Abodunrin Aliu

Responsibilities:

• Meeting with Consultants, contractors presenting the company engineering & Contracting capability.
• Creating Enquiries for Acoustic studies either with the contractors or as sub-consultant to lead consultants.
• Performing all types of acoustic studies & calculations as maybe required.
• Creating enquiries, sending quotations for acoustic treatments.
• Finalizing projects & hand over to site team.

• Conducted acoustical analysis and designed solutions for 20+ spaces, including conference rooms, banquet halls, and guest suites, ensuring compliance with BS 8233:2014 and ISO 7171:2020
• Reduced noise impact by 40% through environmental noise surveys and soundproofing implementation
• Improved speech intelligibility by 35% via targeted reverberation control strategies
• Delivered a comprehensive noise impact report for a 10-acre site, meeting regulatory requirements
• Designed and installed acoustic materials that enhanced sound quality by 50% across key facilities

• Led acoustic design for a 100,000-seat auditorium, ensuring alignment with international standards, resulting in a 25% improvement in sound clarity and intelligibility
• Developed sound insulation solutions that achieved 98% noise isolation between rooms
• Executed on-site acoustic measurements across 50+ points, optimizing the acoustic performance
• Delivered 10+ comprehensive client presentations, ensuring full stakeholder alignment
• Drafted reports with actionable recommendations, achieving a 95% client satisfaction rate

• Designed and delivered acoustical solutions for 50+ large-scale projects, including religious spaces and concert halls
• Achieved a 60% noise reduction for industrial facilities using advanced noise barriers
• Spearheaded the acoustic design of Federal Inland Revenue HQ Call Centre, reducing noise complaints by 70%
• Directed acoustic optimization for a 15-classroom university project, improving learning environments by 45%
• Supervised hybrid acoustic installations, boosting client satisfaction rates by 90%

• Company Overview: University of Jos Lecture Hall Project
• Designed acoustics for a lecture hall with 500+ seating capacity, enhancing speech intelligibility by 40%
• Collaborated with architects and engineers, ensuring seamless integration of solutions into structural designs
• Conducted noise and reverberation measurements, reducing RT60 from 3.5 to 1.8 seconds
• Delivered solutions compliant with AS/NZS 2107:2000 standards, improving sound distribution
• Reduced construction costs by 15% by optimizing material usage without compromising quality
• University of Jos Lecture Hall Project

• Conducted RT60 measurements and optimized studio acoustics for clear audio production
• Achieved a 20% improvement in noise isolation through precision sound insulation tests
• Led the design and implementation of noise control solutions, enhancing studio productivity by 25%
• Delivered a final report with design optimizations, saving 10% in project costs
• Integrated noise mitigation strategies that ensured compliance with ISO 1996-2 standards