Are you afraid of rollercoasters? Our engineering students explain why you shouldn’t be afraid by exploring the world of rollercoaster design. In the video below, they look at how engineers ensure every twist, turn, and loop is safely designed and measured with meticulous attention to detail to keep thrill-seekers safe.
1. Structural Integrity
Using cutting-edge CAD software technology, students like Malak, a BEng (Hons) mechanical engineering undergrad, measured the structural integrity of their rollercoaster through simulative digital environments, guaranteeing each passenger’s ride “will run the track smoothly”.
Our state-of-the-art engineering faculties from CAD and programming labs to workshop spaces allow students like Malak to create and innovate freely while prioritising safety at every turn.
2. Gravity
Transitioning from design to reality, mechanical engineering students were then tasked with creating miniature models for their rollercoasters. These models enable students to calculate the g-force riders would experience, ensuring gravity is leveraged to maintain the safety of everyone onboard. Led by Engineering Technical Manager Jon Isaacs, an industry expert, students were able to receive invaluable guidance and safety insights to refine their creations.
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3. Precision Engineering
Leveraging our industry-standard software and technology, our mechanical engineering students conducted rigorous safety tests and measurements on their rollercoaster replicas. Using a hydraulic press machine, our students measured the structural damage in their inventions. This precision engineering approach ensures the early detection of potential weaknesses in the rollercoaster’s structure, allowing students to reinforce their models to meet safety standards.
Our Institution of Mechanical Engineers (IMechE) provides students with lifelong career skills to thrive within the industry. Our experienced staff are always available to make joining our mechanical engineering team a thrilling, inclusive, and invaluable experience.
Alongside tackling rollercoasters, our engineering courses also offer students an opportunity to explore the world of Formula 1, Electronic Vehicles (EV), 3D printers, and dozens of workshops.