Join our Electrical design and simulation courses designed for industry-ready skills and top job roles.
Apply NowProfenaa E-CAD offers industry-relevant training in top Electrical software tools. Our hands-on curriculum ensures you're ready to tackle real-world design and simulation projects from day one.
Get trained by certified electrical professionals with years of project experience in circuit design and analysis.
Work on hands-on projects that reflect actual electrical industry needs including PCB design and simulation.
Earn certifications respected by electrical engineering companies and core-sector industries.
Circuit Design with Industry Standard Tools
Hands-On PCB Design & Testing
Simulation of Electrical Systems
Power System Analysis & Control Techniques
This course teaches how to use Electrical CAD tools like AutoCAD Electrical to create professional wiring diagrams, panel layouts, and intelligent project documentation. Ideal for students and professionals in control panel design.
PLC (Programmable Logic Controller) training introduces students to automation concepts, control logic, and real-world applications used in industrial systems. This course covers ladder logic, function block diagrams, structured text, and hands-on simulation using industry-standard PLC platforms like Siemens, Allen-Bradley, or Delta.
You'll learn how to design control sequences for industrial processes such as conveyors, motors, batching systems, and safety mechanisms. The course teaches how to use timers, counters, analog I/O modules, and digital signal processing for precise control in manufacturing environments.
With increasing demand in industries like automotive, food processing, pharmaceuticals, and oil & gas, PLC engineers are in high demand. This course is ideal for electrical, electronics, or instrumentation engineers seeking a strong foundation in industrial automation and process control.
LabVIEW (Laboratory Virtual Instrument Engineering Workbench) is a graphical programming environment used widely in automation, testing, and data acquisition systems. This course introduces students to block diagram programming, front panel control, and real-time data visualization.
Participants will work on interfacing sensors, microcontrollers, and National Instruments (NI) DAQ systems for creating test benches, control systems, and measurement solutions. Signal conditioning, filtering, waveform generation, and control logic are key elements of hands-on modules.
LabVIEW is extensively used in industries like electronics, mechatronics, biomedical, and R&D for automation and testing. This course is ideal for engineers seeking expertise in virtual instrumentation, test system development, and hardware-software integration.
MATLAB is a high-level programming and numeric computing platform used by engineers and scientists worldwide. In this course, learners gain hands-on experience in matrix operations, visualization, and writing custom scripts for complex engineering problems.
Key topics include signal processing, control systems, image analysis, and algorithm development. The course also introduces Simulink for simulation and modeling of dynamic systems such as electric circuits, filters, and embedded logic.
MATLAB skills are highly valued in industries like electronics, automation, biomedical, aerospace, and academics. This course empowers students to solve real-world challenges using simulation and modeling techniques tailored to electrical and electronics engineering.
SCADA (Supervisory Control and Data Acquisition) is a control system used for monitoring and managing industrial processes remotely. This course introduces architecture, real-time data flow, HMI interfaces, and system alarms, providing a solid understanding of how to build and manage SCADA systems.
You'll work on software like Wonderware, WinCC, or InduSoft to create dashboards, trends, historical data logging, and alarm management. The training includes connecting SCADA with PLCs through Modbus, OPC, and Ethernet/IP protocols for real-time data visualization and control.
SCADA is widely used in industries such as oil & gas, water treatment, power distribution, and manufacturing. This course is ideal for engineers looking to specialize in control rooms, automation management, and process monitoring systems.
Wiring Harness Design is critical in industries like automotive, aerospace, and appliances where complex electrical systems must be efficiently routed and connected. This course teaches the fundamentals of harness schematics, connector selection, and wire routing using industry-standard software.
Learners will design harness layouts in 2D/3D, generate wiring diagrams, apply electrical standards, and produce accurate Bills of Materials (BOM). The training also includes real-world applications and simulations using tools like CATIA EWB, SolidWorks Electrical, or AutoCAD Electrical.
By completing this course, students gain the skills to work in automotive design, avionics, and embedded systems, where precise documentation and efficient harness routing are essential. It’s ideal for electrical and electronics engineers aiming for a role in product development or manufacturing.
Completing training in tools like Electrical CAD, PLC, MATLAB, and LabVIEW at Profenaa Profenaa Technologies empowers you to design, automate, and simulate electrical systems across industries.
Create accurate schematics, wiring diagrams, and layouts with Electrical CAD tools essential for modern electrical infrastructure.
Use PLCs and SCADA systems to automate machines, monitor processes, and improve productivity in smart factories.
Simulate electrical behaviors with MATLAB & LabVIEW for control systems, signal processing, and hardware testing.
Electrical Job Roles
Automation Companies
Research Projects
Gain essential skills for success in Electrical Design and Automation Industries.
Master 2D and 3D electrical layout design, panel wiring diagrams, and schematic creation using E-CAD software.
Learn programmable logic controller programming, logic building, and ladder diagram interpretation for industrial automation.
Understand SCADA architecture, HMI design, and control systems used to monitor and control industrial operations.
Simulate electrical circuits and control systems using MATLAB and Simulink for problem-solving and testing.
Understand single-line diagrams, control wiring, cable routing, and installation practices for industrial panels.
Use multimeters, continuity testers, and logic probes to diagnose and troubleshoot control panel or system faults.
Get mentored by experienced electrical engineers and industry professionals.
Hands-on lab setup with PLC kits, wiring panels, and circuit simulation software.
Morning, evening, and weekend batches designed for students and working engineers.
Get industry-relevant electrical training with EMI support and budget-friendly pricing.
Live doubt clearing sessions on E-CAD, PLC, SCADA, and MATLAB-based queries.
Get resume help, mock interviews, and referrals to top electrical companies.
Launch your career with confidence. Our electrical design, automation, and PLC training helps you step into top core industries.
Enroll NowJoin our industry-focused Electrical training with modules on E-CAD, PLC, SCADA, MATLAB, and more.
Master circuit simulation, panel design, automation, and system troubleshooting with hands-on practice.
Clear the assessments based on electrical schematics, control systems, and PLC logic building.
Receive your course completion certificate, recognized by top electrical and automation firms.
Certified