EGSA's Onsite Power Generation Schools
EGSA Fundamentals of Onsite Power
Every expert starts with a strong foundation. Fundamentals of Onsite Power Generation provides the knowledge needed to understand the language, equipment, applications, and principles of onsite power generation while preparing participants for more advanced EGSA education and certification opportunities.
Whether your role is in sales, engineering, manufacturing, distribution, technical service, operations, facility management, or administration, this course establishes the technical foundation needed to communicate effectively, make informed decisions, and better support customers and projects throughout the onsite power generation industry..
As the first step in EGSA's education pathway, this course provides the foundation for continued learning and professional growth. Whether participants choose to deepen their understanding through additional non-technical courses or advance into EGSA's technical training programs—including EGSA Basic School, EGSA Advanced School, and future certification opportunities—they will have the knowledge needed to confidently take the next step. Upon successful completion, participants will receive an EGSA Certificate of Completion recognizing their achievement.
Ideal For:
- Individuals new to the onsite power generation industry
- Sales professionals
- Office and administrative personnel
- Project managers
- Engineers and engineering support staff
- Generator technicians beginning their careers
- Manufacturer representatives
- Distributor and dealer personnel
- Facility managers
- Anyone responsible for specifying, supporting, selling, maintaining, or operating onsite power systems
EGSA Onsite Power Generation Basic School
Build a Strong Foundation in Onsite Power Generation
The EGSA Onsite Power Generation Baisc School provides a comprehensive introduction to the principles, components, and operation of generator systems. Designed for professionals who are technically inclined, new to the industry, or looking to strengthen their technical foundation, this course develops a practical understanding of how mechanical and electrical systems work together to produce reliable onsite power.
Beginning with the fundamentals of electricity and power generation, participants progress through each major generator system—from the prime mover to the alternator—while learning how individual components interact to form a complete emergency power supply system (EPSS). The course also introduces the codes, standards, and industry practices that influence generator system design, application, and maintenance.
The Basic School provides the knowledge and confidence needed to communicate effectively, make informed decisions, and build a successful career in the onsite power generation industry.
Ideal for:
- New generator technicians
- Applications Engineering professionals
- Engineers and designers
- Technical Project managers
- Technical support personnel
- Facility managers
EGSA Onsite Power Generation Advanced School
Expand Your Technical Expertise
The EGSA Onsite Power Generation Advanced School is designed for experienced professionals who already possess a solid understanding of generator system fundamentals and are ready to deepen their technical knowledge.
Building on the concepts introduced in the Basic School, this advanced program explores the design, operation, maintenance, and troubleshooting of complex generator system components and controls. Participants examine alternators, automatic voltage regulators, governors, automatic transfer switches, switchgear, protection systems, communication networks, emissions technologies, and advanced electrical theory used in modern onsite power systems.
Instruction begins at the alternator and continues through the electrical distribution system, culminating in generator system sizing, application engineering, and real-world system integration. The course emphasizes practical decision-making and technical problem-solving, preparing participants to confidently specify, service, and support increasingly sophisticated power generation systems.
A minimum of three years of industry experience or equivalent technical knowledge is recommended.
Ideal for:
- Experienced generator technicians
- Service engineers
- Application engineers
- Consulting engineers
- Project managers
- Technical sales professionals
- Professionals responsible for specifying or supporting onsite power systems
Current Educational Offerings:
Learn from Industry Experts
The strength of EGSA's education programs begins with its instructors.
Our faculty consists of experienced professionals from across the onsite power generation industry, bringing decades of real-world expertise in engineering, manufacturing, service, application design, controls, commissioning, and system operation. More than subject matter experts, they are practicing professionals who understand today's technologies, challenges, and industry best practices.
Every instructor is committed to delivering practical, experience-based education that bridges the gap between theory and real-world application. Through hands-on insights, case studies, and lessons learned from the field, students gain knowledge they can immediately apply in their careers.
Whether you are attending the Basic School, Advanced School, or pursuing EGSA certification, you'll learn from respected industry leaders dedicated to advancing the next generation of onsite power professionals.
Why Learn from EGSA Instructors?
- Decades of real-world industry experience
- Expertise across mechanical, electrical, and control systems
- Practical instruction grounded in real applications
- Current knowledge of industry standards and best practices
- A shared commitment to developing the next generation of professionals
- A Community of Industry Leaders
EGSA's instructors represent one of the organization's greatest strengths. Their willingness to share their knowledge and experience reflects a shared commitment to advancing the onsite power generation industry through education. By investing their time and expertise, they help develop the skilled workforce that keeps critical power systems operating safely and reliably around the world..