Engineering in London

No other location offers more insights into the birth of our technological world. Come see and learn with us about the origin of the industrial revolution, the “second” industrial revolution of electrical machines, and the birth of the computer age.

This month long program allows students to get hands on experience visiting sigificant engineering sights and museums in London and surrounding areas while also completing two courses required for most engineering programs. During the first three weeks, students will engage in a combination of coursework and course-related excursions as well as several culturally-significant events.

In the last week, participants will reside on the campus of the University of Sheffield where they will get hands-on experience in state of the art labs and facilities.

Learn more about studying abroad in London

Program Activities and Excursions

In addition to taking classes at a study center in the Bloomsbury district of central London Monday-Friday, you will have the opportunity to visit with the class sites associated with the industrial revolution and the development of modern engineering. These visits will provide context and enrichment opportunities to your formal studies.

London, England, UK

• Greenwich Royal Observatory: Thames Barrier entry with guided tour and National Maritime Museum-home of 0° Longitude!
• London Eye: Experience panoramic views of London from this iconic marvel of engineering, a giant Ferris wheel that offers a unique perspective of the city’s landmarks and skyline.
• Kew Bridge Steam Museum: Discover the marvels of Victorian engineering at Kew Bridge Steam Museum, featuring impressive steam engines and interactive exhibits that bring the industrial revolution to life.
• London Science Museum: Engage with cutting-edge science and technology exhibits at the London Science Museum, where hands-on displays and historical artifacts make learning about science fun and fascinating.
• Michael Faraday Museum: Visit the Michael Faraday Museum, dedicated to the pioneering scientist whose work in electromagnetism and electrochemistry transformed modern science, and explore exhibits that highlight his groundbreaking contributions.
• Brunel Museum: Dive into the world of engineering genius Isambard Kingdom Brunel at the Brunel Museum, showcasing his revolutionary contributions to transportation and architecture through intriguing exhibits and artifacts.
• Bletchley Park: Step back in time to Bletchley Park, the historic site where Allied codebreakers deciphered the German Enigma code during World War II, and learn about the pivotal role they played in shaping the outcome of the war.

Sheffield England, UK (new for 2025)

After your program ends in London, travel north to the University of Sheffield, where your studies will continue at “The Diamond”, an architectual masterpiece and state of the art engineering facility where you’ll get to engage in much more hands-on lab work.

Program Dates

1st Session Summer: May 30–June 25, 2025
Spend five weeks in London next summer earning six credit hours of UT engineering credit! If program fills to capacity, early applicants will be given priority.

Courses offered

Student participating in this trip will take ME 331 and ECE 301 which are required for many College of Engineering majors or may count as a technical elective in several UT curricula.

Course Descriptions

ME 331: Thermodynamics – Energy and laws governing energy transformations. Thermodynamic properties, thermodynamic cycles, ideal gas mixtures and applications in engineering problems. Coreg: Math 241, Differential Equations. 3 UTK Credit Hours

ECE 301: Circuits and Electromechanical Components – DC and AC circuits, transients, transformers, motors, and generators. This is technical elective for non-ECE majors in the College of Engineering at UTK. Prerequisite: Mathematics 231 (Differential Equations) – exceptions require permission of the instructor. 3 UTK Credit Hours

Video Recap

Check out the vide below to learn more about what your experience will be like.