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International Coastal Management (ICM) led a value-coastal engineering design for key marine works on one of The World Islands Dubai, optimising breakwaters, a VIP groyne, shoreline walls, and marina berths to balance protection, amenity, and constructibility. The preferred scheme reduced lifecycle cost and footprint while meeting performance targets for safe waters, durable edges, and efficient barge-served construction. Project Details Client: Confidential Date: 2009 Location: The World Islands, Dubai, United Arab Emirates About this Project The Challenge The development required stable shorelines and predictable water conditions for swimming and berthing, high-amenity waterfront edges (including access to a helipad), and solutions compatible with shallow reclamation geotechnics and barge-only logistics. Existing concepts needed refinement to lower whole-of-life cost, minimise visual and environmental impact, and provide clear alternatives for tender and contractor optimisation. The Solution ICM undertook targeted value coastal engineering to set marina performance criteria and stress-test alternatives. The team compared rock breakwater typologies (including hearting-core sections and geosynthetic-core options), reconfigured a VIP groyne to compartmentalise the beach while maintaining flushing, and selected low-maintenance edge treatments (precast vertical panel walls and composite sheet-pile solutions) to maximise land take and durability. For berthing, heavy-duty concrete pontoons - including floating breakwater modules where required - were adopted to meet the defined wave climate with reduced maintenance. The approach emphasised prefabrication, barge-friendly construction, and visual sensitivity, and packaged schematic designs, alternates, and staging guidance to move efficiently into detailed design and procurement. “Our focus was performance per dollar: keep people safe and comfortable, protect the shore, and make it buildable with marine logistics - without over-engineering.” - Aaron Salyer, Director, International Coastal Management Services Provided: The World Islands Dubai Value engineering review of coastal and marina works Numerical performance setting and option stress-testing Concept refinement and schematic design packages Constructability and logistics planning for barge-served delivery Lifecycle (CAPEX/OPEX) considerations and materials selection Stakeholder coordination and pathway to detailed design

International Coastal Management (ICM) is proud to announce that our founder, Angus Jackson, has been appointed as a committee member of the 'National Committee on Coastal and Ocean Engineering (NCCOE)', a specialist sub‑committee of Engineers Australia’s Civil College. The NCCOE plays a pivotal role in shaping the future of coastal and ocean engineering across Australia. As part of Engineers Australia, the committee brings together leading experts from consulting, government, research, and academia to address some of the nation’s most pressing challenges in managing and protecting our coastal and marine environments. About the National Committee on Coastal and Ocean Engineering Coastal and ocean engineering is a highly specialised discipline, working across the interface between land, sea, and the open ocean. The work spans from designing and managing marina development to safeguarding nearshore environments, and building coastal resilience against hazards such as storms, erosion, and climate change impacts. The NCCOE’s objectives include: Facilitating initial and continuing professional education. Assisting in accreditation of relevant tertiary courses. Encouraging and prioritising research. Ensuring the availability of technical standards. Promoting good coastal and ocean engineering practice. Providing forums and networks for knowledge exchange. Formulating policy advice for Engineers Australia in coastal and ocean matters. Fostering interaction between the profession and the public on technical and social issues. Current priorities for the NCCOE focus on improving management of the coastal zone through a deeper understanding of coastal processes, developing hazard and risk strategies, and establishing a national coastal and near‑ocean data program that integrates cutting‑edge remote sensing technologies. Angus Jackson’s Contribution Angus Jackson brings decades of hands‑on and strategic experience to the NCCOE. As founder of ICM, he has led projects across Australia and internationally, delivering innovative solutions for coastal protection, enhancement, and adaptation. From implementing large‑scale nourishment programs on the Gold Coast to advising on cyclone recovery efforts in Queensland and resilience strategies for coastal communities, Angus has consistently championed engineering solutions that work with natural systems rather than against them. His leadership in building collaboration between engineers, scientists, policymakers, and communities aligns closely with the NCCOE’s mission to connect technical expertise with societal needs. “I’m honoured to join the NCCOE and contribute to its important work,” said Angus. “Australia’s coastline is both a treasured asset and a dynamic, challenging environment. The committee’s role in guiding best practice, shaping policy, and supporting innovation is vital as we adapt to the changing climate, population growth, and evolving coastal use.” Why This Matters for ICM Angus’s appointment is not only a recognition of his individual expertise, but also a reflection of ICM’s standing in the coastal engineering community. Being represented on the NCCOE ensures that the perspectives and practical insights gained through our projects are part of the national conversation. It allows us to contribute to setting research priorities, influencing technical standards, and ensuring that coastal management decisions are grounded in both science and real‑world application. This role also offers opportunities for knowledge exchange between ICM and other leaders in the field. Insights from the NCCOE’s work will directly inform our project methodologies, helping us deliver even better outcomes for our clients and the communities we serve. We congratulate Angus on this well‑deserved recognition and look forward to the impact he will make as part of the National Committee on Coastal and Ocean Engineering.

ICM prepared a Phase-1 Marine & Coastal Issues Study to underpin master planning for the Australia Islands Group within The World Islands, Dubai - identifying design risks and requirements across waves, currents, water levels, water quality, shoreline stability, berthing, and navigation. The study set data needs and modelling pathways, recommended preliminary beach/edge typologies and marina tranquillity criteria, and outlined mitigation options to balance protection, flushing, and amenity. Project Details Client: GHD Date: December 2004 Location: The World Islands, Dubai, United Arab Emirates The Challenge Creating a liveable, high-amenity island group inside a vast offshore archipelago required early clarity on coastal defences, internal wave climate, harbour tranquillity, water quality, sediment transport, vessel wakes, and navigation. With limited site data and evolving perimeter breakwater geometry, the master plan needed robust criteria for beaches and edge treatments, realistic marina performance targets (AS3962), and strategies to minimise maintenance dredging and protect swimmer safety - without compromising flushing or visual outcomes. The Solution ICM defined strategic objectives, reviewed the concept layout against marine processes, and compiled data and modelling requirements to de-risk planning and set design envelopes. The study set marina tranquillity criteria, highlighted vessel-wake management (e.g., low-wake operations), mapped preliminary navigation channels and aids and outlined water quality mitigation options integrated with a phased monitoring and data-capture plan. “At concept stage our job is to ‘set the stage’ - get the shoreline orientation, beach width, and protection typologies right so detailed design has a stable, buildable starting point.” - Aaron Salyer, Director, International Coastal Management Services Provided Stage-1 coastal study and concept development workshops Desktop wave climate assessment (including effects of The World/Palm Jumeirah) and shoreline stability review Concept layouts for beaches, breakwaters, groynes/sills, quay/revetment edges, canals, and marina berths Recommendations on beach widths, crest levels, and orientation to improve stability Identification of Stage-2 modelling, fill and materials quantification, and design verification needs

ICM is proud to announce the appointment of Chadi Sabra as Managing Director for EMEA, reinforcing our long-standing commitment to sustainable coastal and marine infrastructure across Europe, the Middle East and Africa. For more than two decades, ICM has been a trusted partner in the region, delivering innovative, resilient, and iconic coastal solutions. With Chadi joining our leadership team, we are deepening that commitment, aligning our global expertise with the region’s bold development visions. Engineering Leadership with Regional Depth Chadi is a highly regarded senior executive and Chartered Civil Engineer with over 20 years of experience in marine and coastal infrastructure. His portfolio includes transformative developments such as the $3B Sheikh Jaber Al-Ahmad Al-Sabah Causeway and the $17B King Salman Maritime Complex, reflecting his ability to combine engineering with strategic leadership. Chadi’s specialist expertise in marinas, ports, and large-scale waterfront infrastructure makes him uniquely positioned to guide ICM’s regional growth at a time when Gulf nations are reshaping their coastlines to balance economic development with environmental sustainability. Holding an MSc in Civil and Coastal Engineering, an MBA in Global Management, and professional certifications including PMP, PMO-CP, and ENV-SP, Chadi combines academic depth with practical, results-driven leadership. More importantly, he is known for his collaborative approach, building strong partnerships with municipalities, developers, contractors, and consultants. “The region’s coastlines face accelerating challenges - from rapid development to environmental stressors,” says Chadi. “But with the right partnerships and engineering approach, we can create infrastructure that’s resilient, sustainable, and built to last.” Strengthening Our Regional Commitment ICM has a long and established history in the Middle East - from artificial reef systems to coastal protection structures and artificial island developments. Our portfolio reflects the trust placed in us by municipalities, developers, contractors and private sector partners who require both technical certainty and sustainable outcomes. With Chadi leading our regional office, we are doubling down on that commitment. His leadership will ensure ICM continues to deliver smart, scalable, and innovative solutions that address the region’s most pressing coastal challenges - from erosion and climate change adaptation to the creation of thriving, resilient waterfronts. “ICM’s work has always balanced nature with engineering. That’s exactly what the region needs - proven solutions that integrate environmental protection with engineering certainty,” Chadi notes. “I’m excited to build on that reputation - and work closely with regional partners to deliver infrastructure that lasts and adapts to the future.” What We Offer in the Middle East ICM continues to provide full-service coastal consultancy across: Coastal protection & erosion control Marina Planning and Port Development Nature-based solutions & artificial reefs Island & waterfront development Climate adaptation & Resilience Monitoring, review & expert advisory Every project we deliver combines a global perspective with deep regional insight - balancing technical certainty with a deep respect for natural systems. Let’s Work Together If you’re planning a coastal or waterfront project in the EMEA region, whether it’s resilient infrastructure, an island development, or erosion mitigation - our team is here to support.

In response to severe erosion and successive breakthrough events on Bribie Island, the Queensland Government commissioned an independent expert review to assess impacts, develop immediate recommendations, and plan long-term coastal resilience strategies. Project Details Client: Queensland Government Date: 2025 Location: Bribie Island & Surrounds About This Project The Challenge: Major erosion and two significant breakthrough events, first in 2022, and then again during ex-Tropical Cyclone Alfred in 2025, rapidly altered the northern tip of Bribie Island. These changes closed the Caloundra Bar, impacted marine access, and raised serious concerns about the long-term protection of nearby communities, infrastructure, and ecological systems. The Solution: The Queensland Government appointed RPS and International Coastal Management (ICM) to conduct an independent review into the Bribie Island erosion and breakthrough events, including: Part 1: Desktop analysis of erosion and breakthrough events, drawing on more than 200 historical and technical sources Part 2: Immediate recommendations, focusing on urgent actions to reduce risks caused by the recent erosion and breakthrough events Part 3: Long-term recommendations, focusing on proactive forward-looking measures to enhance the long-term resilience of the system These insights are now informing both immediate works and the broader future direction for the region's coastal management. "This project was about more than just reacting to erosion - it was about helping the community understand what’s happening and planning for what’s next. Our role was to cut through complexity and provide clear, practical steps for both immediate action and long-term resilience." - Aaron Salyer, Director & Principal Coastal Engineer, ICM Services Provided Desktop analysis Immediate recommendations Long-term recommendations Community consultation and stakeholder engagement Get in Touch Interested in building coastal resilience or need support navigating erosion risks?

Following Ex-Tropical Cyclone Alfred, the Surfers Paradise Hardstand faced immediate erosion and scour risk from elevated tides and swell. ICM led a fast-track response for the City of Gold Coast, delivering emergency protection design, rapid procurement, approvals support, and implementation guidance while preparing future options. Project Details Client: City of Gold Coast Location: Queensland, Australia Date: 2025 About This Project The Challenge With citywide nourishment programs still in progress, the Hardstand area required short-term measures to prevent undermining during upcoming high-energy events. The window to design, source materials, secure permissions, and mobilise crews was extremely tight. The Solution ICM led a coordinated emergency works program. We reviewed nourishment strategies suited to local sand conditions and wave climate, then produced construction-ready details for rapid works at the Hardstand zone. In parallel, we arranged direct procurement with international suppliers to secure specialist coastal protection materials at speed, and worked closely with regulatory agencies to streamline emergency approvals. During construction, our engineers provided agile design adjustments and on-site support. To strengthen future resilience, we prepared a suite of options with concept layouts, costed scenarios, and maintenance strategies to support quicker responses in future erosion events. “Our goal was simple - stabilise the Hardstand fast and cut delays by aligning design, procurement, approvals, and site support into one coordinated push.” - Aaron Salyer, ICM Services Provided Condition review and impact modelling Emergency response design Feasibility assessment Approvals liaison and implementation support

Following repeated cyclone damage and erosion to the beach adjacent to the Bowen Golf Club, Whitsunday Regional Council engaged ICM to develop a seawall solution to prevent further erosion. ICM designed a durable seawall using repurposed seabees units from a historic Bowen project to prevent future coastal recession and protect golf course assets. Project Details Client: Whitsunday Regional Council Date: 2016 Location: Bowen Golf Club, Queensland About This Project The Challenge: Coastal erosion triggered by multiple cyclones had begun to threaten the beach adjacent to the Bowen Golf Club. The Council sought a cost-effective solution using available materials to minimise project costs while delivering shoreline stability. The Solution: ICM was engaged to assess the viability of using Seabees units - originally from a historic project in Bowen - and to develop a tailored seawall design for the unique conditions of the site. A condition review of existing Seabees units was undertaken, with a stability assessment of the seabees seawall using exiting available units. A concept and detailed design was completed based on the condition and geometry of the existing Seabees. Key structural elements, including the filter layer, toe protection, crest detail and seawall return were engineered for optimal performance. The project successfully reused 266 existing Seabees units, delivering both cost-efficiency and durability. The seawall was constructed from September to November 2017, with ICM providing ongoing support to ensure successful implementation. This project showed how innovative re-use of materials combined with expert coastal engineering, can deliver a cost-effective and resilient erosion solution." - Aaron Salyer, International Coastal Management Services Provided: Seabees condition review Concept design for seawall layout Detailed design including toe, crest, and filter layer Design of seawall return Get in Touch ICM has delivered seawall and coastal protection projects across Queensland using innovative, site-specific designs tailored to natural forces and local materials. If your council or development is facing coastal erosion challenges, get in touch with us to explore solutions that balance durability, sustainability, and value.

The Northern Gold Coast Beach Protection Strategy (NGCBPS) was designed to provide sustainable, long-term coastal management for the northern Gold Coast. The project successfully widened and protected beaches from erosion while enhancing surfing conditions through innovative engineering solutions. Project Details: Client: Gold Coast City Council Date: 1997-2001 Location: Northern Gold Coast, Queensland, Australia About This Project The Challenge The northern Gold Coast beaches faced significant erosion during storm conditions, threatening coastal resilience and recreational beach use. As a popular surfing destination, the area also required enhancements to improve surfing conditions without compromising environmental sustainability. The Solution The Northern Gold Coast Beach Protection Strategy (NGCBPS) was initiated by Gold Coast City Council to provide a sustainable long-term coastal management solution for the Northern Gold Coast. The primary purpose of the project was to widen and protect the northern Gold Coast beaches from erosion in storm conditions. As this is a popular surfing area, the secondary objective was to improve the surfing amenity. International Coastal Management (ICM) developed and implemented an integrated and sustainable strategy to address these challenges. Key components included: Beach Nourishment: An initial placement of 1.2 million cubic meters of sand to widen the beaches. Nearshore Artificial Reef: Designed as a coastal control point, improving wave quality for surfers while stabilising sand movement. Boulder Wall Completion: Strengthening shoreline defenses against severe weather impacts. Ongoing Maintenance Nourishment: Regular sand replenishment to maintain beach width and storm protection. ICM managed all aspects of the project, including design studies, impact assessment studies, final engineering design, and implementation. Advanced construction techniques using mega sand-filled geotextile containers were used for the reef, ensuring cost-effectiveness, safety, and ecological benefits. The reef provided a substratum for diverse marine life, creating a vibrant ecosystem that exceeded expectations. Monitoring & Results The impact studies included a cost-benefit study undertaken by Griffith Centre for Coastal Management (GCCM) and a comprehensive Environmental Management Plan that was developed with GCCM. As part of the design studies, physical and numerical modeling was undertaken by Water Research Laboratory (University of NSW), Griffith Centre for Coastal Management and the University of Waikato. Extensive monitoring has demonstrated the strategy’s success in maintaining an increased storm buffer during significant wave events (up to Hmax >13m) and enhancing surfing conditions. The reef has also become a valued recreational diving and fishing destination, adding ecological and community benefits. The mega sand filled geotextile containers used for construction of the reef have proved to be a safe and economical construction material. The monitoring has provided data to facilitate improvements to the geotextile materials and container design. The non-woven Terrafix geotextile has also provided an excellent substratum for a diverse range of marine vegetation and the extent and diversity of the marine habitat formed has greatly exceeded expectations. The development of this diverse marine ecosystem contributes to the environmental value of the reef structure as well as providing a new recreational dive and fishing location. “The North Gold Coast Beach Protection Strategy demonstrates how innovative engineering and environmental integration can deliver long-term resilience and recreational value to our coastlines.” - Angus Jackson, International Coastal Management Services Provided: Coastal Management Strategy Development Beach Nourishment Design & Implementation Artificial Reef Design & Construction Impact Assessment Studies (IAS) Environmental Management Plans (EMP) Monitoring & Maintenance -> Learn more about the Northern Gold Coast Beach Protection Strategy. Get in Touch At ICM, we specialise in designing and delivering innovative coastal protection strategies tailored to unique challenges. Our decades of experience, combined with sustainable solutions, ensure long-lasting results for communities and ecosystems. Contact us today to learn how we can support your coastal management needs.

To support its goal of inclusive beach access, Ballina Lighthouse and Lismore SLSC sought to investigate permanent DDA-compliant beach access infrastructure. ICM was engaged to assess erosion vulnerability and provide feasibility advice for resilient ramp designs. Project Details: Client: Ballina Shire Council Date: 2021 Location: Lighthouse Beach, Ballina, NSW About This Project The Challenge: Ballina Lighthouse and Lismore Surf Life Saving Club, in collaboration with Ballina Shire Council, aimed to create a permanent, accessible beach access. However, the dynamic coastal conditions at Lighthouse Beach presented challenges, particularly in relation to long-term erosion, storm cut risk, and swash zone impacts. A detailed feasibility study was needed to identify a resilient design solution that would comply with DDA standards while remaining operational under future climate conditions. The Solution: ICM was engaged to assess three potential ramp options, balancing design intent with coastal hazard exposure. A 2D S-beach model was developed to simulate erosion risk from a range of design storm events, allowing for the determination of current and projected erosion hazard lines. Each design was assessed for: Erosion vulnerability Construction and maintenance implications Compatibility with existing infrastructure Safety, longevity, and operational access requirements Toe scour protection was also recommended as a necessary feature, given the structure’s exposure to active erosion zones. Services Provided: Site inspection & review 2D coastal modelling (S-beach) Erosion hazard line determination Long-term erosion and climate impact projections Design vulnerability and feasibility assessment Strategic recommendations for future construction Get in Touch: ICM has extensive experience delivering accessible, resilient coastal infrastructure along dynamic shorelines. Our team has worked with councils across Queensland and NSW to develop practical, cost-effective solutions that meet engineering standards, community needs, and environmental conditions. If your council or community organisation is considering an accessible beach access project, we’re here to help.

ICM conducted a feasibility study to assess the practicality of constructing an artificial surfing reef at Middleton Beach, Albany, to enhance surf quality and frequency. The study concluded that an artificial reef is feasible and would offer significant social, environmental, and economic benefits to the local community. Project Details Client: Southern Ocean Surfers (SOS) with support from Great Southern Development Commission and the City of Albany Date: 2003-2004 Location: Middleton Beach, Albany, Western Australia About this Project The Challenge: Middleton Beach, located near Albany, lacked consistent and quality surf due to its dependence on favorable wave conditions and sandbar formations. While high-quality surf spots existed nearby, they were at least a 40-minute drive away and suited mainly to experienced surfers due to heavy ocean swells. This limited opportunities for local surfers, especially youth and beginners, and reduced the area's potential to attract surf tourism and related economic benefits. The Solution: ICM was commissioned to evaluate the feasibility of constructing an artificial surfing reef at Middleton Beach. Key aspects included: Feasibility Study: Investigating site conditions and various design options, including V-shaped artificial banks, surf banks integrated with erosion protection works, and standalone structures. Considering various construction materials such as sand-filled geotextile containers, rock, and innovative reef systems. Cost-benefit Analysis: Considering social, environmental and economic aspects. The study concluded that a surf reef at Middleton Beach would provide the best outcomes, balancing economic, social, and environmental benefits. In the long term, a number of reefs could be implemented progressively, and Middleton Beach promoted as a surfing precinct with a range of surf reefs exhibiting different characteristics. “This project demonstrates how thoughtful coastal engineering can enhance recreational opportunities while addressing environmental and economic goals” - Angus Jackson, Director at International Coastal Management Services Provided: Feasibility Study Preliminary Design & Modelling Economic & Environmental Assessments Stakeholder Consultation Get in Touch: With over 40 years of coastal engineering expertise, ICM specialises in designing innovative solutions like surf enhancement reefs. Contact us to learn how we can help bring your coastal vision to life.

The canal revetment at Anchorage Isle required upgrades to safeguard residential properties from erosion and structural instability. ICM designed and supervised the transformation of the revetment into a durable geotextile and rip-rap structure. Project Details Client: The Isle Neighbourhood Association Date: 2002 Location: Anchorage Isle, Mariner’s Drive East, Tweed Heads, Australia About This Project The Challenge Anchorage Isle's existing basalt boulder revetment was showing signs of wear and erosion, threatening the stability of nearby residential properties and infrastructure. Without prompt action, the degradation posed risks of further erosion, property damage, and significant repair costs. The Solution ICM conducted a comprehensive site inspection and condition assessment to identify the extent of the issues. A detailed rectification plan was developed, incorporating: Geotextile & Rip-Rap Design: Replacing the existing basalt boulder structure with a modern geotextile and rip-rap system to enhance stability and longevity. Approvals & Technical Specifications: Securing all necessary approvals and preparing technical specifications for precise construction implementation. Construction Supervision: Overseeing the construction process to ensure quality and compliance, providing certification upon completion. The rectified revetment now offers robust protection against erosion, safeguarding the residential estate and enhancing the canal-front aesthetic. “Our work at Anchorage Isle demonstrates ICM’s commitment to delivering practical, long-lasting coastal protection solutions that align with community needs.” - Angus Jackson, Founder, International Coastal Management Services Provided Site Inspection Condition Assessment Rectification Recommendations Rectification Design Approvals Technical Specification Contract Management Construction Supervision and Certification Get in Touch ICM specialises in designing and delivering durable coastal protection solutions for residential and community waterfronts. Contact us to ensure your shoreline remains resilient and secure.

To support the restocking of the endangered Safi fish, ICM partnered with EcoCoast to design and install eco-engineered artificial reef modules in the Al Yasat Ali Island harbour. These innovative structures provide a safe habitat and promote algae growth, creating optimal conditions for juvenile Safi survival. Project Details Date: 2012 Location: Al Yasat Ali Island, Abu Dhabi, United Arab Emirates Project Partners: EcoCoast About This Project The Challenge The endangered Safi fish faced low survival rates during a restocking program due to limited natural habitat and insufficient food sources in the harbour. The project required a habitat enhancement solution that could support algae growth and protect juvenile Safi fish while maintaining harbour usability for vessels and recreational activities. The Solution ICM, in partnership with EcoCoast, implemented a comprehensive strategy to address these challenges: Site Investigation: Comprehensive assessments of site characteristics, including currents, wave action, water depth, salinity, and temperature, to ensure the design met environmental and operational requirements. Detailed Design: Creation of custom Eco-Mat modules featuring a geotextile base to promote algae growth and vertical elements to provide shelter and enhance the growth of filamentous algae as a food source. A strategic placement plan for the modules was developed to maximise effectiveness while accommodating harbour constraints. Installation: Partnered with EcoCoast for the fabrication and supervised the installation of 52 modules, completing the deployment in just one day with the help of a skilled diving team. Ongoing monitoring post-installation demonstrated the modules’ success in fostering algae growth and providing safe habitats for juvenile Safi fish, contributing to the species' survival and population growth. “Our innovative reef modules have transformed the harbour into a thriving habitat, offering hope for the endangered Safi fish population.” - Aaron Salyer, International Coastal Management Services Provided Site Investigation Detailed Design Installation Research & Development Project Management Get in Touch ICM brings expertise in eco-engineering solutions for habitat restoration and marine biodiversity enhancement. Contact us to discuss how we can support your environmental and conservation goals.