Case Studies

Kehoe Myers provided the Structural, Hydraulic and Civil Engineering Services for the Centre of Excellence, a landmark facility designed to advance training in the agriculture, horticulture, veterinary and food production industries. The Centre includes modern primary industry technologies such as video analysis of stock in simulated saleyards, high yield farming methods, land use mapping with smart bots and aerial drones, controlled horticulture pods and simulated veterinary surgery facilities. These innovations establish the Centre as a place of excellence for research, training and education. Delivering the project required practical and creative solutions developed in close collaboration with the Architect. Located within Queens Park, the design needed to reflect the character of the park while making the most of the space available. The existing infrastructure presented challenges when connecting to new services, and a late variation to the design introduced the need for a hygiene basin and associated heat pump system, which our team successfully integrated. Kehoe Myers also worked with the Architect to achieve a Green Star rating for the Centre, helping reduce the environmental impact of the facility while supporting biodiversity and sustainable practices. We are proud to have contributed to a project that not only supports industry relevant training but also strengthens the community and education sector.

TAFE Toowoomba’s B Block has been transformed into a contemporary education facility that now houses a simulated nursing ward, library, and a variety of student study spaces. The refurbishment delivers a dynamic learning environment that supports both modern health training and general education, helping prepare students for real-world careers. Kehoe Myers was engaged to provide both Structural and Hydraulic Engineering Services for the project. Our Hydraulic Engineering Services involved the design and documentation of the domestic water supply, fire water supply, and gas reticulation systems to support the new facilities. Our Structural Engineering Services included a thorough structural assessment of the proposed building modifications, ensuring that the refurbished block could accommodate its new purpose while meeting safety and compliance standards.  This project plays an important role in enhancing the resources available at the Toowoomba TAFE Campus, and Kehoe Myers is proud to contribute to the delivery of upgraded facilities that benefit both students and staff.

The Mary Rice Building is a contemporary education facility that delivers an exceptional mix of learning, recreation, and staff spaces across three thoughtfully designed levels. The ground floor accommodates three science classrooms and a preparation lab, along with a general learning area and a service corridor that links to the existing music block. Sport change rooms and bathroom facilities also feature on this level. On Level 1, students and staff share an inviting and functional environment, with spaces including a common room, several staff offices, a full gym, PE classrooms, and staff amenities. Level 2 offers seven general learning areas (GLAs), all separated by operable walls. This flexible design enables the spaces to be easily transformed into larger exam rooms or collaborative teaching environments. Externally, the covered walkways providing connectivity to other school buildings, an outdoor learning area, PWD parking, and a below ground rainwater storage tank. We were engaged for Civil, Structural, and Hydraulic engineering services for the design and construction phase on this impressive project. Our civil engineering team provided planning infrastructure advice, attended council and project meetings, and assessed site constraints, available services, and loading requirements. We delivered an Engineering Infrastructure Report and a Conceptual Stormwater Management Plan addressing both detention and water quality measures. Civil works encompassed the design of building platforms, accessways, car parking, pedestrian zones, drainage connections to Coronet Street, and a roof water harvesting system, along with retaining walls and erosion control measures. Hydraulic services included hot and cold-water reticulation, roof water reuse, and upgrading the overall fire services for the school. The scope also included sanitary plumbing, roof drainage, and gas reticulation to the new science rooms. Structural engineering works comprised the design of footings and slabs, reinforced concrete columns, suspended concrete floors, and structural framing using both steel and timber included wall and roof bracing, tie-downs, and a pitched steel-framed roof supporting a suspended ceiling. This exciting project was brought to life in collaboration with Bryant Building Contractors and VHD Studios. The Mary Rice Building now stands as a key part of the campus, designed to meet the evolving needs of modern education while celebrating the school’s identity and values.

Kehoe Myers is proud to have played a key role in the transformation of Master Builders’ new office space. Collaborating closely with their team, we delivered a tailored solution for the Civil, Structural, and Hydraulic services, aligning with their vision for a modern, functional, and future-ready workplace. Our team developed an economical and sustainable design that not only met the project goals but also captured every element of the upgrade Master Builders envisioned. The civil engineering scope of the project focused on the design of siteworks associated with the building upgrade, including vehicular access areas, carparking, and PWD-compliant pedestrian pathways. The design incorporated finished surface levels to facilitate effective surface drainage across the site, based on a detailed 3D electronic site and feature survey. Additionally, the design included a stormwater drainage system to manage runoff from all roofed and sealed surfaces, directing flows to an approved point of discharge within the existing piped system. As part of the project, Kehoe Myers delivered a smart and efficient hydraulic design tailored to support both function and comfort. This included a reliable domestic water supply system, providing hot and cold water to all new fixtures throughout the space. Our design also encompassed seamless integration of sanitary plumbing and drainage, connecting new fixtures to the existing building system for cost-effective performance. To complete the upgrade, we incorporated a robust roof drainage solution for the new awning and carport. The structural engineering scope for the project included the design of footings for the new carport and access ramp, based on a high-level footing system suitable for a “Class M” site classification in accordance with AS2870 standards. In addition, structural steel roof framing was designed for both the new front awning of the main building and the carport, for durability, stability, and seamless integration with the overall architectural vision.

We are proud to have contributed to the growth and renewal of Our Lady of Lourdes Primary School in Toowoomba through the delivery of multidisciplinary engineering services. This project involved the construction of a new administration building and significant extensions to the Merci and Giabal buildings, creating modern and functional spaces that will serve the school community for years to come. We were engaged to provide civil, structural, and hydraulic engineering services, as well as construction phase support, for the successful delivery of this important education project. Our civil engineering services included review and assessment of required services, along with the design and documentation of stormwater drainage, erosion and sediment control measures, and siteworks such as building platforms, vehicular access, car parking, and pedestrian connections. Hydraulic engineering works focused on the design and documentation of the water supply, including fire water systems, coordination of flow and pressure testing, sanitary plumbing and drainage, and roof drainage. Structural engineering services encompassed the design and documentation of footings and floor slabs, columns and load-bearing walls, suspended floor structures, and wall and roof framing. By combining expertise across multiple disciplines, our team delivered a project that not only meets the technical demands of modern construction but also supports the evolving needs of the school community. This development represents a significant investment in the future of Our Lady of Lourdes, providing high-quality facilities that reflect the school’s vision for excellence in education and its commitment to supporting students, staff, and families well into the future.

We are proud to add the Connel House Refurbishment at Toowoomba Anglican School to our growing portfolio of education projects. The administration building has undergone a multimillion-dollar refurbishment. This two-storey facility now features a reception area, general learning spaces, administration offices, amenities, a meeting room, dining hall, and dedicated staff areas. We played a key role in this project by delivering structural, civil, and hydraulic engineering services. Our structural engineering services covered footings and ground floor slabs for existing and new areas, reinforced masonry walls for lift and stair shafts, and a suspended steel/timber first floor. We also designed concrete stair flights and structural steel/timber wall and roof framing, including bracing and tie-downs for all extensions and alterations. Our civil engineering services included siteworks for building platforms, access areas, car parking, and pedestrian paths, ensuring proper drainage based on a provided 3D survey. We designed stormwater drainage to the existing system, with no upgrades to external drainage planned. Additionally, we developed the car parking layout and implemented erosion and sediment control measures for the construction areas. Our hydraulic engineering services included domestic water supply to new fixtures, fire water supply for hydrant and hose reel coverage per local requirements and obtaining pressure and flow tests for the existing fire hydrant service. We also provided sanitary plumbing and drainage for new fixtures, connected to the existing system, and designed roof drainage for the new roof areas.  During the construction phase, our team conducted thorough site visits to uphold the integrity of our designs and provide necessary certifications, supporting the project’s successful completion. First built in 1959, it now stands renewed, reflecting TAS’s dedication to heritage and excellence. Archbishop Jeremy Greaves blessed the building, marking a meaningful moment for our community. With 90% of demolition materials recycled and most work done by local contractors, the project also highlighted our commitment to sustainability and local support.

Located in the Wellcamp Business Park, Toowoomba's RSPCA facility stands as a beacon of compassion and innovation since its completion in 2020. This cutting-edge animal shelter, serves as a haven for up to 200 animals, ranging from domestic pets such as dogs and cats to horses and livestock. Beyond its primary function of providing refuge, the facility extends its offerings to the community, providing exceptional boarding and grooming services for beloved pets. Kehoe Myers were engaged to provide Civil and Structural Engineering services on this well needed project. These services included the design, documentation and certification as well inspections and liaison with the project team during construction. Throughout the construction phase, we remained actively engaged, conducting thorough inspections and fostering open communication with the project team, thereby facilitating a smooth and efficient execution. The expertise of our Civil team included the design of stormwater drainage systems, erosion and sediment control measures, and comprehensive siteworks. From meticulously planning building platforms to optimising vehicular access areas and ensuring ample parking space, every aspect was considered to ensure harmonisation with the surrounding environment and fulfill the diverse needs of the facility. Meanwhile, our Structural team's ingenuity was evident in the design of footings and ground floor slabs, concrete masonry load-bearing walls, and wall and roof framing. Navigating the site's varied ground conditions posed a unique challenge, necessitating the implementation of diverse footing solutions tailored to specific soil characteristics. However, our team embraced this challenge, leveraging our expertise to devise innovative solutions that ensured structural integrity without compromising on aesthetics or functionality. In keeping with the facility's commitment to both form and function, block buildings were meticulously designed to complement the layout of kennels, while concrete details were tailored to withstand the rigorous cleaning protocols essential for maintaining a hygienic environment. Through collaborative engagement with the client and the project team, we achieved a resounding success, delivering a solution that not only met but exceeded expectations. Despite the complexities inherent in such a project, our unwavering dedication to excellence ensured a timely outcome that seamlessly aligned with the client's construction timelines. In summary, the completion of Toowoomba's RSPCA facility stands as a testament to the power of collaboration and innovation.

The University of Southern Queensland’s B Block Building has graced the entrance of the Toowoomba campus for over four decades, leaving an indelible mark on the landscape. Now, this revered building has undergone a transformation, emerging as a vibrant cultural hub. With the addition of an art gallery, alongside office and function areas, providing the structure with a contemporary flair while preserving its historical charm. Our involvement in this transformative project encompassed a multitude of tasks, beginning with a site investigation and schematic design report. From there, we undertook the design documentation and certification of the new building works and associated siteworks, guiding the project seamlessly up to the Building Works Application and Tender stages. Throughout the construction phase, our commitment to excellence remained unwavering. We provided essential certification inspections and maintained open lines of communication with the project team, ensuring the realisation of the architectural vision with precision and efficiency. In the realm of Structural Engineering, our contributions were multifaceted and comprehensive. From designing footings for the new entry roof and lift in Block ‘B’, to designing reinforced concrete slabs for paved pedestrian areas, every element was engineered to withstand the test of time. Additionally, our expertise extended to reinforcing concrete masonry load-bearing walls for the new lift shaft and supporting the existing suspended concrete floor slab, as well as implementing structural steel roof framing for the new entry roof and Western awning in Block ‘B’. Our Hydraulic Engineering focused on ensuring optimal functionality and efficiency. This included designing domestic water supply systems, sanitary plumbing and drainage solutions, and roof water drainage systems. We also conducted a thorough review of the existing building to ensure compliance with private building certifier and Queensland Fire and Emergency Services requirements for fire hydrant and fire hose reel coverage, further enhancing the safety and security of the premises. We take immense pride in our role in revitalising the University of Southern Queensland’s B Block Building into a dynamic cultural hub, poised to inspire and enrich the community for generations to come.

The Views at Sanctuary Rise Development is a residential subdivision, delivering 311 lots over six (6) stages. This subdivision was designed to enhance economic productivity and affordable living within the community of Toowoomba while providing needed residential land supply. When working on the Civil design of the residential lots, Kehoe Myers took into consideration the commitment and focus our client had on delivering important outcomes to benefit the community and the surrounding environment in the following key areas: The Views features efficiently designed, smaller land parcels that minimise land prices and improve living affordability. This provides greater opportunities for new and first-time buyers to secure their position on the property ladder. With scenic rural views and proximity to shopping centres, schools and the Toowoomba airport - this sustainable subdivision caters for the growth in demand for residential land in the Toowoomba region. With all design aspects we aimed to capture the natural beauty of the surrounding parklands and views as much as possible, with infrastructure designed to suit the terrain. The site is flanked to the north and west by the existing Council bushland reserve, connected by a network of fire trails. Due to its steep terrain and inaccessibility, the public use of the adjacent bushland reserve before the development was made difficult. Investments have been made in landscaping enhancements such as improving public access to the fire trails, revegetation using native plantings, the use of open grassed areas, and the provision of shade structures and play equipment. These will encourage the public to better utilise and value the reserve. We believe that The Views is a comfortable and welcoming residential development that reflects the Toowoomba culture and community values. Investments have been made, in negotiation with Local Council Parks & Gardens officers, to provide improvements to the adjacent bushland reserve that will encourage the surrounding residents to engage in bushwalking and other active recreation activities, promoting healthy lifestyles. The Views presented a rare and unique development opportunity for the city of Toowoomba, which required leadership and vision to undertake and execute. There is no doubt that the elevated aspect of the subdivision atop Cranley escarpment provides commanding views over Oakey and the Darling Downs to the northwest for residents and visitors alike. However, it also presented some unique challenges to the design team that required significant innovation and “out of the box” thinking to address. The design focuses on both the aesthetics and the functionality of the development. The infrastructure is designed for any future increase to the amenity of the land for future upgrades. The steep terrain presented a challenge in maximising the utilisation of development space against the visual impact and technical civil engineering challenges involved. These challenges were met with engineered retaining walls, keyed securely into the founding bedrock, and innovative stormwater drainage solutions. “Out of the box” thinking included the management of overland stormwater flows such that runoff volumes down the escarpments did not exceed those experienced before the development. The remainder of the developed flow was piped to multiple detention basins within the nature reserve at the bottom of the escarpment, which has been fully landscaped to blend into the reserve environment. The basins’ design incorporates tenable water quality bio-retention components to outlet stormwater in a much more environmentally better way. The steep escarpment grades exceed the maximum allowable by Council for traditional pit & pipe drainage systems and severely restrict access for the safe operation of some construction vehicles & machinery. Our innovative solution was to design unconventional flexible High-Density Polyethylene (HDPE) pipelines, continuously electro-fusion welded on site and anchored into the ground with sizable restraint anchor anchors. This design allowed the pipes to be continuously fed into the trench from the top of the escarpment (minimising the amount of machinery required on the steep embankment during construction), whilst providing the flexibility and secure anchoring to make the steep pipe grades possible. This approach has already proved successful in Stage 1 of the development and has allowed for the successful completion of this development.

Kehoe Myers proudly undertook a multifaceted role in the development of The Glennie School Science Centre, delivering a comprehensive suite of Civil, Structural, and Hydraulic Engineering services. Designed to elevate STEM (Science, Technology, Engineering, and Mathematics) education to new heights, this state-of-the-art facility encompasses six cutting-edge science laboratories. Our Civil Engineering team orchestrated a range of essential services to ensure the seamless integration of the Science Centre within its surroundings. This encompassed the design and implementation of retaining walls to optimise site utilisation, as well as the planning of stormwater drainage systems to manage water runoff effectively. Additionally, our expertise extended to the coordination of general siteworks, including earthworks, building platforms, vehicular access areas, and paved pedestrian zones, fostering a conducive environment for learning and exploration. The Hydraulic Engineering team played a pivotal role in ensuring the functionality and sustainability of the Science Centre's infrastructure. Our team designed domestic water supply, encompassing both hot and cold water reticulation, to meet the demands of the modern educational facility. Furthermore, we implemented comprehensive fire water supply solutions to enhance safety measures, alongside sanitary plumbing and drainage systems, including trade waste management and connection provisions. Additionally, gas reticulation services were planned and executed to support the facility's operational needs efficiently. Structural Engineering formed the backbone of the Science Centre's architectural integrity and resilience. Our team designed footings and ground slabs spanning Basement Floor Level and Ground floor level, ensuring optimal stability and load-bearing capacity. Reinforced concrete columns and load-bearing walls were strategically engineered to support the structure's weight and withstand environmental pressures. Furthermore, our expertise extended to the design and implementation of a sophisticated suspended concrete floor structure, as well as wall and roof framing solutions, to create a safe and functional learning environment for students and educators alike. In collaboration with The Glennie School, Kehoe Myers has played a pivotal role in bringing the vision of the Science Centre to fruition, empowering future generations with the tools and resources needed to excel in the realms of science, technology, engineering, and mathematics.

The Mylne Street Complex stands as a beacon of modern urban living, comprising of 12 apartments nestled in the heart of Toowoomba's CBD. Boasting a sleek and contemporary architectural aesthetic, coupled with its prime inner-city location and views of the bustling cityscape, the Mylne Street Apartments have quickly become highly coveted residences. Kehoe Myers was entrusted with the Civil Engineering Services for this development including planning and construction phases. Our comprehensive services encompassed the preparation of a detailed Stormwater Management Plan, as well as the design and documentation of essential civil works. This included the intricate task of securing Operational Works Application with the Local Council and providing design certification to ensure compliance with regulatory standards. The Civil Design and Documentation phase entailed a meticulous approach towards every aspect of the site affected by the building works. From designing building platforms and optimising vehicular access areas to carefully planning carparking facilities and paved pedestrian zones, our team left no stone unturned. Additionally, our expertise extended to the intricate management of stormwater drainage systems, diversion works for sewer lines, and implementation of erosion and sediment control measures, ensuring both functionality and environmental sustainability. Throughout the Construction phase, our dedicated team remained actively engaged, conducting numerous site inspections and participating in consultant site meetings. This hands-on approach, coupled with seamless liaison with the project team, ensured the smooth execution of the development, from inception to completion. The Mylne Street Apartments stand as a testament to sophisticated urban living, enhancing Toowoomba's CBD. Kehoe Myers takes immense pride in our contribution to this exceptional project and eagerly anticipates our involvement in forthcoming local endeavours, as we continue to uphold our commitment to excellence in engineering and urban development.

Located within the Wellcamp Business Park, the Envorinex Plastics Re-Processing Facility stands as a beacon of innovation and sustainability in the region. This cutting-edge facility is dedicated to the reprocessing of rigid plastics from various industries, including agriculture, aquaculture, horticulture, and industrial sectors, transforming them into plastic pellets for remanufacturing and recycling. Our involvement in this project encompassed Civil and Hydraulic Engineering works, aiming to create a seamless integration of infrastructure while adhering to stringent regulatory standards and environmental considerations. Key aspects of our contribution included the preparation of the Engineering Infrastructure Report, detailing traffic assessments and vehicular manoeuvring requirements for the proposed new car park and driveways. Development of the Conceptual Stormwater Management Plan, ensuring compliance with local authority and Queensland Urban Drainage Manual (QUDM) requirements, while also addressing downstream network conditions. As well as detailed design and documentation of the facility, encompassing street and car park drainage, roof water capture and storage, water quality provisions, and service connections for water supply and firewater compliance. Oversight of general site works, including building platforms, vehicular access areas, car parking, and pedestrian areas, as well as structural engineering inspections throughout the construction process. The facility itself comprises two industrial sheds spanning 2,000 square meters each, a 300 square meter office space, and a vast 4,000 square meter concrete sealed hardstand area. Cost-effective construction methodologies were employed, such as utilising rock around the batter in lieu of retaining walls, to accommodate the large hardstand area required for material handling and laydown. Notably, the hydraulic system was designed as a semi-closed-loop system to maximise water efficiencies, allowing non-potable water to be utilised by the machinery, further enhancing sustainability practices.

A sprawling, contemporary establishment boasting an impressive design and vibrant décor, the Toowoomba Sports Club stands as a beacon at the heart of Toowoomba. Upstairs, patrons will find sports, entertainment, and dining areas enhanced by the inclusion of a self-serve TAB, offering the perfect blend of excitement and relaxation. Meanwhile, an outdoor-style space facing Russell Street invites everyday dining while also serving as a versatile venue for functions and parties. Movable walls within the club add a dynamic touch, easily adapting to accommodate gatherings of varying sizes. In collaboration with Ultralinea Architecture, our Structural Engineering Services played a pivotal role in ensuring the viability of the proposed enhancements. From assessing the existing structure for feasibility to executing modifications such as suspended concrete floor adjustments at ground level and the design of a temporary steel frame to support an escalator at the first-floor level, our team provided support throughout the project. Our involvement began with an initial site visit alongside the project team, followed by the development of preliminary designs and high-level feasibility assessments. As the project progressed, our services extended to detailed design, documentation, and certification of key elements, including a new concrete ramp at the entry and modifications to the ground floor. During construction, we remained actively engaged, conducting certification inspections and facilitating seamless communication between the architect, building contractor, and project stakeholders. In essence, our Structural Engineering Services ensured that this modern establishment not only met but exceeded expectations, seamlessly blending functionality with aesthetic appeal to create a space that truly stands out in the heart of Toowoomba.

The Toowoomba Soldiers Memorial Hall, a cherished heritage-listed landmark situated at the intersection of Ruthven Street and Herries Street, stands as a tribute to the valiant soldiers of World War I, whose sacrifices resonate within its hallowed halls. Erected in three phases spanning from 1923 to 1959, this architectural marvel serves as a testament to collective memory and historical legacy. Our involvement commenced with phase 1, focusing on project definition & schematic design. Undertaking a comprehensive initial inspection, we conducted a high-level assessment of the building's engineering elements, identifying key issues, constraints, and opportunities. Collaborating closely with external consultants, including Soil Surveys and Minstaff Survey, we embarked on a thorough engineering assessment, utilising cutting-edge non-destructive concrete scanning to evaluate the suspended slab's capacity without invasive testing. Our contributions to the master program and feasibility studies facilitated informed decision-making, laying the groundwork for subsequent phases. Transitioning into Phase 2, Detailed Design, our team delved into the intricacies of design and documentation, meticulously crafting solutions that balanced heritage preservation with contemporary compliance requirements. Working hand in hand with Aspect Architects, we navigated challenges such as upgrading downpipes while preserving the hall's heritage façade, ensuring seamless integration of engineering services. Leveraging our multidisciplinary expertise, we managed Civil, Structural, and Hydraulic aspects, collaborating with subconsultants for Electrical and Mechanic Engineering services to deliver comprehensive solutions. Innovative approaches, such as incorporating carbon fibre reinforcement to enhance the suspended slab's capacity, underscored our commitment to sustainable and efficient design practices. Phase 3, Construction, witnessed the realisation of our collective vision as we partnered with contractors and project teams to oversee the implementation of design solutions. Conducting routine inspections, resolving site constraints, and ensuring compliance with safety standards were paramount as we navigated the complexities of on-site construction. Our collaboration with the Toowoomba Regional Council on this iconic project was a privilege, reflecting our shared dedication to preserving our region's heritage and cultural legacy.

Since its establishment in 1911, the Empire Theatre has been a pillar of culture and entertainment in Toowoomba, fostering a sense of community within its iconic walls. Despite facing adversity, including a devastating fire in 1933 and closure due to the advent of television in 1971, the theatre persevered. In 1997, a restoration effort spearheaded by Lead Architect Hassall Pty Ltd breathed new life into the venue, meticulously preserving its historical integrity across three distinct design periods. The renowned façade, adorned with a grand proscenium and other defining features, stands as a testament to the theatre's storied past. Today, the Empire Theatre stands as a symbol of resilience and rejuvenation, offering seating for over 1,500 patrons, complemented by bars, lounges, a restaurant, and essential amenities, establishing itself as the largest performing arts precinct in Regional Australia. Our involvement in this esteemed project, commissioned by the Toowoomba Regional Council, encompassed Civil, Structural, and Hydraulic engineering services, with Ashburner Francis Toowoomba contributing electrical and lighting design and documentation. The Stage 1 & 2 upgrades focused on a comprehensive refurbishment of the main auditorium, enhancements to the north bar, and the addition of a new South Bar, alongside expanded toilet facilities. Civil works included meticulous site preparation, stormwater drainage, and ensuring accessibility for all individuals. Structurally, alterations were made to stairs, the box office canopy roof, and the southern roof, meticulously adhering to the original architectural design. Hydraulic upgrades encompassed state-of-the-art kitchen facilities, amenities, and bars, integrating post-mix reticulation and ensuring compliance with stringent fire safety regulations. Stage 3 of the project further elevated the theatre's functionality and appeal, with enhancements to the change rooms and performers' entrance. The Empire Theatre's restoration stands as a beacon of historical preservation and communal spirit in Toowoomba, reaffirming its status as a beloved cultural landmark for generations to come.

Kehoe Myers were engaged for the delivery Civil, Structural and Hydraulic engineering services for the Toowoomba Toyota Service and Pre-Delivery Service Centre. This 4700m² expansion encompasses a new L-shaped three-story building adjoining the existing service facility and features an array of amenities including a dedicated showroom showcasing top-of-the-line 4WD accessories to meticulously appointed workshop offices, servicing bays, and specialised detailing areas, every aspect has been designed to exceed expectations. Furthermore, with ample space allocated for parts storage, a carwash area, and even a car photo booth turntable, convenience and efficiency remain at the forefront of this visionary project. Navigating the intricacies of the Civil and Hydraulic components posed both an exciting challenge and a testament to our expertise. We encountered many site constraints, each demanding a tailored solution. From integrating a basement for parking and servicing, complete with ramp access from both street frontages to accommodate parts delivery trucks, to establishing ramp connections from the existing service area to the new space, our team diligently ensured that every detail was addressed. Moreover, with stormwater drainage complexities requiring adept solutions to facilitate minimal runoff into the council's drainage system, and the seamless extension of fire safety systems to the new extension, including the installation of a fire break tank, booster assembly, and pumps, our commitment to excellence shone through at every stage. Structural engineering considerations extended beyond construction, embracing the harmonious integration of the new with the existing. Challenges were met with innovative solutions, from minimising slab depths over ramps to facilitate optimal clearance, to constructing against existing buildings with contiguous piles to retain structures prior to basement excavation. The ground floor slab was intricately tailored to accommodate supporting column locations and basement parking requirements, while large, cantilevered steel roof structures and box gutters were designed to maximise workspace efficiency. Even modifications to existing tilt concrete panels were documented to ensure seamless access to the new building. Preserving businesses within Toowoomba's CBD is crucial for community vitality and aesthetic appeal. Utilising adjacent properties instead of expanding to distant undeveloped sites demonstrates a commitment to local growth and sustainability. We take great pride in contributing to this project and eagerly anticipate future endeavours that enrich our vibrant community.

Tummaville Road, linking the Gore Highway and Millmerran Leyburn Road southeast of Toowoomba, QLD, faced a significant challenge when the previous bridge over the Condamine River North Branch became damaged and was subsequently decommissioned. In response, the Toowoomba Regional Council (TRC) engaged Kehoe Myers Consulting Engineers to design a replacement bridge. This new structure was envisioned to be a reinforced concrete structure, mirroring the clearance of its predecessor while enhancing flood resilience and adhering to the latest Australian Standards. With the previous bridge no longer in service, local traffic began utilising an existing side track to navigate the dry creek bed, prompting the need for a replacement bridge. The Kehoe Myers team worked closely with the Client, the Environmental Engineering Consultant and the Geotechnical Engineering Consultant to design a bridge structure that would meet the needs of the Client and the Tummaville community. The resulting Tummaville Road Bridge, conceived by our Structural Engineers, stands as a testament to meticulous design and engineering prowess. Spanning two lanes across two spans, the concrete bridge stretches approximately 38 meters in length and 10 meters in width. Its structural integrity is fortified by pre-stressed concrete driven piles, precast concrete scour protection at abutments, in-situ concrete headstocks, abutments and wing walls, transversely stressed deck units, rectangular laminated elastomeric bearing pads, and precast concrete castellated kerbs. Given the frequent passage of oversized agricultural machinery, TRC granted a design exception, allowing for the removal of low-performance traffic barriers and their replacement with castellated kerbs exclusively on the bridge itself. Our design seamlessly incorporated these enhancements along the bridge and its approaches. The roadworks and civil design were masterfully executed by our Civil Engineers, who ensured the incorporation of safe operating speeds, curve widening, and consideration of existing infrastructure and environmental factors. Throughout the project, our team navigated each challenge with enthusiasm, leveraging collective expertise to secure the best possible outcome for our client.

Our team was engaged to design, document, and certify the new pavilion overhanging the lagoon at UniSQ’s Japanese Gardens. Our civil design included general siteworks affected by the building, including the design of building platforms and finished surface levels sufficient for functional surface drainage of the site. The structural design consisted of the foundations, footings, and suspended floor structure. This thoughtfully designed pavilion enhances the tranquil setting of the gardens, providing visitors with a peaceful and inviting place to relax and enjoy the surroundings. In addition to design and documentation, we provided construction phase services, including site inspections and ongoing liaison with the project team to ensure a smooth and successful delivery. Working collaboratively with Feather & Lawry Design and NRG Services, we helped bring this project to life.

Kehoe Myers were engaged by Lexus Toowoomba to provide comprehensive Civil, Structural, and Hydraulic engineering services for their prestigious showroom. This multi-storey complex embodies sophistication, boasting a 1000m² basement area, a podium level adorned with customer parks and an outdoor display area, and an upper-level showroom complete with sales offices, a reception area, a welcoming foyer, and essential amenities. Designed with contemporary flair, the building utilises lightweight materials and low-energy glass to mitigate solar heat gain, ensuring both elegance and sustainability. Our Civil Engineering services encompassed a spectrum of site works, including driveway crossovers, vehicular access zones, and meticulously planned parking facilities. Additionally, our team addressed critical aspects such as site drainage, stormwater management, and erosion and sediment control, ensuring seamless integration with the surrounding environment. Our Hydraulic Engineering team focused on optimal functionality and efficiency. We completed the detailed design for fire water supply, domestic water supply, sanitary plumbing, and roof water drainage, prioritising safety and operational reliability. The Structural Design demanded attention to detail to support the architectural vision. Our team carefully calculated detailed footings to support load-bearing walls and the suspended concrete floor. From reinforced concrete columns to ground floor slabs, and from the innovative suspended concrete floor structure to the precision-engineered structural steel wall and roof framing, every element was crafted with precision and excellence in mind. We've not only delivered a state-of-the-art showroom but also contributed to the elevation of architectural standards and engineering ingenuity. It's a testament to our commitment to excellence and innovation in every facet of our work.

Adding to our portfolio of sports stadiums, we proudly present the Toowoomba Grammar School (TGS) Stadium, a beacon of sporting excellence that officially opened its doors in September 2018. This architectural marvel boasts two expansive basketball courts above a cavernous open space housing five indoor cricket pitches. Elevated spectator seating, classrooms, and staff rooms adorn the upper level, providing a panoramic view of the sporting action below. The Civil and Structural Engineering undertakings for the TGS Stadium were nothing short of intricate. Carving out the lower level, we excavated a staggering 10 meters into the existing oval, presenting a unique challenge that demanded innovative solutions. Our team engineered a retaining wall that stood independent of the building, employing slip joints to accommodate movement without compromising structural integrity. Careful consideration was given to seamlessly link the new retaining structure with existing walls, ensuring a harmonious integration. The structural engineering feats of the building were equally complex. Opting for large-span composite beams, we created a robust framework that allowed for the expansive open space required for the cricket pitches, all while providing support for the basketball courts above. Precision was paramount as we meticulously calculated deflection for the specialised sports flooring, ensuring optimal performance on the courts. Collaborating with specialist contractors, the sports flooring was laid using over 10,000 packers to achieve flawless floor leveling. Navigating site constraints with vigor, our team embraced challenges with enthusiasm, seamlessly integrating functional modern spaces while preserving the timeless character of TGS, thanks to the masterful work of Wilson Architects. From the St. Ursula’s College Salo Centre to the Glennie School Sports Stadium, our legacy of excellence in sports infrastructure endures, paving the way for future generations of athletes to thrive.

Passion for preserving the rich historical tapestry of our client projects is ingrained within our ethos. Nowhere is this commitment more evident than in our work within Toowoomba and the Darling Downs region, where historical significance abounds. Among these cherished sites stands Rowes, an iconic structure that has graced the Toowoomba skyline since 1892, weaving itself into the very fabric of the community. The ravages of the 2011 floods inflicted their toll on Rowes, inundating its shop floor and leaving behind a trail of devastation. Undeterred, Kehoe Myers embarked on a collaborative journey with Aspect Architects and Northbuild Construction to breathe new life into the revered Rowes Precinct. This revitalised space now boasts contemporary office spaces and a coffee shop, seamlessly blending modern functionality with echoes of the past. Throughout the design process, Kehoe Myers demonstrated adaptability by integrating recycled materials sourced from iconic Toowoomba landmarks, including materials from the Toowoomba Foundry and the brickwork of Rowes' original structure. The resulting design pays homage to the site's illustrious history while embracing the demands of contemporary aesthetics and functionality. Our multidisciplinary team lent their expertise across Structural, Civil, and Hydraulic engineering domains, ensuring that every aspect of the project was design to meet the highest standards. Our Structural engineering team completed the upgrade of internal flooring to align with modern standards, skilfully incorporating original brickwork and materials from other admired Toowoomba building. Notably, designing reinforced masonry load-bearing walls for the lift shaft presented a challenge that our team embraced. On the Civil engineering front, we evaluated the pitch levels of connecting roofs, devising innovative solutions to fulfill Toowoomba Regional Council's Stormwater Collection Requirements. Our scope also included comprehensive siteworks, encompassing building platforms, driveway crossovers, vehicle access and paved pedestrian areas. Our Hydraulic team upgraded the internal domestic water supply and accommodated the trade waste for the new tenancies. We reviewed the Fire Water Supply to ensure compliance with TRC and QFES standards, guaranteeing the utmost safety and security for all occupants. We take immense pride in our role in revitalising the Toowoomba CBD, and Rowes stands as a testament to the harmonious fusion of historical preservation and modernisation. It exemplifies the pinnacle of our aspirations – preserving the storied legacy of Toowoomba's past while ushering in a vibrant future for generations to come. 

The Bass Cattle Saleyard, also known as the Waco Bull Depot, graces the landscape just 13 kilometres west of Mitchell along the Warrego Highway. Nestled amidst the picturesque Western Downs of regional Queensland, this esteemed venue transcends its primary function as cattle selling complex, doubling as a charming locale for weddings and various other gatherings. Comprising of an array of amenities, the complex boasts a well-appointed hospitality area, essential amenities, and a tiered seating grandstand, all offering panoramic views of the surrounding countryside. Engaged by Feather & Lawry Design, our team was tasked with the structural and civil engineering that underpin this remarkable establishment. Our structural services entailed the detailed design and documentation of footings and floor slabs for both the cattle auction ring and café buildings, as well as the integration of reinforced concrete bearing walls and structural steel elements, including the intricate roof framing of these pivotal structures. The hydraulic team designed the hot and cold-water reticulation systems, seamlessly supplying the amenities and café buildings from a central water storage tank housed within the amenities building. Furthermore, our team expertly engineered the sanitary plumbing and drainage systems, ensuring efficient operation and compliance with regulations. Amidst the project's challenges, such as overcoming the unique profile of the roof cantilever and open roof structure, our team skilfully navigated complexities to achieve harmonious integration with the architectural vision. The resulting roof profiles stand as a testament to our unwavering commitment to excellence, meticulously executed to uphold the project's architectural integrity.

Kehoe Myers were engaged by Toowoomba Regional Council to undertake the upgrade of 2x 75kL Reservoirs at Emmanulla Drive in Kingsthorpe (Mount Kingsthorpe) and replace them with a 500kL reservoir as a way of providing security of supply to Kingsthorpe. Our services included design and documentation including relevant applications as well as secondment services. Our involvement in the concept phase encompassed various critical tasks, including formulating a detailed brief for surveying, service location, and geotechnical investigations. We effectively managed and coordinated these essential services while preparing a robust concept design for the replacement of the Emmanulla Drive Reservoirs. Key design requirements included ensuring the new reservoir's top water level matched that of the existing reservoirs, incorporating a re-chlorination facility on-site, and determining the optimal location on land to be acquired by the Council. Additionally, we carefully assessed the extent of earthworks necessary to accommodate the reservoir and associated structures, as well as designed access roads, sealed areas, and underground stormwater drainage systems along Emmanulla Drive. Our services also extended to providing detailed cost estimates in two stages: initially for the preliminary design and subsequently for the final concept design. In the detailed design phase, we advanced the design process to the point of issuing a tender package for a "Construct Only" contract and prepared detailed design specifications for the entire scope of the project. This included designing a temporary booster pump station at the Graman Street Reservoir and crafting a performance-based specification for the concrete reservoir tank. Furthermore, we offered secondment services, with flexibility for extension as needed throughout the project's duration.

Chinaman Creek Dam, located just 4 kilometres from Cloncurry in rural North West Queensland, has long been a cherished spot for the community. Recognising the need for enhancement, the Cloncurry Shire Council embarked on a transformative upgrade of the reserve, aiming to create a versatile recreational hub that celebrates the region's natural beauty. The comprehensive upgrade has elevated the area's appeal, featuring a new pavilion structure complete with upgraded barbecue facilities, a playground equipped with modern facilities, a state-of-the-art amenities block, and a convenient boat washdown area complemented by outdoor showers. In close collaboration with the Landscape Architect (LARK), our team provided a range of engineering services to bring this vision to life. Structurally, we oversaw the upgrade of the pavilion and its supporting infrastructure, along with designing footings for shade structures and slabs for various amenities, including the amenities block and container servery. Notably, our design of the shade structures employed aluminium due to the prevalence of local birdlife and their potential to cause damage. The Civil engineering included upgrading the sealed carpark and road, establishing a gravel carpark area, constructing a concrete recreation space, and laying out pedestrian pathways to ensure accessibility and convenience for all visitors. Hydraulically, we devised a comprehensive plan for water and sewer connections to the amenities block and container servery, ensuring efficient and sustainable infrastructure. The project presented unique challenges inherent to North West Queensland, but our team approached them with enthusiasm and expertise. Factors such as material supply, available services, and long-term maintenance considerations were integrated into our design process. We take great pride in our contribution to these much-needed upgrades for the Cloncurry community. The transformation of the Chinaman Creek Dam Recreation Reserve not only provides residents with a formalised community space but also contributes to the ongoing enhancement efforts spearheaded by the Cloncurry Shire Council.

Bungil Creek Bridge is situated on the Warrego Highway between Miles and Roma. The Warrego Highway transports significant numbers of cattle from and to the Roma Saleyards, which is the biggest cattle selling facility in the southern hemisphere. This stretch of the highway also accommodates significant mining traffic, further underlining its importance in the region's economic landscape. Kehoe Myers were engaged to undertake the investigation of a Business Case, which explored the benefits of an investment and upgrade to the Bungil Creek Bridge, and the impact on stimulating economic growth to the local, regional and wider community, the improvements to productivity for agricultural commodities and industry, whilst supporting a safe, reliable and efficient road network with an improved flood immunity. We complied our findings from our investigation in a comprehensive engineering report highlighting our proposed 7 bridge options, cost options analysis for each bridge and the economic study and attending a stakeholder meeting involving Department of Transport and Main Roads (DTMR) and local Native Community (as the proposed bridge was next to a Native Title Land). All 7 options were presented at this meeting by Kehoe Myers as well as the preliminary cost estimates, utilising the market rates sq.m rates at the time. Throughout a lengthy decision process, we attended several reoccurring meetings before DTMR narrowed down the final Conceptual Options to 3 options. We completed the Concept Designs on the 3 options chosen and provided a detailed bill of quantities (using DTMR’s P50/P90 standards). We assessed the Cultural Heritage Importance, Road Safety, The Flood Levels and Mapping. Native Title, Community Engagement, The Economic Benefit and Minimising of the Environmental Impact of the proposed Bungil Creek Bridge within our Final Feasibility Report. We prepared an economic study to provide DTMR with a Cost Benefit Analysis (CBA) for a 20-30 year period, to be in line with the Federal Government, State and Local Government Infrastructure Policies. This report was delivered to DTMR within a timely manner and will provide them the necessary information to be awarded funding for the Bungil Creek Bridge Upgrade.

The Anzac Memorial Boardwalk at Emu Park stands as a tribute to the enduring legacy of the ANZACs, offering visitors a journey through the archives of history and the sacrifices made during World War I. As a coastal boardwalk, it serves not only as a picturesque pathway but also as a living memorial, preserving the memory of those who served with honour and courage. At the heart of this commemorative site lies the reflective memorial boardwalk and its gateway gallery entry, which together form the focal point of 'The Centenary of ANZAC Memorial Walk'. Here, visitors are invited to embark on an emotional and reflective journey, guided by a timeline that chronicles the pivotal events of World War I. From the harrowing trenches of Gallipoli to the fields of Fromelles, each step along the boardwalk serves as a reminder of the sacrifices made by the ANZACs in the name of freedom and democracy. Kehoe Myers played a pivotal role, providing Structural Engineering Services and Construction Phase Services for the boardwalk. Our team was tasked with the design and documentation of essential structural elements, including the post and bearers, joists, decking, and balustrades. Through meticulous planning and precise engineering, we ensured that each component of the boardwalk was not only structurally sound but also seamlessly integrated into the surrounding landscape, enhancing the overall visitor experience. It is our hope that this living memorial will continue to serve as a place of reflection, remembrance, and reverence for generations to come, honouring the memory of the fallen and inspiring future acts of bravery and selflessness.

The Alderley Street pedestrian bridge, once a timber structure marred by significant deterioration, underwent a remarkable transformation with our involvement in the design of a cutting-edge replacement. Kehoe Myers assisted Wagner Investments with the design of a new pedestrian bridge, to be completed using Wagners innovative product CFT – Composite Fibre Technology. Composite fibre stands out for its superior durability when compared to traditional materials like concrete, steel, and timber, making it an increasingly preferred choice for such applications. The bridge designed by our structural engineers boasts a sleek three-span configuration, featuring generous 4-meter approaches on each side, a commanding 22-meter span, totalling 30 meters in length, and spanning 4 meters in width. By introducing a new alignment, we optimised cost efficiencies for our valued client, ensuring an economically sound solution. Unlike its timber and steel counterparts, our bridge is designed for composite fibre construction, promising reduced maintenance requirements and an extended service life due to the material's inherent durability. In addition to the structural design, our civil engineering designed the erosion and sediment control measures. Meanwhile, our project coordination team compiled Safety in Design reports and a comprehensive Risk Register, ensuring the project's smooth execution and adherence to the highest safety standards.

Aspire on Hursley offers a vast array of Lot sizes ranging from 501m2 – 721m2. Located minutes from Toowoomba’s CBD, and less than 15 minutes from the Wellcamp Airport, this subdivision provides flat land development ideally positioned to grab the early morning sun and also take in the sunsets. Kehoe Myers assisted AFG Corporation with the Planning Phase through to the Detailed Civil design of the residential lots taking into consideration the Client’s requirements of minimum lot sizes and configurations. These smaller land parcel sizes allow the Glenvale area to offer affordable blocks upon which to build while maintaining ample amenities for future residences. The design of the intersection onto Hursley Road allows for the road users to have easy access to the estate while maximising safe usage and traffic movements when entering and exiting the subdivision. Our scope of work included: Preparation of the Preliminary Design and Engineering Report for Roads, Siteworks, Stormwater Drainage, Water Supply and Sewerage. Preparation of the Concept Stormwater Management Plan (CSMP) in accordance with the Council’s Planning Scheme and the Queensland Urban Drainage Manual including RPEQ Certification. Liaison with the Town Planner to prepare RAL (Reconfiguring a Lot) application requirements. Design, Documentation and RPEQ Certification of Subdivision Plans and Specification for Engineering Works Completed for Siteworks, Water Supply, Sewerage and Stormwater. Preparation of the QLeave application. Preparation of the Streetscape, Lot and Sales Presentation Plan. Preparation of the tender specifications and documentation and Evaluation and preparation of the Tender Evaluation Report. Completion of regular site inspections to ensure construction compliance with design intendent and Council Planning Scheme requirements. Assistance with Survey Plan Endorsement and Registration for sale.

In 2019, we proudly welcomed The Glennie School's Clive Berghofer Sports Centre into our esteemed portfolio of sports stadiums. This state-of-the-art facility, boasting three indoor courts, seamlessly integrates with the school's existing aquatic complex, enhancing its reputation as a premier sporting destination. Spanning over 3,500 square meters, the Centre encompasses a range of amenities including a reception area, café, office space, first aid room, and modern multi-purpose courts complete with perimeter seating. Additionally, under croft car parking and storage facilities ensure convenience and functionality for users. Constructed with large-span steel roof trusses and a suspended post-tension concrete floor, the Sports Centre stands as a testament to architectural excellence and structural ingenuity. Working closely with Burling Brown Architects, our team meticulously designed the Centre to complement the existing aesthetic of The Glennie School, ensuring seamless integration within the campus environment. Our involvement in this project extended to structural, civil, and hydraulic engineering services, encompassing a diverse range of tasks. Structurally, the team completed the detailed design of footings, ground slab floors, concrete columns, masonry walls, and suspended concrete floors across multiple levels. While our Civil engineering team focused on site preparation, earthworks, car park design, vehicle access, paved pedestrian areas, stormwater drainage, and retaining wall design. The Hydraulic engineering team encompassed the design and documentation of water and fire supply systems, roof water drainage, and sanitary plumbing and drainage infrastructure. Throughout the construction phase, our team provided comprehensive site visits to ensure the integrity of our designs and to deliver relevant certifications, thus ensuring the successful realization of the project. With an investment of $8 million, the Clive Berghofer Sports Centre adds yet another jewel to The Glennie School's crown of first-class sporting facilities. This project represents just one of several successful collaborations between Kehoe Myers and The Glennie School, with our team also contributing to the development of the Science Centre, Theatre Room, and multiple carparking projects, underscoring our commitment to delivering exceptional outcomes tailored to our client's needs. The Clive Berghofer Sports Centre stands as a beacon of sporting excellence, catering to the diverse sporting ambitions of The Glennie School's students, and further solidifying its reputation as a leading educational institution in the region.