Industrial Automation With Innovative Solutions
Innovating Process Automation. Empowering Industries.
Years of engineering experience
OEM production-line projects
Core capability areas
Core industries served
Engineering The Future Of Industrial Automation
Tatva Logix is an industrial automation engineering practice delivering PLC, HMI, SCADA and MES engineering to manufacturing operations. Built on 8+ years of hands-on controls and manufacturing systems engineering across OEM production programs in North America and India.
- Documented functional design
- IEC 61131-3 control logic
- Structured commissioning
- Maintainable handover
Our Core Capability Areas
Three integrated engineering disciplines covering the full control system lifecycle. From panel and logic design through commissioning and post-startup support.
Control & Automation
PLC programming, HMI development and SCADA architecture for discrete manufacturing - from individual work-cells through multi-station assembly lines.
Learn MoreElectrical Panel Design
Panel schematic and layout design in AutoCAD Electrical and EPLAN, coordinated directly with the PLC and HMI architecture it has to serve.
Learn MoreMES Systems
Manufacturing Execution System design and development on the Ignition platform, with SQL-based data integration and MES/ERP architecture aligned to ISA-95.
Learn MoreEngineering Tools & Calculators
Fifteen free calculators, converters, generators and references for control panel design, field wiring and commissioning - organized by discipline.
Electrical
Motor current, cable sizing, power supply and panel heat-load calculators for panel and field design.
Open ToolsData & Protocol
Modbus addressing, data-type, ASCII/hex and industrial protocol quick-reference tools.
Open ToolsUnits
Engineering unit conversions across pressure, flow, torque and other common industrial measures.
Open ToolsWizards
Sensor selection, tag-naming and commissioning checklist generators for faster project setup.
Open ToolsProject
Open issue matrix generator and other project-tracking tools for commissioning and handover.
Open ToolsPlatforms We Engineer On
Core vendor toolchains supported in-house. Coverage beyond this list is delivered through a platform-agnostic methodology control philosophy, functional design and commissioning procedure stay consistent regardless of hardware vendor.
| Platform | Development Tools | Controllers |
|---|---|---|
| Siemens | TIA Portal, STEP 7, WinCC | S7-300, S7-400, S7-1200, S7-1500 |
| Rockwell / Allen-Bradley | Studio 5000, RSLogix 5000, FactoryTalk View, View Designer | ControlLogix 5560, 5570, 5580 |
| Mitsubishi Electric | MELSEC, GX Works 2, GX Works 3 | Q06UDEH, Q13UDEH, Q26UDEH |
| Schneider Electric | ProWORX 32, EcoStruxure Machine Expert (Unity Pro) | Modicon M340 |
Industrial protocols
Why Choose Us
A disciplined engineering approach, applied consistently from first review to post-commissioning support.
Engineering Discipline
Every project is executed against a documented functional design specification rather than field improvisation, reducing scope ambiguity and rework.
Standards-Based Engineering
Control logic developed to IEC 61131-3; panel and electrical design referenced to UL 508A and NFPA 79.
Documentation as Standard
IO lists, functional design specifications and as-built documentation are maintained as standard project deliverables.
Risk Reduction
Simulation and virtual commissioning are applied ahead of physical deployment to find issues before they affect production schedules.
Lifecycle Support
Engagement extends beyond commissioning into remote support - a continuing engineering resource, not a single-project contractor.
Long-Term Maintainability
Logic, documentation and revisions are tracked through the project lifecycle to support auditability, change control and handover.
Industries We Serve
Demonstrated delivery across two core sectors, with a methodology that transfers directly to other discrete and process manufacturing environments.
Automotive
Engine assembly, body assembly, battery/BEV assembly and retool programs for major OEM production lines, plus technology-stack prototyping and consulting for EV manufacturing programs.
Material Handling & Logistics
HMI design, simulation and commissioning support for automated fulfilment and logistics systems.
Methodology applicable to
Standards-based logic development, documented functional design and structured commissioning transfer directly to additional discrete and process manufacturing sectors. Project experience in these sectors is developed on an engagement basis.
Engineered To A Defined Standard
Deliverables are developed with reference to the standards below. These reflect the engineering conventions applied within project scope formal certification status is available on request.
Let's Automate The Future
Have an automation challenge? Let's build the right solution for your industry.