NDY’s NSW Digital Section Manager, John has a wealth of experience in the ICT and security industry. Having worked as a security project and commissioning engineer previously, he has provided engineering and design solutions for various sectors such as justice and critical infrastructure and commercial buildings.
John has also provided solutions for security management and video surveillance systems, building technologies, ICT and network infrastructure.
Here, John talks about developing engineering solutions to enhance peoples lives and influence the future of the property industry. He also gives insight into one of his career highlight projects, a confidential premium commercial tower in Sydney.
What inspired you to become an ICT and security engineer?
Growing up, I was always curious about how things worked and wanted to use that interest to develop solutions that could enhance people’s lives and help to shape the future.
I was aware that by pursuing a career in engineering, I could help to create the future and put new ideas into practise to address problems within the property sector.
Why digital (communications and security)?
In the modern era of global interconnectivity, communications and security engineering plays a vital role in driving progress, revolutionising industries and protecting assets and users.
The allure of this field stems from its contribution to technological advancements that enhance connectivity, efficiency, and accessibility.
What sets communications engineering apart is its integration within the broader realm of information and communications technology (ICT) engineering services.
Specifically, communications engineering focuses on optimising communication systems and network connectivity across various mediums such as telephony, radio and television systems, as well as data transmission. Its primary concern lies in ensuring efficient and reliable information transfer over both short and long distances.
The term ICT encompasses all technologies that facilitate digital interactions for individuals and organisations alike.
This includes not only communications engineering but also fields like information systems development, technology advancement and data management.
ICT engineers are responsible for overseeing the entire lifecycle of information technology, from creation to storage through transmission until utilisation in diverse applications.
What’s your career highlight project?
One of my career highlights was leading and designing a security and ICT engineering solution for a premium commercial tower located in the heart of Sydney’s CBD.
The project is confidential due to the nature of the VIP tenants, however, the scope of the project was to conduct a site audit, identify all sub-engineering systems (including electronic access control systems) and develop an upgrade strategy to integrate each subsystem with the electronic access control system for seamless control and monitoring capability.
The three goals of the project were:
- To maximise the capability of existing assets and where possible, repurpose equipment to maximise ROI.
- To provide the operator with a single management system that can integrate and control all sub-engineering systems.
- To provide the building user with seamless and frictionless access to all accessible engineering systems such as smart lockers, building and lift access.
Tell us about the communications and security engineering on this project.
The project was to establish a harmonious and effortless environment for building users through the incorporation of integrated engineering systems.
One of the major obstacles we encountered during the design phase pertained to the fact that this building was an active site, accommodating thousands of individuals on a daily basis. In order to surmount this challenge, we devised various features and innovations in communications and security engineering.
Initially, our approach involved maximising return on investment (ROI) by thoroughly evaluating each piece of equipment’s condition. By repurposing these assets judiciously, we were able to minimise system downtime while ensuring that people’s safety and comfort remained unaffected.
Furthermore, we conducted comprehensive assessments regarding interoperability and connectivity capabilities among different engineering systems. This evaluation enabled us to activate integration via alternative engineering systems if any products failed to communicate with one another.
Lastly, our deployment strategy included expandable technologies that were designed with future-proofing in mind. These measures ensured continued support for evolving needs within the building infrastructure over time.
What innovative new approaches are you seeing when it comes to communications?
IoT devices: With the proliferation of IoT devices, new communication protocols and technologies are being reviewed and considered to efficiently connect and manage these devices.
Machine Learning: Communication systems are incorporating machine learning techniques to enhance network performance, proactively identify and resolve potential network issues, as well as bolster security through anomaly detection.
Wireless Connectivity: As technology progresses, there is a shift towards wireless connectivity solutions that eliminate the need for physical cable connections. This transition not only offers users greater mobility and flexibility but also reduces clutter caused by tangled cables or limitations associated with long distance, traditional wired setups.
What legacy do you want to leave, when it comes to your career?
I want to leave a legacy of innovation and usefulness in terms of my professional life.
My goal is to mentor and motivate the upcoming generation of professionals while promoting a climate of lifelong learning and moral leadership.
In the end, I hope that my work leaves a lasting impression by designing innovative solutions and making a positive impact on the businesses and industries I have had the honour of working in.
What is it like for young engineers in communications?
In the ever-evolving field of communications/ICT engineering, self-education, exploration and critical thinking are crucial for aspiring and young engineers.
You will be exposed to state-of-the-art technologies that promise both intellectual satisfaction and personal growth.
Staying well informed of emerging technologies becomes imperative in order to maintain a competitive edge and be leaders in the industry.
This industry offers an exciting prospect where your problem-solving skills can shape society’s virtual interconnectedness with significant consequences.
