Acoustical design in architecture is designing a space with sound quality that meets its functional requirements. Reducing both noise and vibration is part of acoustical design. Sound quality and noise mitigation is a significant factor in the built environment.Our goal is to optimize the acoustical design according to building science, aesthetics and cost. Our designs optimize sound quality in a manner consistent with each project’s functional design and budgetary requirements. By utilizing a proactive, collaborative design approach we are able to address the acoustical effect of all of the building systems on the built environment, and develop recommendations and performance criteria with the design team and project consultants. Our recommendations are provided early in the design phases and we remain involved through Construction Administration to verify that our recommended assembly details are executed properly in the field. (Veneklasen Project Photo -CO )
Acoustics
Architectural Acoustic Design
Underwater Acoustic Design
Underwater acoustics design is a critical specialty focused on the assessment, control, and optimization of sound propagation in aquatic environments. This field is essential for various applications, including marine research, naval operations, offshore construction, and environmental monitoring. Effective underwater acoustics design involves understanding the unique properties of sound transmission in water, which differs significantly from terrestrial environments due to factors such as pressure, temperature, and salinity. The importance of underwater acoustics design cannot be overstated. In marine research, precise acoustic modelling is necessary to track marine life, map the seafloor, and study underwater phenomena. Naval operations rely on advanced sonar and communication systems that must be meticulously designed to ensure stealth, accuracy, and reliability. Offshore construction projects, such as oil rigs and wind farms, require robust acoustic solutions to monitor structural integrity and environmental impact. Furthermore, environmental monitoring depends on accurate acoustic data to assess the health of marine ecosystems and detect human-induced disturbances. Veneklasen Associates excels in delivering comprehensive underwater acoustics design services. From designing advanced systems to developing noise mitigation strategies for marine construction, our expertise ensures optimal performance and compliance with environmental regulations. Veneklasen Associates' commitment extends beyond initial design to encompass comprehensive site assessments, rigorous testing protocols, using various modelling techniques and ongoing support, ensuring the sustained effectiveness of our acoustic solutions. (Veneklasen Project Photo -CO )