We deliver sustainable facades and acoustic solutions for educational institutions, creating spaces that support learning and well-being. Our projects integrate smart facades, sustainable materials, and acoustic treatments to heighten comfort, energy efficiency, and sound quality. From classrooms to auditoriums, we design environments that foster focus and collaboration while meeting modern building standards.
Location
Universal Cultural Centre
Client
National University of Singapore (NUS), Singapore
Product
Timberix™ 20/4
Architect
Forum Architects
Consultant
ARUP Group
Main Contractor
Gennal industries Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
The National University of Singapore (NUS) is an autonomous research university in Singapore. Founded in 1905 as a medical college, it is the oldest institute of higher learning (IHL) in Singapore, as well as the largest university in the country.
The University Cultural Centre, is a world class performing arts centre that facilitates 22 student arts excellence groups in music, dance, theatre and film. The performance hall was designed to achieve an RT60 time of 1.8 – 2.5 seconds. Timberix™ grooved panels with grooves 20/4, and ugyen and walnut finish were installed onto the walls to achieve the reverberation time.
Location
Lee Kong Chian Lecture Theatre
Tan Chin Tuan Lecture Theatre
Lecture Theatre 19 & 20
Lee Foundation
Client
Nanyang Technological University (NTU), Singapore
Product
Fabrix™
Architect
SQFT Architects
Consultant
Aurecon Singapore
Main Contractor
Soonly Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
The Nanyang Technological University (NTU) is an autonomous research university in Singapore established in 1955.
The acoustics of the lecture theatre was designed to promote speech intelligibility amongst professors and students. Fabrix™ profiles ML 27S (Mid Load, 27mm Height, Square Profile), EL 27S (Edge Load, 27mm Height, Square Profile) and SS 27S (Side Snap, 27mm Height, Square Profile) were used in the construction of the fabric acoustic cladding on the walls of the lecture theatre.
Location
1 Jurong West Street 72,
Singapore 649223
Client
Ministry of Education (MOE)
Product
Timberix™ Grooved 13/3
Architect
Shing Design Atelier
Main Contractor
NB Resources Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
West Grove Primary School is a government primary school in Singapore established in 2001.
Timberix™ Grooved 13/3 acoustic timber panels in Melamine finish were installed on the walls of the dance studio to achieve the required reverberation time. They help to absorb sound and reduce echoes by trapping and diffracting sound in the grooves.
Location
21 Heng Mui Keng Terrace, Singapore
Client
National University of Singapore (NUS), Singapore
Product
Alüm
Architect
AWP Architects
Main Contractor
Lincotrade & Associates Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
As the innovation and entrepreneurship hub of the National University of Singapore (NUS), NUS Enterprise nurtures creative thinking and global collaboration through its education programmes, industry partnerships, and outreach initiatives.
Alüm™ Mesh Aluminium Wall panels in a yellow powder-coated finish are installed in the study room to infuse energy and creativity into the space. The perforated mesh design promotes natural sound diffusion and ventilation, balancing acoustic comfort with visual lightness. Each panel is tailored in size, pattern, and finish to complement the room’s dynamic and modern atmosphere.
Location
21 Heng Mui Keng Terrace, Singapore
Client
National University of Singapore (NUS), Singapore
Product
Alüm
Architect
AWP Architects
Main Contractor
Lincotrade & Associates Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
NUS Enterprise, the entrepreneurial arm of the National University of Singapore (NUS), fosters innovation through education, industry partnerships, and global outreach.
Alüm™ Perforated Baffle panels are installed to reduce reverberation and improve speech clarity. Made from high-strength aluminium with internal insulation, they offer acoustic control with customisable sizing, spacing, and finishes.
Location
21 Heng Mui Keng Terrace, Singapore
Client
National University of Singapore (NUS), Singapore
Product
Alüm
Architect
AWP Architects
Main Contractor
Lincotrade & Associates Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
The entrepreneurial arm of the National University of Singapore (NUS), NUS i3, drives innovation through education, industry partnerships, and global collaboration.
Alüm™ Brushed Stainless Steel Clip-In Ceiling panels are installed to enhance acoustic comfort and architectural refinement. Crafted from durable stainless steel with internal acoustic insulation, they provide sound absorption and a sleek modern finish, with customisable sizes, perforation patterns, and surface textures to suit diverse interior designs.
Location
21 Heng Mui Keng Terrace, Singapore
Client
National University of Singapore (NUS), Singapore
Product
Alüm
Architect
AWP Architects
Main Contractor
Lincotrade & Associates Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
Situated at the heart of the National University of Singapore (NUS), NUS Enterprise serves as a catalyst for innovation and entrepreneurship, bridging academia with industry through experiential learning and global collaboration.
Alüm™ Clip-In Ceiling panels in a grey powder-coated finish are featured in the study room to create a cohesive and tranquil atmosphere. Matching the NUS school colours, the ceiling blends seamlessly with the overall design while improving acoustic comfort. Each panel is crafted for precision, durability, and ease of maintenance, delivering a refined aesthetic that complements the space’s modern functionality.
Location
8 Somapah Rd, Singapore
Client
Singapore University of Technology and Design (SUTD)
Product
Fabrix™ ML 27S, EL 27S
Architect
DP Architects Pte Ltd
Consultant
UNStudio
Main Contractor
Woh Hup Pte Ltd
Acoustic Contractor
Aural-Aid Pte Ltd
The Singapore University of Technology and Design (SUTD) is the fourth autonomous university to be established in Singapore. The campus opened in January 2015, is located near the Changi Business Park, and is served by Upper Changi Station on the Downtown MRT Line.
The Buckminister Collaboration Space was refurnished in 2016. The acoustics of the space was designed to reduce echoes and reverberations so that students and teachers could have intelligible conversations. Fabrix™ profiles ML 27S (Mid Load, 27mm Height, Square Profile), and EL 27S (Edge Load, 27mm Height, Square Profile) were used in the construction of the acoustic panels for both the walls and ceiling.
Good acoustic treatment ensures clear speech intelligibility and reduces echoes or reverberation. In educational spaces such as lecture theatres, media rooms, computer labs or music halls, proper sound control helps students and teachers hear clearly, improves concentration, and supports performances or recordings.
Aural-Aid uses a variety of acoustic panel types for schools and educational buildings. This includes fabric-wrapped panels, timber acoustic panels, polyester acoustic boards, and other sound-absorbing systems suited to walls, ceilings, and room interiors.
Yes. Their solutions are versatile — for small rooms such as computer labs or media rooms they use wall panels to reduce reverberation and improve clarity; for large spaces like performance halls or lecture theatres they combine wall and ceiling treatments to manage echo, sound reflections and reverberation time appropriate for the venue.
Aural-Aid’s panels are available in multiple finishes and materials, allowing institutions to maintain aesthetic quality while achieving proper acoustics. For example, fabric-wrapped panels or timber panels can complement interiors while delivering sound absorption and reverberation control.
Yes. Aural-Aid understands local building contexts and noise challenges. Their acoustic panel systems are designed to meet soundproofing and acoustic control requirements within Singapore’s schools and institutions, offering effective solutions for speech intelligibility, music rooms, lecture halls and other learning spaces.
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