Search Results

ICM is proud to have been recognised at this year’s Engineers Australia Excellence Awards for our cutting-edge contributions to the field of engineering. The 2024 event celebrated Australia’s leading engineering professionals and projects, recognising innovation, technical excellence, and the outstanding impact of engineering on communities and environments. ICM’s Re:Beach Living Speed Bumps  project, designed to combat severe coastal erosion in Oceanside, California, was honoured with the ' Outstanding Project Submission for Innovation' . Additionally, Senior Coastal Engineer Sam King was nominated for ' Emerging Professional Engineer of the Year'  for his outstanding contributions to nature-based solutions. The Re:Beach Living Speed Bumps Project The Living Speed Bumps   project is designed to address the escalating issue of coastal erosion while enhancing the surrounding marine ecosystems. This innovative solution integrates a combination of large-scale artificial reefs, eco-engineered materials, and a vegetated dune system to create a comprehensive nature-based approach to coastal protection. By incorporating advanced sand nourishment techniques and sustainable materials, the project not only slows down erosion but also supports marine biodiversity, offers public amenities, and fosters a unique intertidal marine habitat. The solution aligns environmental sustainability with community needs, setting new standards in coastal management. The project earned special recognition as an Outstanding Project Submission for Innovation for its technical ingenuity and collaborative design process, which involved extensive consultation with stakeholders, community members, and external experts. Judges praised the project, highlighting it as a prime example of how engineering innovation can address complex environmental challenges. “This design aims to solve coastline erosion in a Californian city by using advanced Australian methods to improve local living conditions and attract more tourists. It showcases innovative, research-based engineering solutions and promises to be a leading example of modern coastal management” said the Engineers Australia judging panel. Recognition for Emerging Talent In addition to ICM’s project award, Senior Coastal Engineer Sam King was recognised for his exemplary work with a nomination for Emerging Professional Engineer of the Year  in Queensland. Sam’s commitment to sustainable coastal management through nature-based solutions has earned him this prestigious nomination, underscoring his passion for developing long-term, environmentally conscious engineering practices. Since joining ICM after earning his civil engineering degree from the University of Queensland, Sam has contributed to numerous landmark projects worldwide. His work spans from restoring remote fishing villages to large-scale coastal protection projects along internationally renowned coastlines. Sam’s efforts advocate for solutions that work with nature rather than against it, improving the resilience of coastal regions facing the threat of climate change and rising sea levels. “It’s an incredible honour to be nominated among such talented professionals. My work at ICM has allowed me to push the boundaries of coastal engineering, finding innovative and sustainable ways to protect our coastlines. I’m deeply grateful for this recognition and excited about the future of nature-based solutions in our field,” said Sam King.  Angus Jackson, founder of ICM, reflected on the company’s success at the awards in both the project recognition and Sam’s nomination. “Being recognised for innovation and talent is a testament to the strength and dedication of the ICM team,” said Jackson. “The Re:Beach project represents our commitment to developing sustainable solutions for coastal protection, and Sam’s nomination highlights the passion and expertise that drives our approach. We’re incredibly proud of these achievements, and we’re looking forward to continuing to lead the way in coastal engineering.” Engineers Australia Excellence Awards Engineers Australia’s Excellence Awards have a long history of promoting the engineering profession, celebrating the outstanding achievements of individual professionals and engineering teams. Divided into People Awards and Project Awards , the program recognises those at the forefront of engineering innovation across Australia. ICM’s recognition in this year’s program highlights our role as a leader in the field of sustainable coastal management and reinforces our commitment to developing forward-thinking, nature-based solutions for coastal protection. As we continue to lead new approaches to engineering challenges, we look forward to further collaborations that combine innovation, environmental sustainability, and community benefits.

ICM designed and supervised the construction of four sand-filled geotextile container groynes and a seawall at Maroochydore between 2001 and 2003 to address severe shoreline erosion and enhance recreational beach use. A 2017 condition assessment provided recommendations for maintaining long-term functionality and stability in a dynamic coastal environment.  Project Details:  Client:  Sunshine Coast Regional Council  Date:  2001–2003 (Initial Construction) & 2017 (Condition Assessment)  Location:  Maroochydore, Sunshine Coast, Queensland, Australia    About this project:  The Challenge:  The beaches south of the Maroochy River had experienced significant erosion, threatening valuable assets such as the Cotton Tree Holiday Park and reducing the area’s recreational value. In response, the Sunshine Coast Regional Council commissioned ICM to design a series of coastal structures to mitigate erosion and maintain a stable and accessible beach.  The Solution:  2001–2003 Design & Construction:  ICM designed four groynes (50–100m in length) and a seawall, incorporating sand nourishment to restore the beach profile.  The structures were built using 2.5m³ sand-filled geotextile containers, an innovation developed specifically for this project to provide increased stability over the previously used 0.75m³ containers.  The works were staged, with the first groyne completed in November 2001 and the remaining groynes and seawall finalised by May 2003.  2017 Condition Assessment:  As the sand filled geotextile containers were nearing their end of design life, ICM conducted a detailed condition assessment, identifying maintenance needs and recommending design improvements. Council initiated extensive community consultation through the Maroochy River Estuary Consultation Group and public feedback sessions, ensuring the renewal reflected local preferences.  Based on community input, the decision was made to retain geotextile bags instead of switching to rock, prioritising user-friendliness and accessibility.  This approach earned national recognition, receiving the 2019 Australian Coastal Award for Community Engagement.  The success of these works has been evidenced by the retention of a wide, stable beach, which has provided both erosion protection and enhanced recreational opportunities for the community. – Angus Jackson, Founder, International Coastal Management    Services Provided:  Concept design and construction (2001-2003)  Development of geotextile container construction techniques  Comprehensive condition assessment and maintenance recommendations (2017)   Get in touch:  ICM has decades of expertise in designing and maintaining innovative coastal protection structures like the Maroochydore groynes. Contact us to discover how we can create sustainable, resilient solutions for your coastline

In the coastal protection and enhancement sphere, the name International Coastal Management (ICM) resonates with a legacy of passion, innovation, and global outreach. This year, we take immense pride in announcing our substantial presence at the landmark Australasian Coasts and Ports Conference, an event we hold in high regard and frequently attend. As a Queensland founded and headquartered company, we are well versed to the coastal climate here in the sunshine state and have been heavily involved in projects across the throughout this region. We eagerly anticipate sharing our expert insights, rekindling ties with our established industry allies, and forging connections with new collaborators. What is the Australasian Coasts and Ports Conference The Australasian Coasts & Ports Conference series stands as the leading forum in the Australasian region, fostering a platform where professionals converge to address multi-disciplinary issues concerning coasts and ports. Spanning over five decades, the conference boasts a rich history that encapsulates ideas, knowledge exchange, and invaluable discussions. Its inception in 1973, post the formation of the National Committee on Coastal and Ocean Engineering, heralded a new era in coastal engineering, emphasizing its paramount significance in conserving some of Australia's prized resources. Melding the legacy of the Australasian Port and Harbour Conferences initiated by PIANC Australia in 1986, the conference has since 1995 been recognized as the 'Australasian Coasts and Ports.' This monumental event alternates between major cities in Australia and New Zealand every two years, solidifying its reputation as the prime hub for engineers, planners, scientists, academics, and professionals from the construction sector. With a vibrant array of technical presentations, field trips, and unparalleled networking opportunities nestled within its social programs, the conference promises to enlighten, engage, and inspire. ICM - Pioneering through Innovative Experience: With our longstanding commitment to sustainable coastal solutions, ICM eagerly anticipates this event, where we'll be presenting our papers, drawing from our vast reservoir of global experiences. Each presentation aims to shed light on novel advancements in the field, fortifying our position as thought leaders in the coastal management domain. See our Technical Sessions: Wednesday 16 August 2023 Angus Jackson Nearshore Nourishment Theory and Application Session 2B: Beach Nourishment 10.30am –10.50am Delving into 40 years of nearshore nourishment, this paper highlights its efficacy in beach protection and as a tool against climate change impacts. Originating from Gold Coast trials in 1985, the method offers cost-effective alternatives using offshore sand reserves. This research illuminates its evolution, design considerations, and its impact on surfing conditions, garnering significant public support. It also provides a comprehensive cost analysis of different deposition methods and their respective benefits. Thursday 17 August 2023 Sam King Nature Based Solutions and Oyster Shellfish Reef Restoration in the Noosa River Session 8B: Nature Based Solutions 11.40am – 12.00pm Sam King and team from International Coastal Management embarked on a unique restoration project in the Noosa River. Addressing diminished oyster reefs, the team implemented living shorelines using local rock and recycled oyster shells to enhance habitat, boost bank stability, and combat climate change impacts. This project, notable for its challenging location near busy maritime channels, offers insights into innovative ecological restoration. Martin Mulcahy Emergency Coastal Protection Works and Lessons from Remote Island Construction Session 9A: Coastal Structures 2.20pm – 2.40pm Addressing the pressing concern of rapid erosion on Australia's East Coast, this paper scrutinizes short-term mitigation strategies employed in various regions. Analyzing cases like Collaroy, Wamberal, and the Gold Coast, it delves into the effectiveness of emergency interim responses post-storm events. The study also sheds light on challenges faced by remote areas such as the Great Barrier Reef and Torres Strait, emphasizing the need for innovative, local solutions for effective coastal management. Bobbie Corbett Narrowneck Artificial Reef Renewal Session 10A: Artificial Reefs 3.30pm – 3.50pm Highlighting the City of Gold Coast's initiative from 1999-2000, this paper delves into the Narrowneck Artificial Reef's construction and its objectives for coastal protection and surfing enhancement. After two decades, a renewal added 84 Geotextile Sand Containers, optimizing its performance and lifespan. Through a Design and Construct model, this study outlines the design adaptations, challenges faced during construction, and the swift project delivery within six months. This comprehensive overview covers the design, implementation, and continued monitoring of the Narrowneck artificial reef project. Reach out to us. We'd love to connect. We extend a warm invitation to industry peers, stakeholders, and coastal management aficionados to join us in this collaborative endeavor. We'll be around for the full event and are always keen to connect with likeminded, ocean-enthusiasts. Feel free to reach out direct at the event or get in touch before hand.

In June of this year, members of the coastal engineering community converged on the city of Melbourne for a workshop that broke new ground by focusing on the potential of Nature-Based Solutions (NBS) in Australia. ICM, which has been one of the nation's top specialists on NBS since the 1980s and brought with it decades of expertise and vast project experience, was one of the organisations that took part in the discussion. ICM was one of the first organisations in Australia to implement NBS, beginning with more modest research-focused projects and progressing to larger-scale regional initiatives. During the event, participants discussed one of our most noteworthy initiatives, which involved the nearshore nourishment of broad areas of the Gold Coast. In addition, our oyster project in Noosa was commended for its approach to coastal management, which earned the initiative national attention. Sam King, who will be delivering a paper on NBS and Oyster Shellfish Reef Restoration in the Noosa River at the next Australasian Coast and Ports conference, stated that "ICM is not just a participant in the discussion on NBS, we're leading it." He also states, "We are committed to driving the future of this field, as well as contributing to effective NBS implementation strategies and regulations in Australia." As a business, we have faith in the ability of NBS to provide solutions to important problems related to coastal management. NBS offer environmentally friendly solutions to the growing problem of coastal risks and the destruction of coastal ecosystems. They make use of natural resources and processes to develop solutions that are durable, flexible, and sustainable over the long term. It is not only a matter of engineering; rather, it is a matter of cooperating with nature rather than competing against it. Nevertheless, this is not the end of our job. ICM is continuing to push the limits of what is possible with NBS, both in Australia and around the world. We are in the process of deploying NBS solutions in our ongoing projects located all across Australia, and we are ready to get started on a huge pilot project located in California. We are overjoyed to have been acknowledged as leaders in NBS, and we are looking forward towards a future in which our coasts are sustainable and resilient. We are only getting started in the NBS space, so make sure you stay tuned for more information on our forthcoming initiatives and advances in NBS.

Here at International Coastal Management (ICM), we have some very exciting news to report. We are thrilled to announce that our entry for the RE:BEACH - Oceanside Coastal Resilience Design Competition has been chosen as a finalist. We're traveling from Australia's Gold Coast to California's Oceanside to provide our expertise, enthusiasm, and fresh perspective to the area. Being a part of such a monumental endeavour is an incredible honour for us. This competition is a fantastic chance for us to apply our extensive knowledge of the Gold Coast to the challenges facing the coastal community of Oceanside, California, from a global perspective. If you've been following us, you know that we've accomplished successful, beach re-nourishment campaigns in other locations around the globe. With the same dedication to skill and creativity, we will take on the task of re-nourishing Oceanside in an innovative approach building on the lessons learned. Our team is thinking ahead as well as designing for the here and now. We are looking short and long term solutions that help with sand retention and lessens coastal pressures knowing the problems will only get worse in the 21st century. Our Goal? Longevity. So that future generations can enjoy Oceanside's beautiful coastline into the future. What we've learned from experience in a project like this is that there are multiple stakeholders at play and that the design should not only benefit the beach of Oceanside but also consider the downdraft effects as well as the local surf culture and environment. As keen surfers (as well as engineers), we are mindful that disruption to existing surf breaks is very undesirable. Therefore, we will be focusing on areas away from the well established breaks. The Gold Coast is home to some incredible, world famous beaches. The success of the beaches is due to decades of careful planing, on-going work and monitoring programs. We hope to integrate these experiences and knowledge into our Oceanside approach. We also recognise the value of giving back to the local stakeholders and end users. Through a series of open seminars, we hope to get to know the locals and pick their brains. The first of these sessions will take place in Oceanside City Hall from 4 to 7 p.m. on August 29, 2023. Everyone in the neighbourhood is welcome to join us and share their thoughts. The journey throughout this design phase is going to be amazing. Our goal is to build a approach that is not only admired by the people of Oceanside but also serves as a living testimony to the synergy of international knowledge and regional context. As such, stay tuned as we want to introduce a little piece of the Gold Coast vibe to Oceanside. For more information about the project and history, check out RE:BEACH project. Cheers!

We are delighted to share our recent win in the esteemed Re:Beach Competition. The Re:Beach project emerged as a pivotal initiative by the City of Oceanside, a coastal resilience competition aimed at innovating sustainable and effective sand retention solutions for the city's beaches, which are crucial for both environmental balance and community enjoyment. Competing against 33 globally recognised companies, our unique approach to sustainable coastal management, which intricately blends innovative engineering with ecological sensitivity, led us to success in the competition with our design. This win is not just a testament to our expertise but also a reaffirmation of our commitment to creating solutions that harmonise nature with community needs. Beach Erosion in Oceanside Oceanside's struggle with beach erosion is not new. For over 80 years, the beaches of Oceanside have been consistently losing sand​​. Despite replenishing over 20 million cubic yards of sand over the decades, the shoreline continues to face significant erosion, with much of the replacement sand being rapidly washed away. The Re:Beach Competition The Re Beach project presented a formidable challenge, pitting us against thought leading companies in the field. Each brought innovative ideas and a wealth of experience, setting a high bar for creativity and feasibility. Ultimately, three finalist companies were considered for their concept designs to move forward in a open forum, public consultation process. Our preparation involved rigorous brainstorming, detailed analysis of past and current coastal management practices, and envisioning sustainable, long-term solutions. We recognised the need for a design that was not only technically sound but also resonated with the community and environmental ethos of Oceanside. The main takeaways from the initial investigations were that we needed to make a safe, sandy and accessible beach. We needed to involve surfing into design considerations (to not negatively impact the local surf, and if possible improve it). We had to create potential for improved environmental outcomes. Parallels between Oceanside, California and the Gold Coast Australia (our home base) Here on the Gold Coast we have been able to develop a lot of innovative concepts through various pilot project approaches. It was not only the physical characteristics that made both locations similar. It was the overall character and history of the locations being surf oriented, beach destinations for the region. Our founder, Angus Jackson, was also the chief coastal engineer for the Gold Coast City during the 80's and 90's. In which time he personally developed and implemented many world first's which are still in use to this day (sand bypassing system for example). So, we were able to leverage these experiences into a confident approach tactic for Oceanside. Developing our Coastal Resilience Design Concept Our proposal was built around the concept of ‘living headlands’ and a large offshore reef, aiming to create a nature-mimicking ‘speed bump’ for sand movement. This innovative design was not just a technical solution; it was a testament to our commitment to environmental stewardship and community-centric planning. The design approach also leveraged working coastal resilience projects from the Gold Coast such as artificial reefs and nearshore nourishment. Throughout the process, we actively engaged with the community and stakeholders, integrating their feedback into our design. This collaborative approach ensured that our proposal was not only innovative but also aligned with the needs and values of Oceanside residents. Challenges and Adaptations The journey was not without its challenges. Adapting to new findings, balancing technical and environmental considerations, and staying ahead in a competitive environment pushed us to our creative and professional limits. Our success can be attributed to the diverse expertise and unwavering dedication of our team members. Each brought unique skills and perspectives, driving the project towards a solution that was both imaginative and grounded in reality. Apart from Angus Jackson's groundbreaking and industry leading efforts over the last few decades we were able to leverage the important works from our Senior Principal Engineer Bobbie Corbett and her award winning work on artificial reefs (which had recently won Australia's Women in Coastal Engineering and Geo Science Award for 2023) We were also able to implement the great nature based solution works and experience of our senior coastal engineer, Sam King, who had also been recently awarded Australia's Kevin Stark Award for Excellence in Coastal and Ocean Engineering in 2023. Design Philosophy and Approach Embracing Innovation and Sustainability: At the heart of our design for the Re Beach project lies a commitment to innovation balanced with environmental sustainability. We aimed to not only solve the immediate issue of beach erosion in Oceanside but also to set a precedent for future coastal resilience projects. Our approach was guided by the philosophy of working with nature, rather than against it. The Concept of Living Headlands and Offshore Reef: Revolutionary Design Elements: Our proposal introduced the concept of 'living headlands', on shore sand dunes and a large offshore reef. These structures are designed to mimic natural barriers, effectively acting as 'speed bumps' to reduce the longshore transport of sand. This innovative approach was envisioned to provide a stable, wider beach, while also creating new habitats and recreational areas. Environmental Synergy: The living headlands and offshore reef are more than just physical structures; they are designed to integrate seamlessly with the marine ecosystem. By fostering new marine habitats and re-establishing native dune vegetation, our design aims to enhance biodiversity and support local species like the Western Snowy Plover and the Californian Least Tern. Incorporating vegetated dunes at the top of the beach has long been a design approach of ICM and has seen great success on the Gold Coast and other locations. Responding to Community Needs: Public Access and Amenities: A key aspect of our design was enhancing public access to the beach and creating significant coastal greenspace. The living headlands not only serve an ecological purpose but also provide new areas for the community to enjoy, further bridging the gap between human use and environmental conservation. Collaboration and Feedback: Throughout the design process, we actively sought and incorporated feedback from the Oceanside community. This collaborative approach ensured that our design not only met technical and environmental goals but also resonated with the people it is intended to benefit. Notable feedback during the process centred on the surfing elements while there was also encouragement for green/public space on the headlands. Future-Proofing Oceanside's Coastline: Adaptability and Resilience: Recognising the dynamic nature of coastal environments, our design is built to be adaptable and resilient. The offshore reef and living headlands are conceived to evolve over time, accommodating changes in sea level and weather patterns, thus future-proofing Oceanside’s coastline against ongoing and future environmental challenges. Slowing down the natural flow: Our design and approach is centred on the idea of 'slowing' down the natural process, not stopping it. The natural process of wave energy onto the beach and longshore transport for example will continue to happen. However, the idea is to slow down the impacts to improve beach sand retention. Growth and Development: Expanding Our Expertise: The Re Beach project was a platform for us to push the boundaries of our expertise, particularly in eco-engineered coastal resilience. The challenges we encountered and overcame have significantly contributed to our team’s growth and development. Learning from the Competitive Landscape: Competing against leading global firms provided us with a unique opportunity to interact with the best in the field. It was an enlightening experience that allowed us to benchmark our work against international standards and practices. Competition Outcome - A Unanimous Decision We are thrilled to announce that our team had the winning design in the Re Beach Competition. However, the icing on the cake is really the unanimous decision both from the Re Beach jury and from the Oceanside City Council members. It solidifies the interest for the project on all levels as well as confidence in our team to develop the next steps of the design process. Next Steps for Oceanside Moving Forward with Implementation: Finalising the Design: With the competition phase concluded, our immediate focus is on finalising the design details of the living headlands and offshore reef. This involves refining technical specifications and ensuring all aspects align with environmental regulations and community expectations. We we will be working together and building on the great work that local consultant GHD has done at the site and local region. Securing Approvals and Permits: Obtaining necessary approvals and permits from local and state authorities will be done. This critical step ensures that all environmental guidelines are meticulously followed, paving the way for a smooth project execution. Commencing Construction: Scheduling and Phasing: The construction phase will be carefully scheduled to minimise disruptions to local ecosystems and the community. We plan to implement the project in phases, allowing for continuous assessment and adaptation to any unforeseen environmental impacts. Engagement During Construction: Throughout the construction phase, we will maintain open communication with the community and stakeholders. Regular updates will be provided to keep everyone informed about the progress and any necessary adjustments. Monitoring and Evaluation: Post-Construction Monitoring: Once the construction is complete, a rigorous monitoring program will be initiated. This will track the effectiveness of the living headlands and offshore reef in sand retention and erosion control. Adapting to Feedback and Findings: The monitoring results will be crucial in evaluating the project's success and informing any necessary modifications. We are committed to adapting our approach based on these findings to ensure the project's long-term sustainability. Long-Term Vision and Impact: Future Expansion and Replication: Looking beyond the immediate implementation, we aim to explore the potential for expanding the project to other parts of Oceanside’s coastline. The insights gained from this pilot project could also serve as a model for similar coastal communities facing erosion challenges. Continued Community Involvement: We recognise the importance of continued community involvement and feedback in all future steps. The community's ongoing support and participation will be key in shaping the long-term vision and success of the project. Promoting Coastal Resilience Beyond Oceanside: Sharing Our Learnings: The knowledge and experience gained from the Re Beach project will be compiled and shared with the broader community of coastal management professionals. We aim to contribute to the global discourse on coastal resilience and climate adaptation.

ICM collaborated on the first large-scale oyster reef restoration project in Queensland, designing oyster reef systems to restore habitat in the Noosa River Estuary. The project, implemented in a highly developed area, successfully enhanced ecosystem health while preserving the estuary's delicate balance.  Project Details Client:   The Nature Conservancy , in partnership with the Noosa Shire Council and The Thomas Foundation, with funding from the Australian Government Reef builder program  Date:  2021-2022  Location:  Noosa River, Queensland, Australia  About This Project  The Challenge:  Restoring oyster reefs in the Noosa River Estuary presented unique challenges due to its highly developed surroundings, sensitive marine ecosystems, and proximity to busy navigation channels. The project required designs that balanced ecological restoration with minimal disruption to human activity and marine vegetation, including seagrasses.  The Solution:  ICM delivered a multi-phase approach to overcome these challenges:  Oyster Reef Design:  Developed three reef layouts tailored to varying site conditions, including sediment transport rates, water currents, and bathymetry. Designs focused on stability, manual seeding potential, and compatibility with monitoring programs.  Site-Specific Design:  Detailed designs for Phase 1 sites addressed unique factors like sediment characteristics, nearby vegetation, and human-use constraints. To limit marine plant impacts, reefs were placed using strict offset criteria.  Construction Supervision:  Collaborated with M&J Marine Services to construct 2,300m² of reefs across four sites, using a barge-mounted excavator for rock placement. ICM provided technical oversight, confirming placement accuracy with RTK GNSS technology and ensuring substrate stability.  Outcomes and Benefits:  Ongoing monitoring by The Nature Conservancy confirms the project's ecological success. The project restored 500 meters of shoreline habitat, providing critical ecosystem services such as water filtration, sediment stabilisation, and biodiversity enhancement. Ongoing monitoring has revealed:  High Oyster Density : Post-construction surveys showed densities exceeding 550 oysters per m², well above the 200 per m² target for healthy reef development.  Increased Biodiversity : The reefs have become hotspots for marine life, supporting fish, invertebrates, and other estuarine species.  Coastal Protection : The reefs stabilised sediment and reduced erosion, creating a natural buffer that protects the shoreline.  “This project demonstrates how innovative, site-specific designs can restore vital habitats while coexisting with human and environmental needs.” - Sam King, Project Lead, International Coastal Management  Services Provided:  Oyster Reef Layout Design  Site-Specific Detailed Design   Safety In Design Assessment  RPEQ-Certified Engineering Drawings  State Code Assessments  Permit Application Preparation   Construction Supervision and Inspection  As-Constructed Drawings with RPEQ Certification  Project Documents: Noosa Oyster Ecosystem Restoration Project Annual Report Monitoring Update 2024   Get in Touch:  ICM excels in designing and delivering eco-engineering solutions for habitat restoration and marine biodiversity. Contact us to explore how we can help achieve your conservation and restoration goals.

In a stride for both innovation and representation, we are proud to announce that Bobbie Corbett has been honored with the distinguished Women in Coastal Geoscience and Engineering Award at the Australasian Coasts & Ports 2023 Conference. A shining beacon in the coastal engineering community, Bobbie's paper on the Narrowneck Artificial Reef Renewal was not just a testament to her technical expertise, but also a demonstration of her commitment to pioneering sustainable and innovative solutions in the world of coastal management. This award spotlights the transformative role that research and application by underrepresented groups have in the coastal geoscience and engineering discipline. Recognized for her innovation, technical brilliance, and compelling presentation, Bobbie has undoubtedly etched her mark as a leader and inspiration to aspiring engineers across the globe. The Narrowneck Artificial Reef Renewal project is a remarkable endeavor that underscores the need for sustainable coastal infrastructure solutions. With Bobbie at its helm, the project has showcased a blend of technical know-how with an acute sensitivity to environmental concerns. We at International Coastal Management are elated to have Bobbie on our team and to be part of her groundbreaking journey in coastal engineering. This award is a testament to her dedication, skill, and the transformative power of inclusive innovation. For more insights into our work and the phenomenal contributions of experts like Bobbie, stay tuned to our blog.

In a remarkable moment of pride for our team, we are elated to share that Sam King has been conferred with the prestigious Kevin Stark Memorial Award. This honour was bestowed upon him during the Australasian Coasts & Ports 2023 Conference, a testament to his exceptional work and dedication in the realm of coastal and ocean engineering. Sam's paper, titled "Nature Based Solutions and Oyster Shellfish Reef Restoration in the Noosa River," has been making waves in the coastal engineering community. It not only provides in-depth insights into the Nature Based Solutions but also delves into the nuances of Oyster Shellfish Reef Restoration, particularly its application in the Noosa River. What made this paper stand out among its peers was its exhaustive multi-disciplinary approach, combined with its potential to significantly contribute to the current state of knowledge in the field. Sam’s analytical prowess, combined with practical experience, has helped shed light on innovative and sustainable solutions in a space that demands continuous evolution and adaptation. The Noosa River project, highlighted in the paper, is a beacon of promise. Notably, it was the first endeavour of its magnitude in Queensland, and the results thus far have been nothing short of promising. Such pioneering works underscore the importance of blending scientific knowledge with on-ground applications, something Sam King exemplifies with flair. This award serves as an affirmation of Sam’s dedication, expertise, and the unwavering commitment he brings to every project. We are excited for what the future holds and are confident that with trailblazers like Sam on our team, the horizons of coastal engineering are set to expand even further. Join us in congratulating Sam on this well-deserved recognition.