What are the opening hours?

Monday 9am - 5pm Tuesday 9am - 5pm Wednesday 9am - 5pm Thursday 9am - 5pm Friday 9am - 5pm

IEngineering Australia, Building T2A, Warawara Cct, Quakers Hill, Sydney (2026)

Name: IEngineering Australia
Address: Building T2A, Warawara Cct, Quakers Hill, Sydney, NSW, 2763, AU
Telephone: +61467055252

iEngineering Australia specializes in:

1) Engineering Software Products
a) NEPLAN - Power & Network Analysis Software
b) SDS - 3D Substation Design Software
c) XGSLab - Earthing/Lightning/EMFI Analysis Software
d) EB - Engineering & Design platform
e) NEARA - Overhead and Underground Design tool
f) CARL - Computerized Maintenance Management System & Enterprise Asse

t Management

2) Engineering Design & Consulting
a) Automation and Industrial Engineering
b) ASP Level 3 Design
c) Power System Studies
d) Earthing/Lightning/EMFI Studies
e) Power Quality and Energy Saving
f) Electrical Safety Audit
g) Renewable Energy

3) Hardware Product Sales
a) Electrical & Electronic Parts
b) Mechanical Parts
c) Plants and Equipment
d) Machinery
e) Lightning Protection System
f) Electrical Panels
g) Generators and Transformers
h) Renewable Energy Solution
i) Battery Storage Solutions
j) EV Chargers

Specialties:

Automation, Power Systems, Earthing, Design, Substations, Project Engineering, Renewable Energy, CMMS/EAM, Power Quality, PLC & Scada, Engineering Software, Engineering Hardware

18/06/2026

Let's talk about the reality of fiber optic installations. Out in the field, time is literally money, and a bad splice means doing the entire job twice.

We spend a lot of time analyzing what telecom engineers and field technicians actually need, and the feedback always boils down to two things: speed and reliability under pressure. That’s exactly why our team at iEngineering introduced this Next-Generation Fiber Fusion Splicer.

We didn’t just want to supply another piece of equipment; we wanted to provide a genuine workhorse for high-pressure, long-haul, and large-campus network environments.

Here is a look at the actual numbers this unit is pulling off on site:

* 8-Second Splicing & 25-Second Heating: Drastically cuts down wait times so your crew can move on to the next connection.

*220 Cycles Per Charge: A heavy-duty lithium battery that actually lasts through a full day of continuous splicing and heating.

*520X Magnification: Displayed on a crisp 5-inch high-res LCD, ensuring absolutely flawless core-to-core alignment.

*Massive Data Logging: Automatically stores your latest 6,000 splice results for easy auditing via USB.

*Rugged Durability: Built with advanced wind and dust resistance because we know field conditions are rarely perfect.

To make things even more efficient, it includes a patented 3-in-1 cutting fixture, meaning your technicians can handle rubber-insulated wire, pigtails, and bare fiber without constantly swapping out tools.

When you're building the backbone of a network, the hardware you trust matters.

Take a look at the full technical specs and grab the product flyer right here: https://www.ieng.tech/fusion-spilcer/

I'm curious—for those of you managing field teams or doing the installations yourselves, what is the one feature you wish your current splicer had? Let me know below! or email us at: [email protected]👇

Shila More Durgeshan Naiker IEngineering Aus Monali

12/06/2026

Take a look at the single-line diagram below.

At first glance, everything looks normal.

But hidden within many industrial electrical networks are three common risks:

🔸 Overloaded Feeders
As facilities expand, new loads are often added without fully reassessing feeder capacity. The result? Excessive heating, voltage drops, reduced equipment life, and increased risk of unexpected outages.

🔸 High Fault Levels
As networks grow, fault currents can exceed the ratings of switchgear and protection devices. During a fault event, equipment may be exposed to forces far beyond what it was originally designed to withstand.

🔸 Poor Voltage Profile
Long cable runs, heavily loaded transformers, and growing demand can create voltage drops that impact motors, drives, and sensitive equipment. A voltage issue of only a few percent can cause major operational headaches.

📊 Did You Know?
• Most power quality disturbances originate within a facility's own electrical network rather than from the utility supply.
• Nearly every major electrical failure leaves warning signs that can be identified through engineering studies before an outage occurs.
• Correcting a design issue during the planning stage is typically far less expensive than fixing it after commissioning.

This is where power system modelling becomes invaluable.

Using NEPLAN, engineers can simulate thousands of operating scenarios before equipment is installed, upgraded, or connected to the grid.

✅ Load Flow Analysis
✅ Short Circuit Studies
✅ Protection Coordination
✅ Arc Flash Assessment
✅ Harmonic Analysis

The best electrical networks aren't the ones that never experience faults.

They're the ones designed to anticipate them.

What is the most common issue you encounter in industrial power systems: Voltage Drop, High Fault Levels, Harmonics, or Protection Coordination?

Connect with us at: [email protected]

Durgeshan Naiker Shila More Avishri Patil Harsha Mahore

02/06/2026

An hour of silence on the factory floor shouldn’t cost $5,600.

Let’s be honest: waiting for things to break is the most expensive way to run a business.

When a critical asset goes down unexpectedly, you aren’t just losing time—you’re burning through your profitability. In fact, unplanned downtime costs an average of $5,600 every single hour.

The math is simple: waiting for a breakdown costs up to 5x more than preventing it in the first place.

It’s time to stop reacting and start predicting. With a mature maintenance strategy powered by CARL Software (CMMS/EAM), you can completely change the numbers:

1) Reduce overall costs by 10% to 20%
2) Increase equipment availability by 15% to 20%
3) Extend equipment service life by 5% to 10%
4) Optimize energy performance by 5% to 10%

From real-time asset visibility and mobile field operations to AI-driven predictive insights, CARL gives your team the data they need to stay ahead of failures, not chase them.

Stop firefighting your maintenance. Let's make it your competitive advantage.

👉 See how it works: carl.ieng.tech

✉️ Let’s talk: [email protected]

Durgeshan Naiker Shila More

19/05/2026

If your senior power systems engineers are spending weeks on manual data entry, valuable engineering time is being lost.

Even with advanced tools like NEPLAN, many utilities and consultants still rely on engineers to manually extract and enter information from:

• Legacy PDFs
• Scanned single-line diagrams
• Equipment datasheets
• Transformer nameplates
• GIS and historical records

The process is slow, repetitive, and prone to transcription errors.

We have been exploring how AI can help streamline this workflow by integrating document intelligence with the NEPLAN ecosystem.

Using AI models together with the NEPLAN Web Services API and NEPLAN Programming Library (NPL), it is now possible to:

✔ Extract electrical parameters from unstructured documents
✔ Standardize and validate engineering data
✔ Populate NEPLAN element fields automatically
✔ Synchronize data with external databases and GIS systems
✔ Reduce manual engineering effort during model creation

The goal is not to replace engineers.

The goal is to allow engineers to spend more time on system analysis, planning, and decision-making instead of repetitive data entry.

This has huge potential for utilities working toward accurate and scalable digital twin environments.

We recently demonstrated part of this workflow in action.

Would be interested to hear how others in the industry are approaching model automation and legacy data integration.

12/05/2026

We’ve all been there. You’re walking down the street, and you spot a massive pothole or a damaged footpath. You think, “Someone really needs to fix that.”

But then… you just keep walking. Because figuring out who to call or which online form to fill out is usually a massive headache.

What if reporting community maintenance issues was as easy as sending a text message?

Take a look at this quick walkthrough of CARL Flash in action. In this video, an issue is being reported right at the corner of Beames Avenue and Sol Place in Rooty Hill, NSW.

It literally takes 4 simple steps:

1️⃣ Pinpoint the location on the map.

2️⃣ Select the exact issue from a dropdown (like "Visible hole on footpath").

3️⃣ Set the criticality level.

4️⃣ Snap a quick picture and submit.

That’s it. The request goes straight to the city council or facility planners to be processed into a work order. No waiting on hold, no complicated portals. Just instant, transparent communication.

At iEngineering Group, I absolutely love seeing how our CARL CMMS solutions solve real, everyday problems and make life easier for both citizens and local governments. It’s a game-changer for facility and city management.

I'm curious—how does your local council or company handle maintenance requests right now? Would having a tool like this on your phone make you more likely to report issues?

Visit our site to learn more: https://carl.ieng.tech

and Let me know your thoughts in the comments! 👇

Shila More Durgeshan Naiker

02/05/2026

BREAKING NEWS: The Australian energy and fuel crisis has officially reached a tipping point.

We are seeing the headlines every single day now. Tensions are rising, supply chains are cracking under the pressure, and skyrocketing power costs are forcing businesses into unplanned downtime.

If your operations are still 100% tied to the national grid or reliant on unpredictable fuel deliveries, you are standing directly in the impact zone of this economic crash.

You cannot control global fuel prices, but you absolutely can control your own power supply.

However don't worry mates we do have a solution for that!👇

Click below to view the emergency blueprint and secure your energy independence before it's too late: 👉 https://sites.google.com/view/energy-crisis-escape/home

Durgeshan Naiker Shila More Ryna Naiker

Address

Building T2A, Warawara Cct, Quakers Hill
Sydney, NSW
2763

Opening Hours

Monday	9am - 5pm
Tuesday	9am - 5pm
Wednesday	9am - 5pm
Thursday	9am - 5pm
Friday	9am - 5pm

Telephone

+61467055252

Website

http://ieng.tech/

Alerts

Be the first to know and let us send you an email when IEngineering Australia posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to IEngineering Australia:

IEngineering Australia