Automotive/land vehicles

• Design for interior sound quality in automobiles, trucks, buses and land vehicles.
• Create system level models and set component level targets for suppliers
• Design quieter engines and powertrain components
• Perform weight/cost optimization of interior sound package and damping treatments
• Diagnose airborne and structure-borne sound transmission through trimmed body structures and components
• Predict noise radiation from exhaust lines, mufflers and intakes

Architecture

• Create efficient system level models of office buildings, hotels, theatres and apartments
• Optimize the vibro-acoustic performance of HVAC systems, chillers, compressors, fans and motors
• Predict TL and flanking paths through different building constructions
• Predict absorption and sound insulation for new partition designs and constructions
• Investigate the acoustic performance of different noise barriers

Aerospace

• Design for interior noise in commercial, executive and military aircraft
• Optimize the vibro-acoustic performance of new lightweight materials and constructions
• Reduce weight and improve fuel efficiency with the optimal design of noise control treatments
• Define random vibration, acoustics and shock environments and set acceptance and qualification levels for launch vehicles and payloads
• Analyze the response of primary structure, payload and critical flight equipment due to acoustic, random vibration and shock environments

Consumer appliance

• Diagnose transmission paths and dominant sources in consumer appliances such as dishwashers, washing machines, refrigerators and power tools
• Define requirement specifications for motors and fans in computers and electronic equipment
• Design components, casings and enclosures to minimize radiated noise
• Optimize sound quality of speakers, mobile phones, etc.

Naval/marine

• Create full system level models of shipboard noise and vibration in ships, submarines and luxury yachts
• Design for reduction of hydrodynamic and mechanical flow contributions to sonar self noise
• Minimize signatures and reduce underwater noise radiation

Rail

• Design for interior sound quality
• Analyze wheel-rail interaction, engine and aerodynamic noise
• Model pass-by-noise and community noise impact
• Diagnose transmission paths and optimize interior sound package

Process and industrial machinery

• Design noise control treatments for process equipment to eliminate operator/occupant hearing loss
• Ensure government regulations for noise levels and exposure can be met with minimum additional cost