technical acoustic techniques with careful spatial planning. The study highlights the significance of incorporating flexible and sustainable acoustic solutions in high-rise office buildings, where acoustic issues may potentially be exacerbated. Ultimately, by using evidence-based design principles, the findings help create workspaces that promote worker well-being, reduce noise-related distractions, and increase overall workplace productivity.

Keywords: Acoustic design, open-plan workspaces, noise reduction, green wall, sound absorption

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1. Sarkar S, Roy BC, Baruah N, Sinha RC. Quantitative analysis of sound absorption properties of plants in indoor environment for enabling sustainable practices. Int J Environ Technol Manag. 2019;22(4-5):223.
2. Passero CRM, Zannin PHT. Acoustic evaluation and adjustment of an open-plan office through architectural design and noise control. Appl Ergon. 2012;43(6):1066–1071.
3. Trocka-Leszczynska E, Jablonska J. Contemporary architectural design of offices in respect of acoustics. Appl Acoust. 2021;171:107541.
4. D’Alessandro F, Asdrubali F, Mencarelli N. Experimental evaluation and modeling of the sound absorption properties of plants for indoor acoustic applications. Build Environ. 2015;94:913–923.
5. Azkorra Z, Pérez G, Coma J, Cabeza LF, Bures S, Álvaro JE, et al. Evaluation of green walls as a passive acoustic insulation system for buildings. Appl Acoust. 2015;89:46–56.
6. Roelofsen P. Performance loss in open‐plan offices due to noise by speech. J Facil Manag. 2008;6(3):202–211.
7. Yadav M, Kim J, Cabrera D, de Dear R. Auditory distraction in open-plan office environments: The effect of multi-talker acoustics. Appl Acoust. 2017;126:68–80.
8. Delle Macchie S, Secchi S, Cellai G. Acoustic issues in open plan offices: A typological analysis. Buildings. 2018;8(11):161.
9. Measurement of Room Acoustic Parameters. 2024.
10. Nowicka E. The acoustical assessment of the commercial spaces and buildings. Appl Acoust. 2020;169:107491.
11. Acoustics in Open Office Situations. 2016.
12. Acoustics-Measurement of room acoustic parameters-Part 3: Open plan offices. 2022. Available from: www.iso.org.
13. Application note-Open plan offices 1 ODEON APPLICATION NOTE-ISO 3382-3 Open plan offices. 2012.
14. Kalee MR. Quantifying the acoustical properties of internal vegetation screens: Investigation of the transmission and absorption properties of internal vegetation screens (IVSs) for predicting the acoustical performance of IVSs in an open-plan work environment. 2017.
15. O’Connor S. Open-plan office spaces and their acoustic challenges. 2020.
16. Van Hout G. The acoustic performance of suspended ceiling systems. 2016.

This study examines open-plan workspaces and the acoustic issues that are common in high-rise office buildings. These settings frequently find it difficult to strike a balance between addressing the need for privacy encouraging collaboration and maintaining acoustic comfort in common areas. The study evaluates the effects of major noise sources on employee productivity, focus, and general well-being. These sources include office equipment, conversations, and insufficient acoustical privacy. Considering the growing concern over noise pollution in contemporary open-plan designs, the study looks at how these disruptions lead to stress, diminished concentration, and communication difficulties. This study describes possible organizational and architectural ramifications for creating more acoustically balanced office spaces, drawing on a broad range of scholarly literature, case studies, and real-world examples. Effective noise management techniques that improve both appearance and usability are demonstrated by successful implementations, such as the use of green walls by the Emirates Green Building Council and the sound-absorbing ceiling panels at the Amazon office in Hyderabad. A sound level meter will be used to measure noise levels to gather quantitative data, which will give verifiable proof of how well the suggested remedies work to reduce excessive noise. This study intends to give planners, architects, and interior designers insights into designing office spaces that encourage concentration, productivity, and teamwork by fusing technical acoustic techniques with careful spatial planning. The study highlights the significance of incorporating flexible and sustainable acoustic solutions in high-rise office buildings, where acoustic issues may potentially be exacerbated. Ultimately, by using evidence-based design principles, the findings help create workspaces that promote worker well-being, reduce noise-related distractions, and increase overall workplace productivity.

Keywords: Acoustic design, open-plan workspaces, noise reduction, green wall, sound absorption

🔒 This is a subscription article

Full text is available to subscribers and institutional members. Please choose an option below to access it.

1. Sarkar S, Roy BC, Baruah N, Sinha RC. Quantitative analysis of sound absorption properties of plants in indoor environment for enabling sustainable practices. Int J Environ Technol Manag. 2019;22(4-5):223.
2. Passero CRM, Zannin PHT. Acoustic evaluation and adjustment of an open-plan office through architectural design and noise control. Appl Ergon. 2012;43(6):1066–1071.
3. Trocka-Leszczynska E, Jablonska J. Contemporary architectural design of offices in respect of acoustics. Appl Acoust. 2021;171:107541.
4. D’Alessandro F, Asdrubali F, Mencarelli N. Experimental evaluation and modeling of the sound absorption properties of plants for indoor acoustic applications. Build Environ. 2015;94:913–923.
5. Azkorra Z, Pérez G, Coma J, Cabeza LF, Bures S, Álvaro JE, et al. Evaluation of green walls as a passive acoustic insulation system for buildings. Appl Acoust. 2015;89:46–56.
6. Roelofsen P. Performance loss in open‐plan offices due to noise by speech. J Facil Manag. 2008;6(3):202–211.
7. Yadav M, Kim J, Cabrera D, de Dear R. Auditory distraction in open-plan office environments: The effect of multi-talker acoustics. Appl Acoust. 2017;126:68–80.
8. Delle Macchie S, Secchi S, Cellai G. Acoustic issues in open plan offices: A typological analysis. Buildings. 2018;8(11):161.
9. Measurement of Room Acoustic Parameters. 2024.
10. Nowicka E. The acoustical assessment of the commercial spaces and buildings. Appl Acoust. 2020;169:107491.
11. Acoustics in Open Office Situations. 2016.
12. Acoustics-Measurement of room acoustic parameters-Part 3: Open plan offices. 2022. Available from: www.iso.org.
13. Application note-Open plan offices 1 ODEON APPLICATION NOTE-ISO 3382-3 Open plan offices. 2012.
14. Kalee MR. Quantifying the acoustical properties of internal vegetation screens: Investigation of the transmission and absorption properties of internal vegetation screens (IVSs) for predicting the acoustical performance of IVSs in an open-plan work environment. 2017.
15. O’Connor S. Open-plan office spaces and their acoustic challenges. 2020.
16. Van Hout G. The acoustic performance of suspended ceiling systems. 2016.