Online Courses for Protection & Control Engineers
On-demand technical training covering real-world power system protection concepts, taught by practicing engineers.
Get All-AccessPractical Training for Protection & Control Engineers
Focused on real-world protection applications and core power system concepts.
Taught by Practicing Protection Engineers
On-demand technical courses developed and taught by licensed professional engineers with real-world protection & control experience.
PDHs for Professional Engineers
Meet your professional engineer PDH requirements with courses taught by licensed power systems professional engineers.
Protection-Focused, Power-System Grounded
Courses emphasize protection & control concepts while covering foundational power system topics relevant across power engineering disciplines.
Start Building Protection & Control Expertise Today!
What Power Engineers Say About Our Courses
Trusted by 12,000+ Power Engineers Worldwide | 4.9/5 Average Rating.
Ezenwa Udoha
"I am so impressed with the instructor – I was having difficulty in my project involving Simulink for Power Systems, but when I attended the courses taught by Ricardo and also had a private conversation with him, his response was very fast and accurate. I can say the support I got from Ricardo was excellent. I give Ricardo FIVE STARS!"
Satoru Sotoyama
"It's well delivered and also quite engaging such that I was able to finish it in one sitting! This course is an excellent refresher for symmetrical components and fault analysis."
Geno Stewart
"The electric power course offerings by Romero Engineering Company are some of the best continuing education courses I've ever had. The courses were very comprehensive and easy to understand, and Mr. Romero provided me high quality instruction. The Simulink tutorials were especially helpful for my master's coursework. Highly recommended!"
Our Online Courses
All courses are included with the All-Access subscriptions.
You can access individual courses on their own, or get full access to every course with a monthly or annual all-access subscription.
Get All-Access
3 sections |Â 13 lectures | 2hr 15min
Learn how to design and implement logic schemes using protective relays. Covers logic gates, timers, latches, and common substation protection schemes, with a focus on breaker failure, permissive tripping, blocking, and reclosing logic.
3 sections |Â 12 lectures | 3hr 15min
Learn how transformer protection is applied in practice using modern protective relays. Covers transformer connections and key protection elements including phase and ground differential, volts-per-hertz, and phase and neutral overcurrent protection.
2Â sections | 9 lectures | 2hr 26min
Learn how busbar protection is implemented using modern microprocessor-based relays. Covers low-impedance and high-impedance bus differential protection concepts commonly applied in substation protection systems.
3 sections | 25 lectures | 2hr 47min
Learn how symmetrical components are used to analyze unbalanced conditions in power systems. Covers sequence components and their application to fault analysis, system unbalance, and protection studies commonly encountered in practice.
12 sections |Â 99 lectures | 14hr 45min
Learn the core concepts used to analyze power systems in engineering practice. Covers three-phase power, generator, transformer, and transmission line models, along with per-unit analysis, load flow studies, and short-circuit calculations.
3 sections | 21 lectures | 4hr 40min
Learn how to model and simulate power systems using MATLAB/Simulink. Covers core power system concepts and practical examples of performing common power system studies and analyses within the Simulink environment.
3 sections | 25 lectures | 3hr 20min
Learn how AC electric circuits are analyzed using standard engineering techniques. Covers phasors, impedance and admittance, RMS and instantaneous quantities, power factor, and complex power used in AC circuit analysis.
10 sections | 24 lectures | 3hr 45min
Learn the fundamental concepts of power electronics used in modern electrical and power engineering applications. Covers rectifiers, DC-DC converters, and inverters, including ideal operation and common circuit topologies used in practice.
5 sections | 33 lectures | 6hr 55min
Learn how to model and simulate power electronics devices using MATLAB/Simulink. Covers rectifiers, DC-DC converters, and inverters, with practical examples showing how these devices are analyzed and simulated in the Simulink environment.
10 sections | 66 lectures | 5hr 54min
Learn how electric circuits are analyzed using standard electrical engineering methods. Covers circuit simplification, advanced analysis techniques, and the behavior of circuits during transient conditions encountered in practical applications.
Pricing
Choose one of the following: monthly all-access or annual all-access. All-access subscriptions include every course, future releases, and access to the Romero Engineering Co. web app. Both subscriptions are backed by a 30-day, 100% money-back guarantee. One-time purchase options are available on individual course pages.
Upcoming Online Courses
We are constantly working on new online courses to expand your power engineering skills. Once released, these are included in your monthly or annual subscriptions. Check out the list of courses we are currently working on, to be released in the near future.
Learn the fundamentals of power system protection and control. Covers protection philosophy, relay fundamentals, instrument transformers, and the use of overcurrent, distance, and differential protection elements.
Learn how transmission lines are protected using modern protection principles and schemes. Covers overcurrent, distance, pilot protection, power swing detection, and reclosing applied to transmission line protection.
Learn how ETAP is used to model and analyze power systems for protection studies. Covers building system models, running load flow and fault studies, and performing relay settings and coordination analysis in ETAP.
Learn how synchronous generators are protected using modern protection principles and schemes. Covers differential, overcurrent, distance, volts-per-hertz, loss-of-field, reverse power, frequency, and out-of-step protection applied to generators.
Learn how induction motors are protected in industrial power systems. Covers undervoltage, unbalance, thermal overload, overcurrent, differential, and other protection elements commonly applied to motor protection.
