Multidisciplinary teams comprising of specialists across ten industry sectors, we have the expertise necessary to grapple with challenging assignments.
Our business is built on relationships, and our clients will always be our top priority.
International Award-Winning Engineering Consultants who deliver ground breaking solutions at the forefront of industry best practice.
Our Commitment to Net Zero
Ayesa is committed to becoming a net zero engineering consultancy by 2040
Stay on top of the latest developments, appointments, awards and more across all our offices.
.png)
On 19th October 2023, ByrneLooby will rebrand to Ayesa
ByrneLooby will officially adopt the name of its parent company, Ayesa, a global engineering and technology services provider.
Cultivating a culture in which individual differences and the contributions of our staff are recognised and valued.
Multidisciplinary team comprising of specialists across Ireland, UK and the Middle East.
We would love to hear from you. Please fill in the quick contact form below.
C105 Waterfront is a Link International Properties development comprising of a 154,000 sq.m iconic mixed-use development including two residential towers. Ayesa was appointed to provide specialist marine and geotechnical engineering support involving the development of the concept to detailed design for the pontoon and mooring arrangement, blockwork quay wall along the development waterfront and the foundation piles for the floating platforms, as well as construction supervision.
Ayesa was appointed by Lead Architects, Ewan Architectural & Engineering Consultancy, to provide specialist marine and geotechnical engineering support as well as construction supervision. Our scope involved the development of the concept to detailed design for the pontoon and mooring arrangement, blockwork quay wall along the development waterfront and the foundation piles for the floating platforms.
Ayesa added significant value to the project by reducing the number of foundation piles required to support the floating platforms. With the use of state-of-the-art geotechnical software and a thorough understanding of the soil characteristics, wave and current loadings we were able to optimise the design and reduce the number of piles required. This reduction resulted in cost and time-saving.
