Core Skills Analysis
Mathematics
Jake examined the specifications of several cars at the 2025 York Motor Show, calculating the length, width, and wheelbase from displayed diagrams. He compared price tags and used percentages to determine discounts offered on select models. By converting engine power from kilowatts to horsepower, Jake practiced unit conversion. He also estimated fuel efficiency percentages based on manufacturer claims.
Science
Jake listened to engineers explain how electric motors generate torque, noting the relationship between voltage, current, and power. He observed demonstrations of regenerative braking and identified the underlying principles of energy conversion. While watching a hybrid vehicle showcase, Jake recorded observations about heat dissipation and coolant systems. He also related the aerodynamic shapes of concept cars to concepts of drag and lift.
Technology
Jake explored interactive kiosks that displayed 3D models of vehicle components, learning how CAD software visualises mechanical parts. He asked questions about the materials used in chassis construction and noted the trade‑offs between weight and strength. By reviewing a timeline of autonomous‑driving prototypes, Jake recognised the role of sensors and algorithms in modern transport. He documented how design choices affect both performance and user experience.
History
Jake walked through a historic exhibit that traced the evolution from the Model T to today’s electric SUVs, noting key milestones in automotive innovation. He linked the rise of mass production in the early 20th century to social changes such as suburban expansion. By comparing vintage advertisements with modern digital marketing, Jake understood how cultural values surrounding mobility have shifted. He recorded dates and figures that highlighted major regulatory reforms on emissions.
Language Arts
Jake took detailed notes during a live Q&A with a vehicle designer, summarising complex technical language in his own words. He later wrote a reflective journal entry describing the sights, sounds, and his personal impressions of the motor show. Jake practiced descriptive writing by crafting vivid sentences about the roar of combustion engines versus the hum of electric motors. He also compared two brochure texts, analysing tone and persuasive techniques.
Tips
Encourage Jake to create a scaled floor plan of the motor show using graph paper, reinforcing geometry and spatial reasoning. Have him interview a local mechanic or engineer and turn the transcript into a podcast episode to blend communication skills with technical insight. Organise a DIY experiment where Jake builds a simple wind‑powered car to test aerodynamics and power‑to‑weight ratios. Finally, assign a research project on the future of sustainable transport, culminating in a multimedia presentation that integrates math, science, and history.
Book Recommendations
- The Way Things Work Now by David Macaulay: A visually rich guide that explains the physics behind everyday machines, including modern vehicles and electric propulsion.
- How to Build a Car: The Complete Step‑by‑Step Guide for Kids by James H. Sweeney: A hands‑on workbook that introduces basic engineering concepts, CAD basics, and simple mechanics suitable for early teens.
- The History of the Automobile: From the First Car to the Future of Driving by Susan L. Smith: A narrative history that traces key innovations, social impacts, and environmental considerations of cars across the centuries.
Learning Standards
- Mathematics: ACMNA157 (Number and Algebra – calculations with ratios and percentages); ACMMG129 (Measurement and Geometry – converting units and scaling).
- Science: ACSIS155 (Physical Sciences – energy conversion and forces); ACSSU099 (Science Understanding – investigating technologies and their impact).
- Technology: ACTDE058 (Design and Technologies – investigating and evaluating design specifications).
- History: ACHASSK123 (Historical knowledge – development of transport and its social implications).
- English: ACELA1560 (Language – interpreting and creating texts, analysing persuasive language).
Try This Next
- Design a worksheet where Jake converts engine specifications (kW to HP, liters to cubic inches) and solves real‑world word problems.
- Create a quiz with multiple‑choice questions on electric vehicle fundamentals, including battery capacity, regenerative braking, and charging infrastructure.
- Ask Jake to sketch a concept car and label each part with a brief function description, linking design to engineering principles.