01
Integrated system definition
Basis of design, requirements, interface mapping, design review, constructability, and technical scope development.
Engineering & controls
Make every interface buildable, controllable, and ready to operate.
We connect mechanical, electrical, process, controls, and operating requirements early—then keep those interfaces aligned through field execution and turnover. The result is a coordinated system with a testable control narrative and a practical path to operation.
Start a conversation01
01Design basis
02Equipment
03Instrumentation
04Controls
05Operations
One coordinated path from definition through operating feedback.
Operating outcomes
What the engagement is designed to change.
- Fewer unresolved interfaces between disciplines, equipment, and controls
- A control architecture tied to the real operating sequence
- Documented commissioning evidence and a usable turnover package
Scope areas
A practical scope built around the system.
02
Automation & controls
PLC, BAS, SCADA, supervisory controls, instrumentation, networks, points lists, alarms, and sequence development.
03
Commissioning & validation
Pre-functional checks, integrated-system testing, issue tracking, performance verification, and operator turnover.
04
Technical standards
Repeatable specifications, control narratives, documentation practices, naming conventions, and quality gates.
Delivery sequence
Decisions move through visible gates.
- 01 / Discover
Establish the operating objective
Document constraints, stakeholders, interfaces, risk, and the measurable definition of done.
- 02 / Engineer
Coordinate the system
Resolve architecture, equipment, controls, data, and field interfaces before they become change orders.
- 03 / Commission
Prove the sequence
Test components and integrated modes against the approved requirements and record every exception.
- 04 / Turn over
Carry knowledge into operations
Deliver training, records, setpoints, alarm strategy, and open-item ownership to the operating team.
Operating controls
The disciplines that protect delivery quality.
Every control is tailored to the contract and project risk. The intent is simple: keep safety, acceptance, procurement, documentation, and operating reality connected to the technical work.
Commissioning discipline
Acceptance criteria and test records are defined before functional testing begins.
Change control
Sequences, setpoints, network changes, and field deviations remain traceable to an approved decision.
Safety by design
Interlocks, permissives, safe states, access, and maintainability are reviewed as system requirements.
Procurement alignment
Vendor submittals and controls responsibilities are checked against the integrated operating objective.
Engagement models
Choose the level of accountability the work requires.
Technical advisory
- Best for
- Owners who need an independent design, controls, risk, or procurement review.
- Typical output
- Decision record, risk register, recommendations, and a scoped path forward.
Engineering & integration
- Best for
- Projects that need coordinated controls and field-ready technical delivery.
- Typical output
- Defined design package, integration scope, test plan, and managed technical interfaces.
Commissioning & recovery
- Best for
- New or existing systems that are not yet performing as intended.
- Typical output
- Verified deficiencies, corrective actions, retesting evidence, and turnover priorities.
Start with the objective