Over the course of our 5-year program, we combine rigorous academics with hands-on experience in labs and workshops to prepare students to become leaders in Electricity, Mechanics, and Nuclear Engineering. Our curriculum also includes nuclear engineering subjects, like nuclear physics, tailored to each department.
Nuclear Courses
Engineering Courses
General Education
At our institution, hands-on experience is crucial for developing well-rounded engineering professionals. Our students engage in advanced practical projects in robotics, power generation systems, and mechanical structure. Through these immersive experiences, students learn to bridge theoretical knowledge with real-world applications, working with industry-standard equipment and tackling complex engineering challenges. This practical approach ensures our graduates are not just academically prepared, but also technically proficient and ready to make immediate contributions in their professional careers.
Our comprehensive curriculum represents the cutting edge of nuclear, electrical, and electronics engineering education. Students master advanced concepts in nuclear technology, power systems design, and electronic circuit development through a meticulously structured program. The curriculum integrates specialized courses in nuclear physics, reactor technology, power generation, distribution and control systems, and advanced electronics, providing students with deep technical expertise in these critical fields. This rigorous academic foundation is complemented by laboratory work and simulation exercises that reinforce theoretical concepts.
Innovation and creative thinking are essential components of our high school's technical program. We encourage students to develop their own innovative projects, from small-scale electronic devices to renewable energy solutions, fostering their natural curiosity and problem-solving abilities. Our young innovators have the opportunity to participate in regional and national science competitions, robotics tournaments, and engineering fairs where they can showcase their creative ideas. Through guided research projects and hands-on experimentation, students learn to approach technical challenges creatively and expertly, laying a strong foundation for their future academic and professional careers in mechanical, electrical, and electronics engineering.
The Electrical Engineering division focuses on the design, development, and application of electrical systems and components within the nuclear power industry.
The Electronics Engineering division focuses on development and application of electronic circuits and systems.
The Mechanical Engineering division focuses on the application of mechanical systems and components.
