Tingze Wang

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University of Nottingham > Engineering > Departments > Mechanical, Materials and Manufacturing Engineering > PDM Exhibitions > 2024 > BEng students > Tingze Wang

This electric scooter is specifically designed for emergency medical personnel.

My name is Tingze Wang, and I am an undergraduate student majoring in Product Design at the University of Nottingham. Over the past three years, I have developed a broad skill set, including proficiency in SolidWorks for modeling, layout design, model making, and acquiring engineering knowledge related to manufacturing processes. My academic journey has been enriched with participation in significant projects such as the design and development of four-wheeled vehicles, spring-powered cars, and my final year capstone project.

My passion for product design extends beyond the classroom. I am deeply interested in the entire lifecycle of a product, from conceptualization and design to manufacturing and sales. This holistic approach drives my dedication to create innovative and practical solutions. To enhance my technical abilities, I have actively engaged in various extracurricular courses and workshops. These include advanced CAD training, rapid prototyping, and courses in sustainable design practices.

Moreover, I'm deeply committed to continuous learning and personal development. I actively participate in design seminars, industry conferences, and design competitions to remain abreast of the latest trends and advancements in the field. My passion for product design is underpinned by a solid foundation in engineering principles and a keen appreciation for aesthetics and functionality.

Outside of my academic and professional pursuits, I actively engage in community activities. I'm an active member of the student union, where I hold a position in operations management. These experiences have sharpened my ability to collaborate effectively with diverse teams, manage project timelines, and ensure the delivery of high-quality results.

My overarching goal is to leverage my skills and experiences to contribute meaningfully to the development of innovative products that enhance lives and foster positive change in society.

Tingze Wang, BEng Product Design and Manufacture

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Emergency medical electric scooter

This electric scooter is specifically designed for emergency medical personnel. The primary purpose of this product is to swiftly carry portable emergency supplies to rescue sites. In certain situations, the accident location may be far from hospitals with ambulance services, or traffic congestion and narrow roads can delay ambulance arrival. By equipping medical service stations with electric scooters, we can rapidly deploy to emergencies, thereby optimizing resource utilization.

The scooter's body is constructed from durable metal, featuring a minimalist black and white color scheme with striking red accents for high visibility. It includes a set of emergency tools stored in a dedicated compartment, ensuring medical personnel can promptly manage emergencies. The design promotes sustainability through easy modular assembly, facilitating maintenance and upgrades. It also features warning lights to enhance safety. The intelligent dashboard integrates battery level and speed displays, a multifunction controller, and a phone stand, offering a convenient user experience. The controller includes buttons for vehicle start, light control, and forward movement.

Equipped with LED warning lights, flashing red and blue to alert pedestrians, the scooter's headlight can be adjusted automatically or manually, improving night-time safety. The frame uses automotive-grade cast aluminum for durability and impact resistance, with a streamlined design for better ergonomics. The suspension is enclosed within the frame, enhancing aesthetics and protecting components. The scooter can be conveniently folded, saving time and space, making it easy to store and transport. Organized internal wiring reduces external clutter, improving both appearance and practicality. The storage compartment is secured with a key lock and is spacious enough to hold essential medical equipment like AEDs, ensuring quick and easy access.

Overall, this electric scooter is a practical and efficient tool for emergency medical personnel, designed with durability, ease of use, and rapid response in mind. It represents an innovative approach to enhancing the efficiency of medical responses.