The Australian spectrum licensing framework and the process for coordinating and obtaining apparatus licences, from how spectrum is allocated to performing interference assessments and preparing compliant applications, walked through with real data from the ACMA register.
The installation requirements defined in AS/CA S009 for engineers, designers and installers who need telecommunications cabling that is compliant, safe and certifiable, with the wiring rules applied to real structured cabling, fibre and communications infrastructure projects.
How cables, connectors and related hardware must be approved and compliant before installation under AS/CA S008, so you can identify compliant products, read regulatory markings and avoid common specification mistakes in project designs.
Low-voltage electrical system design, installation and compliance under AS3000, covering earthing, circuit protection, conductor sizing, voltage drop and inspection requirements for commercial, industrial and residential projects, with worked design exercises.
Designing, optimising and verifying leaky feeder communication systems for underground mines, tunnels and confined infrastructure, including radiating cable losses, amplifier placement, DC power budgeting and coverage, with hands-on exercises in the noIM₃ Leaky Feeder Designer.
Designing and planning point-to-point microwave links, from path profiles and Fresnel clearance to fade margins, rain attenuation and frequency coordination, with real path studies built in the noIM₃ Link Planner.
Selecting and designing RF and data cabling, covering coaxial feeders, connectors and serial links, with attenuation, return loss, velocity factor and grounding worked through for real installations.
Assessing electromagnetic energy exposure against the ARPANSA RPS S-1 limits and ICNIRP guidelines, covering exclusion zones, signage and EME reports for transmitter sites, with modelling in the noIM₃ EME Exposure Modeller.
Planning HF radio networks for remote and emergency operations, covering sky-wave propagation, frequency selection and reliability using the ITU-R P.533 model, with link studies in the noIM₃ HF Frequency Planner.
Designing two-way and land mobile radio coverage, from site selection and propagation modelling to talk-out and talk-back budgets, with coverage predictions built in the noIM₃ Coverage Planner.
Finding and avoiding intermodulation interference in multi-channel radio systems, covering IM product orders, mixing analysis and clean frequency-plan design, validated with the noIM₃ frequency tools.
Designing fibre optic and passive optical networks, covering optical budgets, split ratios, splice and connector loss and PON architecture, with worked budgets in the noIM₃ fibre design tools.
