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Industrial Automation
Explore PLC, HMI, SCADA, VFD, sensors, control systems and industrial communication concepts.
Finance • Industrial Automation • Technical Training
Rupa Vijay Baoney
A knowledge-focused website covering finance, PLC, SCADA, industrial automation, transformer testing, electrical panel designing and technical training.
Technical Learning Hub
Practical concepts for electrical, automation and professional skill development.
PLCControl logic
SCADASupervision
TRTransformer testing
PANELDesign & control
About Rupa Vijay Baoney
This website brings together learning resources around finance, electrical engineering, industrial automation and technical training.
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Technical Training
Structured learning topics for students, technicians and professionals who want practical automation knowledge.
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Finance
Learn general concepts around financial planning, markets, business finance and financial awareness.
Finance & Financial Learning
A general educational introduction to financial concepts, decision-making and market awareness.
Financial Basics
Understand income, expenses, savings, budgeting, cash flow and the importance of financial planning.
Market Awareness
Learn the basic difference between investing, trading, risk and return without treating market outcomes as guaranteed.
Business Finance
Explore revenue, costs, profitability, working capital and other concepts used to understand businesses.
PLC & SCADA
Industrial automation connects controllers, machines, sensors and software to improve monitoring, control and process efficiency.
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PLC
Learn PLC architecture, digital and analog I/O, ladder logic, timers, counters, interlocks and sequence control.
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SCADA
Understand supervisory control, HMI screens, alarms, trends, tags, data logging and industrial monitoring.
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VFD & Drives
Learn the role of variable-frequency drives in motor speed control, starting, protection and process automation.
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Industrial Communication
Explore the purpose of communication networks and protocols used to connect PLCs, HMIs, drives and field devices.
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Control Panels
Understand panel architecture, component selection, wiring concepts, protection, labeling and documentation.
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Sensors & Instrumentation
Learn the role of proximity, temperature, pressure, level and other field sensors in automated processes.
Transformer Testing
Transformer testing is an important part of electrical equipment quality, commissioning and maintenance. Testing should always be performed using appropriate procedures, calibrated instruments and qualified personnel.
Insulation Resistance
General concept of assessing insulation condition using an appropriate insulation resistance test method.
General concept of assessing insulation condition using an appropriate insulation resistance test method.
Winding Resistance
Measurement used to evaluate winding continuity and identify certain winding or connection issues.
Measurement used to evaluate winding continuity and identify certain winding or connection issues.
Turns Ratio
Transformer ratio testing helps verify the relationship between primary and secondary windings.
Transformer ratio testing helps verify the relationship between primary and secondary windings.
Oil & Dielectric Tests
For applicable oil-filled transformers, oil quality and dielectric strength are important maintenance considerations.
For applicable oil-filled transformers, oil quality and dielectric strength are important maintenance considerations.
Protection Checks
Understand the role of protection and control circuits in transformer installations.
Understand the role of protection and control circuits in transformer installations.
Test Documentation
Record test conditions, instrument details, results and observations in a clear test report.
Record test conditions, instrument details, results and observations in a clear test report.
Training & Skill Development
Training can be structured from fundamentals to practical industrial applications.
Level 1 — Electrical Basics
Voltage, current, power, protection, motors and electrical safety fundamentals.
Voltage, current, power, protection, motors and electrical safety fundamentals.
Level 2 — PLC
PLC hardware, I/O, ladder programming, timers, counters and troubleshooting.
PLC hardware, I/O, ladder programming, timers, counters and troubleshooting.
Level 3 — HMI & SCADA
Screen design, tags, alarms, trends, communication and monitoring.
Screen design, tags, alarms, trends, communication and monitoring.
Level 4 — Panel Design
Control architecture, components, wiring diagrams, BOM and documentation.
Control architecture, components, wiring diagrams, BOM and documentation.
Level 5 — Transformer Testing
Test principles, procedures, safety and reporting under qualified supervision.
Test principles, procedures, safety and reporting under qualified supervision.
Level 6 — Industrial Projects
Combine PLC, HMI/SCADA, drives, sensors and control panels into practical applications.
Combine PLC, HMI/SCADA, drives, sensors and control panels into practical applications.
Safety note: Electrical testing and commissioning can involve hazardous voltages and stored energy. Practical work must follow applicable standards, manufacturer instructions, site procedures and qualified-person requirements.
Panel Designing
Electrical and automation panel design combines electrical protection, control, instrumentation and documentation.
System Architecture
Define incoming supply, protection, control power, PLC/HMI, drives and field connections.
Component Selection
Consider ratings, duty, environment, protection and compatibility when selecting panel components.
Drawings & Documentation
Prepare schematic diagrams, terminal plans, cable schedules, BOMs, labels and testing records.
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