In recent years, the world has witnessed remarkable progress in the field of electric vehicle design, as these vehicles have become a practical solution to environmental pollution and the increasing consumption of fossil fuels. The design of electric vehicles relies on advanced engineering methods and modern technologies aimed at achieving high efficiency, reducing energy consumption, and providing comfort and safety for users. The design process begins with studying the external structure of the vehicle, where designers focus on aerodynamic efficiency to reduce air resistance during movement. The more streamlined the vehicle’s shape is, the lower the energy consumption and the greater the distance it can travel on a single charge. For this reason, digital design software and computer simulations are used to test the body’s performance before manufacturing, helping engineers achieve the best technical and aesthetic results. The battery represents the core component of an electric vehicle. It is designed to ensure lightweight performance, fast charging capability, and long operational life. Lithium-ion batteries are commonly used because of their high energy storage capacity and operational efficiency. These batteries are usually positioned at the bottom of the vehicle structure to improve balance and stability while driving, resulting in safer and smoother performance. The electric motor is also a significant part of the design process. Compared to internal combustion engines, electric motors are smaller in size, quieter, and less prone to mechanical failure. Engineers rely on intelligent systems to manage energy, regulate speed, and improve performance efficiency, contributing to reduced energy consumption and environmental protection. Designers also pay close attention to the vehicle’s interior by incorporating digital displays, smart driving systems, and artificial intelligence technologies, making the vehicle more advanced and comfortable for drivers. In addition, lightweight and durable materials such as aluminum and carbon fiber are used to reduce weight and enhance operational efficiency. The design of electric vehicles is not limited to aesthetics alone; it represents a combination of modern technology, environmental sustainability, and engineering innovation. With continuous scientific and technological advancement, electric vehicles are expected to become the primary means of transportation in the future due to their role in protecting the environment, reducing carbon emissions, and supporting sustainable civilization development.