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Learn ETAP software through practical, instructor-led training in electrical power system analysis.
BESTSELLER Learn ETAP software through practical power system studies, manual calculations, simulations and engineering case studies.
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View ETAP Course Offer →ETAP COURSE FEES & BATCH SCHEDULE
Join ETAP online training or classroom training through the available batches. Compare timings, duration, training mode and fees to find the schedule that fits your learning needs.
SELECTED BATCH
Intensive classroom training
Course Fee
₹40,000 / $550
Schedule
Monday to Thursday
Timing
10 AM to 4 PM IST
Training Mode
Offline
Training
100-hours training | 5 Weeks
Duration
5 Weeks
Class Structure
20 Days | 5 Hours per day
Full Day Batch — Intensive weekday training designed for learners who prefer a full-day schedule.
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Join our free ETAP webinar to explore electrical power system studies, ETAP software demonstrations and practical engineering concepts. Discover how ETAP training can help you begin learning power system modelling and analysis.
I enrolled to improve my ETAP skills for industrial projects. The course gave me a much clearer understanding of short circuit and arc flash studies.
Protection coordination was the topic I struggled with most. The step-by-step approach made ETAP much easier to understand and apply.
✓ Verified StudentExcellent training for engineers looking for practical ETAP experience. The industrial project helped connect everything together.
✓ Verified StudentI enrolled to improve my ETAP skills for industrial projects. The course gave me a much clearer understanding of short circuit and arc flash studies.
✓ Verified StudentYes. A course completion certificate is included after successfully completing the ETAP training. The certificate can help demonstrate your ETAP software training and practical electrical engineering skills.a
Our ETAP training course is available online and offline, giving learners the flexibility to choose the learning mode that suits them. The training covers ETAP software, electrical power system studies, and practical applications.
Yes. Recorded session access is provided so you can re-watch ETAP training classes, revise important concepts, and practice the software at your own pace.
Yes. Students get access to a support community and WhatsApp group for course-related discussions, learning support, updates, and guidance during the ETAP training program.
Yes. Our ETAP online course is designed for beginners, students, freshers, and working professionals. The training includes practical demonstrations, hands-on exercises, recorded access, and learner support.
Download our free ETAP course brochure and register for our free ETAP webinar to explore the training before enrollment. Get an overview of the ETAP curriculum, practical training, certification, and career-focused learning path.
Yes. The training focuses on practical ETAP software training and real-world electrical engineering applications. You will learn how to create and analyze electrical power system models and interpret study results.
ETAP is electrical power system analysis software used to model, simulate, and analyse electrical networks. Electrical engineers use it for load flow analysis, short circuit studies, protection coordination, arc flash analysis, motor starting, harmonic analysis, and transient stability studies.
The ETAP training curriculum covers electrical network modelling, single-line diagram creation, load flow analysis, short circuit analysis, motor acceleration studies, relay coordination, arc flash studies, harmonic analysis, and transient stability. The course helps learners understand how to perform power system studies and interpret simulation results using ETAP.
Yes. Learners can begin with ETAP's interface, electrical components, and single-line diagrams before progressing to power system studies. A structured learning path helps build understanding of load flow, fault analysis, protection coordination, arc flash, harmonics, and dynamic system behaviour.
Load flow analysis in ETAP calculates important electrical network parameters, including bus voltages, active and reactive power flows, and system losses. Engineers use these results to evaluate system performance, identify voltage issues, and assess equipment loading under specified operating conditions.
Short circuit analysis in ETAP evaluates fault currents and voltage conditions when faults occur in an electrical network. Engineers use the results to assess equipment interrupting ratings, fault levels, and protection requirements. The calculation method and system assumptions depend on the selected study standard and project requirements.
Relay coordination in ETAP helps engineers analyse the operating characteristics and timing of protective devices. By evaluating coordination curves and protection settings, engineers can check whether the appropriate device is expected to operate for a fault while helping limit unnecessary interruptions to other parts of the network.
ETAP arc flash analysis helps estimate arc flash hazards and incident energy under defined system conditions. Engineers can use the results to assess potential exposure, determine appropriate safety measures, and support electrical safety assessments. Accurate results depend on correct system modelling, protective device settings, and applicable standards.
Motor starting analysis evaluates the electrical and dynamic response of a motor during startup. It helps engineers assess starting current, voltage dips, acceleration time, and the impact of motor starting on connected equipment and the wider power system.
Harmonic analysis in ETAP evaluates harmonic distortion in an electrical network, which may be associated with nonlinear loads and power electronic equipment. Engineers use the results to investigate power quality concerns, evaluate harmonic levels, and assess possible mitigation measures such as harmonic filters.
Transient stability analysis studies how a power system responds to significant disturbances, such as faults or sudden changes in generation or load. It helps engineers evaluate the dynamic response of generators and the wider network and assess whether the system can maintain stable operation following a disturbance.
A foundation in electrical engineering and power system concepts is helpful because ETAP studies rely on understanding electrical components, system parameters, and engineering calculations. Beginners can start with the fundamentals and gradually develop the knowledge needed to model networks and interpret study results.
ETAP training can benefit electrical design engineers, fresh graduates, power system engineers, testing and commissioning professionals, and other electrical engineering learners. It can strengthen their understanding of power system modelling and simulation workflows relevant to electrical design, protection, and analysis roles.
You can develop skills in creating electrical single-line diagrams, modelling power system components, configuring study parameters, running simulations, and interpreting results. Depending on the practical exercises included in the course, you may also gain experience with fault analysis, protection coordination, arc flash, motor starting, harmonics, and transient stability studies.
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