21 automation programs.
One connected career architecture.
From your first PLC program to a fully networked, motion-controlled and data-connected industrial system — learn on real hardware, real software and real industrial applications.
Learn by building, wiring and commissioning
Automation Training Laboratory
Develop practical confidence on real controllers, drives, HMIs, instruments, control circuits and industrial communication systems.
Where most engineers start
Choose a complete certification or a focused skill.
Flagship career program
NCAP — Certified Automation Professional
PLC, HMI, SCADA, drives, panels, networking and DCS trained as one connected automation system. Recommended for freshers, career-switching engineers and candidates seeking a complete automation learning pathway.
Already working?
Build your own specialized track.
Select one or more focused programs based on your present role, plant technology, project requirement or target job.
- Individual and small-cohort options
- Online, centre and company-floor delivery
- Standard, advanced and application-based levels
- Customized corporate workshop tracks
Practical technology
Real Hardware & Software Training
Work with devices, wiring, engineering software and communication architecture used across modern industrial systems.
Connected progression
Automation Career Learning Path
Move logically from field fundamentals to complete machine, process and connected-plant automation.
Complete program catalogue
Build skills from field wiring to connected operations.
Every focused program can be taken independently, combined into a customized track, or studied as part of a broader automation-learning pathway.
Career Certifications
2 programs · complete automation pathwaysNCAP — Certified Automation Professional
Complete automation architecture covering PLC, SCADA, HMI, drives, panel engineering, industrial communication and DCS.
View Program →NCAP Level 2 — Advanced Workshops
Combine PLC, SCADA, HMI, drives, networking and panels into a client-style turnkey automation project.
View Program →Controllers & Process Control
2 programs · discrete and continuous automationPLC Control Systems
Program, wire, commission and troubleshoot PLC systems using ladder, FBD, structured text and sequential logic.
View Program →DCS Control Systems
Configure distributed controllers, redundant networks, operator stations and process-control strategies.
View Program →HMI, SCADA & Supervisory Systems
2 programs · visualization, control and plant dataHMI & SCADA Developments
Develop operator screens, alarms, trends, recipes, data logging and PLC communication.
View Program →SCADA Systems — Advanced Level
Redundancy, historians, remote architecture, alarm management, cybersecurity and protocol-level integration.
View Program →Motors, Drives & Motion Control
3 programs · speed, torque and precision positioningAC Drives & Motor Controls
Select, wire, parameterize and troubleshoot AC drives for pumps, fans, conveyors and industrial machines.
View Program →DC Drives & DC Motors
Study DC motor construction, thyristor drives, speed control, feedback, braking and maintenance practices.
View Program →Servo Drives, Motors & Motion Controllers
Configure closed-loop position, speed and torque control for packaging, CNC and robotic applications.
View Program →Electrical Panels & Industrial Wiring
4 programs · design, protection, documentation and wiringElectrical & Control Panel Designing
Design and build PCC, MCC, PLC, VFD and control panels from load study through commissioning.
View Program →Panel CAD Designing
Create GA, IGA, SLD, control schematics, terminal plans and BOMs using electrical CAD tools.
View Program →Switch Gears & Electrical Wiring
Select, wire and test breakers, contactors, overload relays, protection devices and power circuits.
View Program →Relay & Digital PLC Wiring
Understand relay logic, interlocking, sink/source wiring and practical PLC digital input/output circuits.
View Program →Sensors & Instrumentation
2 programs · field measurement and signal integrationSensors & Analog Wiring
Wire PNP/NPN sensors, proximity devices and analog 0–10 V and 4–20 mA signals into PLC and control systems.
View Program →Field Instrumentation & Interfaces
Configure transmitters, control valves, HART, Fieldbus, IO-Link and intelligent instrumentation interfaces.
View Program →Specialized & Connected Automation
3 programs · buildings, mobile machinery and IIoTBMS — Building Management Systems
Integrate HVAC, lighting, energy, fire and security systems through DDC and supervisory BMS platforms.
View Program →Off-Highway Hardware Interfaces & Data Communication
Work with mobile controllers, displays, CAN bus, J1939 and ISOBUS used in construction, agricultural and mining machinery.
View Program →Industrial Networking, IIoT & OPC UA
Connect PLC, SCADA, edge gateways, databases and cloud systems using industrial protocols and connected architectures.
Request Program Details →Career & Application-Based Workshops
3 programs · career readiness and real applicationsNSS — Soft Skills for a Successful Career
Interview preparation, workplace communication, professional behaviour, documentation and career-planning skills.
View Program →Application-Based Workshops — OEM Machinery
Customized machine-automation workshops for packaging, textile, material handling, food and special-purpose machinery.
View Workshop →Application-Based Workshops — Process Industries
Plant-specific workshops covering process control, instrumentation, DCS, SCADA, maintenance and troubleshooting.
View Workshop →
Machine and process applications
Industrial Application Workshops
Translate automation skills into commissioning, troubleshooting and modernization work across major industrial sectors.
How training works
From orientation to a running industrial system.
Orientation
Understand architecture, hardware, software and applications.
Demonstration
See the system wired, configured and operated correctly.
Guided Practice
Repeat procedures with trainer guidance and practical equipment.
Application
Apply the skill to machine or process applications.
Troubleshooting
Diagnose wiring, logic, hardware and communication faults.
Career Preparation
Build project understanding, documentation and interview readiness.
Before you enrol
Frequently Asked Questions
Which automation course is suitable for a beginner?
NCAP is designed as a broad automation pathway connecting PLC, HMI, SCADA, drives, panels, networking and DCS. Candidates with a specific requirement can also choose focused programs.
Can I enrol in only one focused program?
Yes. Focused courses can be taken independently or combined with related technologies according to your background and objective.
Are the programs practical or software-only?
Training is designed around practical hardware, software, wiring, programming, configuration and troubleshooting wherever required by the selected program.
Are online and weekend training options available?
Availability depends on the selected program, trainer schedule and practical-hardware requirements. Contact NCVTPL for the current options.
Does NCVTPL provide career and placement support?
Career-oriented programs can include technical preparation, interview readiness, portfolio guidance and placement-support activities according to applicable program criteria.
Can companies request customized on-site workshops?
Yes. NCVTPL provides application-based workshops for OEM machinery and process industries based on actual machines, equipment, automation architecture and workforce requirements.
Not sure which of the 21 programs fits you?
Send your education, experience, city and career goal. The NCVTPL team can help identify a suitable starting point and course combination.