Live instructor-led online PLC SCADA training covering PLC programming, HMI, SCADA, VFD, OPC UA, SCL/ST, SQL, Python and Industry 4.0 projects.
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This page is the parent learning hub for engineers who need a broad automation path rather than training around one Siemens software package. The program connects field devices, PLC control, drives, HMI/SCADA, industrial communication and plant-data reporting so learners can choose the depth required for maintenance, projects, commissioning or Industry 4.0 roles.
Electrical interfaces, PLC fundamentals, remote I/O, VFDs and PROFINET/Modbus/EtherNet-IP concepts.
PLC program structure, HMI/SCADA screens, alarms, trends, recipes and OPC UA.
SCL/ST, reusable blocks, sequence design, migration thinking and multi-controller integration.
SQL Server, VBScript/Python workflows, Excel/PDF reports and KPI-oriented plant data.
Choose only the level required for your current role, or combine levels for a complete progression. Confirm the current batch timing, fee, software version and practical support before enrolment.
PLC & VFD Networking
Duration: 4 Weeks / 20 Days (1 Month)
PLC, HMI/SCADA & OPC UA
Duration: 4 Weeks / 20 Days (1 Month)
SCL/ST & Industry 4.0 Projects
Duration: 4 Weeks / 20 Days (1 Month)
Plant Data Analytics
Duration: 6 Weeks / 30 Days (1.5 Months)
Build one machine-to-report project: field I/O and drive control → PLC sequence → HMI alarms/trends → OPC UA/SQL logging → Python/Excel report. The same tag model is retained across all stages so the learner sees how OT data becomes usable plant information.
Electrical interfaces, PLC fundamentals, remote I/O, VFDs and PROFINET/Modbus/EtherNet-IP concepts.
PLC program structure, HMI/SCADA screens, alarms, trends, recipes and OPC UA.
SCL/ST, reusable blocks, sequence design, migration thinking and multi-controller integration.
SQL Server, VBScript/Python workflows, Excel/PDF reports and KPI-oriented plant data.
For the complete four-level Softwell program, use the main Industrial Automation Training page. This page stays focused on Online Industrial Automation Training.
Map the complete chain from sensor and actuator to controller, network, operator system and plant database. The course treats each layer as part of one operating system rather than independent software products.
Compare Siemens, Rockwell, Mitsubishi, Schneider and ABB at the level of controller workflow, I/O architecture, diagnostics and integration—not by memorizing brand menus.
Maintenance learners focus on fault isolation; project learners add reusable program structure and commissioning; data-oriented learners extend the same equipment model into OPC UA, SQL and Python.
Assessment is based on engineering evidence rather than screen screenshots alone. The learner should be able to explain the tag path, configuration choices, fault conditions and commissioning sequence for the project.
Hardware/software configuration, tag structure and documented parameters.
Online status, diagnostics, alarms/trends or device feedback relevant to this course.
A repeatable method for finding and correcting at least one realistic fault.
Start troubleshooting at the field condition, then follow the signal through PLC addressing, logic state, communication status, HMI representation and database/reporting layer. This prevents software-by-software learning and reflects how real breakdowns cross electrical, PLC, network and SCADA boundaries.
The subject is taught as an engineering workflow with configuration, practical operation, diagnostics and documentation. Learners can connect the focused skill to broader Softwell modules later without repeating the same generic syllabus on every page.
No. The parent online automation path is multi-brand and can connect Siemens, Rockwell, Mitsubishi, Schneider and ABB learning routes.
No. Start with field devices and PLC control, then HMI/SCADA and networking. Add SQL/Python after the process tags and equipment behavior are understood.
Yes, after prerequisite review. The starting level should match the engineer’s actual PLC, networking and troubleshooting capability.
A connected machine-to-report workflow that proves control, diagnostics, visualization and plant-data handling.
Live online training is the main format. Optional practical sessions can be discussed for the Chinchwad, Pune centre.
Send your requirement for classroom, online, corporate or in-plant training. Softwell Automation can customize examples for Siemens, Rockwell, Mitsubishi, Schneider, ABB, Delta and Industry 4.0 project requirements.
Explore practical curriculum, software, hardware and batch options for this technology.
Content reviewed: 14 July 2026
