Practical engineering support across industrial automation and electrical power design — offered separately or together, scoped to what you actually need.
On-site and remote troubleshooting of PLC hardware, I/O failures, network issues, and program faults across all major platforms.
Screen errors, communication failures, tag mismatches, and outdated graphics — diagnosed and resolved systematically.
When the paperwork never existed or hasn't been touched in decades, we rebuild it — I/O lists, loop sheets, network diagrams, and program documentation.
Evaluate what you have, identify risk areas, and develop a practical modernization roadmap with clear priorities and phasing.
Many systems run without a secure backup of their own program. We establish a reliable archive strategy before anything else changes.
Reduce nuisance trips, improve alarm management, and address logic issues that have been tolerated — but shouldn't be.
Build a phased, realistic modernization plan that respects operational constraints, budget cycles, and the complexity of what's already in place.
Platform-neutral guidance on PLC vendors, SCADA platforms, networking architectures, and IIoT solutions — based on your needs, not vendor relationships.
Review existing control system architecture for gaps, risks, and opportunities — including network segmentation, redundancy, and cyber exposure.
Develop or refine internal controls standards, naming conventions, and programming templates to support long-term maintainability and consistency.
When an implementation project has stalled or gone sideways, we step in to assess the situation objectively and establish a path forward.
Functional specifications, scope of work documents, and RFP technical sections for capital projects requiring controls engineering scope.
Connect industrial equipment to cloud platforms for remote monitoring, analytics, and reporting — without compromising your control network.
Deploy and configure industrial historians to capture process data over time — enabling performance analysis, compliance reporting, and root cause investigation.
Build operator and management dashboards that present the right information to the right people — clearly, without clutter.
Implement secure remote access and monitoring for distributed assets — pump stations, remote lift stations, agricultural sites, and unmanned facilities.
Bridge legacy protocols (Modbus, DNP3, HART) to modern systems using OPC-UA, MQTT, and standard middleware — without replacing working equipment.
Practical applications of AI and machine learning to industrial data — anomaly detection, predictive maintenance indicators, and process optimization support.
Safe, documented migration from obsolete platforms — PLC-5, SLC 500, Series 90, Modicon 984, Step 5 — to modern hardware with full logic conversion and testing.
Ignition platform deployment, configuration, and migration from legacy SCADA systems. New projects, upgrades, and module-level additions.
Support for existing Wonderware environments — InTouch modifications, System Platform configuration, ArchestrA object updates, and migration planning.
ControlLogix, CompactLogix, MicroLogix, and PLC-5/SLC 500 legacy support. Studio 5000, RSLogix 5/500, and FactoryTalk platforms.
Replace aging operator panels with modern HMI hardware and graphics that improve usability, alarm clarity, and operator effectiveness.
Many facilities run a patchwork of platforms. We navigate mixed environments and develop integration strategies that work across vendor boundaries.
Full MCC design — bucket-level layout, bus sizing, starter and VFD selection, instrumentation, and arc-flash labeling per NFPA 70E.
Independent review of electrical designs for code compliance, constructability, and safety. California PE stamping services available.
Service entrance sizing, branch circuit load calculations, demand factor analysis, and utility coordination documentation.
Detailed control wiring schematics for panels, field devices, and systems — from elementary diagrams to full panel documentation packages.
Industrial power distribution from utility interface through final distribution — one-lines, three-lines, raceway design, and feeder sizing.
Drive selection, bypass panel design, harmonics considerations, conduit and cable sizing, and startup commissioning support.
System-level design of control networks, panel topology, I/O strategy, and redundancy planning for new facilities and expansions.
Instrument selection, specification, loop sheet development, and integration into control systems — HART, 4–20 mA, Foundation Fieldbus, and wireless.
Control panel layout, BOM development, and design documentation suitable for fabrication — coordinated with your panel shop or independently reviewed.
Turnkey controls engineering for equipment manufacturers — panel design, PLC program, HMI, and documentation. You build the machine; we handle the brains.
Design and configuration of industrial Ethernet networks — ring topology, managed switches, VLAN segmentation, and firewall placement for OT environments.
Design systems that grow with your operation — templated architectures, standardized hardware, and documentation that supports future expansion without rework.
Controls and electrical engineering can be engaged separately or together — scoped to your actual need, not a predetermined package.
A specific problem, a stalled system, a question that needs a real answer. We engage on discrete scopes and deliver clear results without inflating the engagement.
Defined scope, deliverables, and timeline. Controls design, electrical documentation, SCADA deployment, or migration — as a complete project with clear milestones.
Many clients find that an ongoing relationship — available for questions, reviews, and emerging needs — is the most valuable engagement model over time.
That's what the first conversation is for. No pressure, no commitment — just a candid discussion about what you're dealing with and whether we're the right fit.