Less downtime.
When a machine stops, I find the fault fast: PLC, drive, sensor or wiring. On site, or remotely when I can't get there.
14 years on cranes, mining machines and production lines.
Industrial automation · Abu Dhabi
I keep heavy machines running across the Gulf, in ports, offshore, mines and factories. I also build the simulators and software that help your team run them.
When a machine stops, I find the fault fast: PLC, drive, sensor or wiring. On site, or remotely when I can't get there.
14 years on cranes, mining machines and production lines.
I move ageing controls to current Siemens systems with short, planned shutdowns, so the machine comes back better than it left.
Liebherr ship-to-shore crane: STEP 5 to TIA Portal V20, 553 tags migrated.
From delivery to the first run: testing, punch list and handover, with the paperwork done.
Harbour cranes, offshore lifting units and a mining excavator.
Operators, technicians and engineers rehearse on realistic simulators, where a mistake costs nothing.
Cranes, engines, transmissions and hydraulics. Try them below.
I price the job, lead the team, deliver on time and make sure the invoice gets paid.
Full cycle owned, from tender to collection.
I use AI to build what a business needs: ERP systems, dashboards, web and mobile apps.
Company ERP from enquiry to invoice, in daily use.
Cranes, a wheel loader, a bucket-wheel reclaimer, engines, transmissions, hydraulics and a whole AI datacenter, built to real numbers. Open one in your browser. No install.
Practise risky lifts and faults with no risk to people or equipment.
New staff see inside the machine and learn how it works before their first day on site.
Rehearse the breakdowns you hope never happen, so the team knows exactly what to do.
Powershift transmission
A transmission on its test bench, with the drive motor, cooler and control panel, built to real dimensions.
Cutaway view
Take the casing off and every clutch pack, gear and shaft keeps moving, so people see how it really works.
Ship-to-shore crane
Step into the machine house and watch the motor, brake and drum lift a 24 t load.
A rail-mounted stacker-reclaimer working an iron-ore stockyard. The wheel carves the pile as it digs, the belts carry the ore away, and the operator panel raises real alarms when you inject a fault. Day or night, in your browser.
A full AI campus, from the substation to one compute blade. Power arrives at 132 kV, becomes 800 V DC and leaves as heat through a 45 °C water loop. Rendered in Blender, built to published figures.
All eleven are live. Pick one and open it, no install needed.
Dig a sand pile, load a tipper truck pass by pass, and drive from a fully detailed cab.
Try it live ›
Dig an iron-ore pile, run the automatic cycle and handle alarms from the operator panel.
Try it live ›
Grid to GPU in four levels: campus, hall, a Kyber-class rack you can pull apart, and one compute blade.
Try it live ›
12 operator and 5 rigger exercises, with a voice crew that answers in English or Arabic.
Try it live ›
Walk the machine house, sit in the cab and run a full container move.
Try it live ›
Five hydraulic circuits with live pressure and flow, and 69 animated hoses.
Try it live ›
Commission a hoist drive step by step, then inject faults and fix them.
Try it live ›
Four turbofans on an A380, with cutaway views and live engine data.
Try it live ›
Built to the service manual: split shafts, every clutch pack, a controller you can fault and fix, then a 13-step teardown.
Try it live ›
Governor, turbo and eight injectable fault codes on a live test cell.
Try it live ›A few of the jobs behind the numbers.
I see the machine and hear what a stop costs you.
A clear scope, a fixed plan and a price you can approve.
The work done safely, with progress you can see each day.
Documents, a spares list and a team that knows the machine.
I'm Hossam Ahmed Amir, a mechatronics engineer from Egypt, based in Abu Dhabi. I started on factory floors in 2011, moved to port equipment, and since 2018 I've led automation, commissioning and service work across the Gulf.
I like the hard problems: a machine that won't start, a control system older than the operator, a team that has to learn fast. Lately I also build the tools that make those problems smaller.
Arabic and English · B.Sc. Mechatronics Engineering, 2011
A machine down, an upgrade to plan, a team to train or a tool to build? Send me a line.