Report on the Science Field Trip to the Electrotechnical Collection Museum with Grade 9
On November 21, Grade 9 students had the opportunity to visit the Electrotechnical Collection Museum in Budapest as part of their science curriculum. Seventeen students participated in this engaging and educational field trip, accompanied by teachers. The visit aimed to deepen their understanding of the development and applications of electrical engineering. As their Physics teacher, I provided a brief beforehand to introduce them to the topics and exhibits they would encounter.
The museum, located at 1075 Budapest, Kazinczy u. 21, is a historical site originally designed as a transformer station in 1934, built in the Bauhaus style. This two-story building now houses fascinating exhibits on the history and development of electrical engineering. Its Art Deco details and green Zsolnay tiles add a unique character to the venue, which has been an industrial monument since 1987.
During our visit, the students explored six distinct collections showcasing the evolution of electrical engineering and its practical applications. The exhibits offered insights into lighting technology, household electricity, railway electrification, and more. The museum also highlighted Hungary’s pioneering contributions, such as the groundbreaking work on transformers by Károly Zipernowsky, Miksa Déri, and Titusz Bláthy.
Students were particularly fascinated by the interactive “Electro Magic” exhibit, which demonstrated the science of electricity through operable devices. They witnessed the discharge of a 19th-century spark inductor and explored the origins of electrostatics and electrodynamics. Another highlight was the “Electrified Household” section, featuring vintage appliances such as charcoal irons, early vacuum cleaners, and toasters. These exhibits allowed students to connect historical innovations with modern conveniences in their everyday lives.
The “Golden Age of Electrical Engineering” exhibit captured the students’ attention by showcasing how the widespread use of electricity revolutionized industries and households in the late 19th century. The display of neon advertisements in the museum courtyard provided a nostalgic glimpse into Budapest’s illuminated past.
After the field trip, students were tasked with creating presentations on the devices and topics that captured their interest, focusing on how these innovations impact their future careers and lives. Their excitement during the trip, particularly when interacting with vintage equipment, underscored the value of experiential learning.
The visit lasted approximately one hour, and the museum staff were accommodating, providing detailed explanations of the exhibits. This field trip not only enriched the students’ understanding of physics concepts but also helped them appreciate the historical and cultural significance of electrical engineering.
Overall, the visit to the Electrotechnical Collection Museum was a resounding success, sparking curiosity and enthusiasm among the students. It was an excellent example of how field trips can enhance classroom learning by providing real-world applications and interactive experiences.
Written by: Hanieh Rezaei
Mathematics and Physics Teacher
21. Nov. 2024.
