Independent engineering consultancy
From complexity.To control.
Engineering support across PLC, SCADA, DCS, operational technology and mechanical CAD design. From first consultation to drawings, delivery and commissioning.
your installed systems
DCS / SCADA / HMIIndustrial networksOperational technology01 / Expertise
The right expertise.
At the right point.
Bring in senior engineering capability for a defined challenge, a critical project phase or ongoing support. Work directly with an engineer who understands both the design and the realities of the site.
Control systems & automation
Turn requirements into practical PLC, DCS, HMI and SCADA solutions, with clear logic and an operator’s view of the process.
023D CAD, mechanical design & drafting
Develop and revise 3D models and technical drawings with SOLIDWORKS and Autodesk tools, connecting design intent to manufacturing and installation.
03OT & industrial networks
Connect the equipment, platforms and people that keep your operation running. Understand how the whole system fits together.
04Modernisation & commissioning
Give ageing systems a considered route forward. Plan the change around production, test the assumptions and prepare the handover.
05Engineering leadership & review
Bring experienced technical judgement to the decisions that shape your project, from defining the scope to coordinating delivery.
06Field support & troubleshooting
Work through the problem at the system level. Combine structured diagnostics with practical field experience to identify a sensible next step.
02 / A connected approach
See the system.
Solve the problem.
A PLC or DCS rarely works in isolation. Good engineering brings together control logic, communications, infrastructure and the people who operate the plant.
Control with confidence.
PLC, DCS, HMI and SCADA engineering that connects your requirements to the plant.
03 / How we work
From first contact.
To a clear outcome.
Know what happens next. A shared understanding, an agreed scope and a practical route to a working system.
Clear decisions at every stage.
Ongoing support when you need it.
This is a typical project journey. The steps and deliverables are tailored to your engagement.
First contact
Tell us about your system, the challenge and the outcome you need.
Consultation
Explore requirements, site constraints and priorities together.
Quotation
Review a proposal covering scope, deliverables, timing and fees.
Negotiation
Refine the proposal and agree responsibilities, assumptions and commercial terms.
Contract
Confirm the agreed scope and terms in writing before delivery starts.
Execution & commissioning
Carry out the engineering, test the solution and commission it against the agreed requirements.
Project completion
Review the results, agree acceptance and hand over the documentation and knowledge your team needs.
After completion: two ways forward
- Continue / optional
Service plan
Continue with an agreed plan for support, maintenance or future improvements.
- Conclude
Project conclusion
Close the agreed scope with a clear handover. Return whenever a new requirement arises.
04 / The engineer behind EaaS
Sound judgement.
Hands-on experience.
Personal accountability.
Engineer as a Service is led by Carlos Pizarro, a Chartered Engineer with a background spanning control systems, field engineering and technical leadership.
His career includes industrial automation, life sciences equipment and autonomous systems. That breadth brings a practical perspective to your engineering decisions.
Meet CarlosA project to move forward?
Let’s make a start.
Tell Carlos what you are working on, where you are now and what you need to achieve.