AVE Technologies designed and delivered dedicated clubhouse cinema systems across multiple Ingenia Lifestyle communities in NSW, creating premium, accessible entertainment spaces for residents. Each cinema features a Sony laser projector, a 130-inch acoustically transparent screen, and a 7.1 Crestron audio system, all managed through an intuitive touch panel for simple daily operation. Wireless hearing augmentation enhances accessibility, while future-ready cabling and clear documentation support long-term reliability and easy upgrades. Built with commercial-grade hardware and thoughtful engineering, the solution provides exceptional viewing quality, user confidence, and consistent performance across all clubhouse locations.

AVE Technologies delivered the complete electrotechnology and integrated workplace systems package for BHP’s Honeysuckle office in Newcastle, creating a modern, connected environment for over 50 employees. The turnkey solution included advanced AV, communications, electrical, and security systems, seamlessly integrated through AVE’s multidisciplinary approach. Featuring Crestron-controlled meeting rooms, Sennheiser audio technology, and a future-ready network infrastructure, the project showcases AVE’s expertise in delivering premium, scalable, and user-friendly workplace technology solutions.

Since 1947, the Singleton United Rugby League Football Club, proudly known as the Greyhounds, has been a cornerstone of the local community — committed to being the club of choice for Singleton and the surrounding region. With a mission to provide outstanding facilities and resources that empower players of all ages to reach their full potential, the Greyhounds continue to build sustainable pathways while embracing the evolving future of the sport. At AVE Technologies, we’re proud to support this vision by designing, supplying, and installing a state-of-the-art outdoor LED display that enhances communication, visibility, and community engagement for the club.

AVE Technologies successfully delivered the MCC16/31 VSD Upgrade at BHP Mt Arthur Coal — a project that proudly earned the 2025 NECA NSW Excellence Award. The works involved replacing ageing drives with Schneider Altivar 980 VSDs, fully integrated into a new switchroom to enhance safety, efficiency, and reliability across operations. Through meticulous planning, coordinated outage management, and close collaboration with BHP stakeholders, the AVE team ensured a smooth and efficient delivery. The project was completed safely, on time, and within the revised budget, reinforcing AVE Technologies’ reputation for technical excellence and dependable performance in complex industrial environments. This achievement has already fostered further opportunities with BHP and strengthened partnerships with key suppliers across the sector.

Catherine McAuley Catholic College in Medowie is one of the Hunter region’s newest and most forward-thinking secondary schools. To support its modern approach to education, the college engaged AVE Technologies to design and install a range of audiovisual and communication systems across the campus. The project included digital signage, audio and video distribution, conferencing systems, and professional PA equipment, all tailored to enhance collaboration, engagement, and learning outcomes. Delivered with precision and attention to detail, the solution provides a flexible, future-ready environment that connects and engages both staff and students.

AVE Technologies successfully secured and delivered the installation of 700 metres of ADSS fibre across seven 66kV overhead power lines at a copper mine in Central NSW. The project’s scope involved establishing a reliable communications link between the mine’s existing core network cabinet and a new ventilation fan shaft, positioned at the termination point of a 66kV direct-fed fan. This critical infrastructure upgrade enhanced network connectivity and operational monitoring within a challenging high-voltage environment. AVE’s team applied its specialist expertise in fibre-optic installation, electrical safety, and high-voltage integration to ensure the project was completed safely, efficiently, and in full compliance with mine-site standards.