Get a comprehesive understanding of Car Design: How to Render the Interior of a Car with Markers. This is a pay course from Udemy. 2X Class provides this course data for free. Learn more certificate and details here. Learn how to render the interior of a car with markers in this comprehensive course by Markers. Whether you're a beginner or have never rendered a car interior before, Markers will guide you step by step through the process, making it easy to follow along. Discover the techniques used when using rendering markers and bring your sketches to life with shading. With a focus on simplicity, this course allows you to have fun while gaining a solid understanding of how to render a car interior. Don't miss out on this opportunity to enhance your car design skills!

Get a comprehesive understanding of How to Become an Automobile Designer & Become a Car Designer. This is a pay course from Udemy. 2X Class provides this course data for free. Learn more certificate and details here. Learn how to become an automobile designer and turn your dream car designs into reality with the course "How to Become an Automobile Designer & Become a Car Designer." This challenging career field combines aesthetics and mechanics to create attractive, safe, energy-efficient, and fun-to-drive cars. Working in teams with other designers and engineers, you'll use computer-aided drafting to create innovative designs that improve the functionality and appearance of automobiles. With the ability to combine technical skills with creativity and innovation, car designers can enjoy a decent salary and a fulfilling career. Don't miss out on this opportunity to pursue your passion for automobiles.

"Introduction to Automotive Design" is a comprehensive course that provides students with the essential foundation to create professional car design drawings and a deep understanding of automotive design terminology. As one of the most competitive and challenging creative fields, automotive design demands unique skills and knowledge. This course offers aspiring designers an opportunity to enhance their chances of success in this industry. The lectures cover various key topics, including the distinctive aspects of drawing cars, secrets to drawing circles and ellipses like a professional, the significance of speed forms in design, and the sources of inspiration for car designers. Additionally, students will learn how to structure side views effectively to elevate their sketches to the next level and grasp the language of automotive design. Taught with the same coursework as major design colleges and universities globally, this course provides participants with a head start or a means to refine their skills at a fraction of the cost.

The course "Electric Motor Design for Electric Vehicles - Advanced" is designed to equip participants with comprehensive knowledge and understanding of advanced electric motor design for electric vehicles (EVs). The course begins by exploring the powertrain level targets set by automotive manufacturers for the coming years and their impact on the development of electric motors. Participants will gain insights into CO2 footprint reduction and the driving forces behind electrification. The course delves into various measures adopted by Nissan Motors' research team to enhance electric powertrain performance and efficiency, covering topics such as interior permanent magnet (PM) motors, induction motors, and magnet arrangements. Techniques to reduce rare earth elements in motor magnets and achieve efficiency improvement through physical design changes are also discussed. The course covers lightweight design and manufacturing techniques for EV propulsion motors and their integration within the system. Furthermore, participants will learn about sensitivity analysis and NVH (Noise, Vibration, and Harshness) optimization, and how it affects motor torque and acceleration performance. The course also includes a study of the General Motors Cadillac Hybrid's motor selection strategy and its impact on efficiency. Additionally, participants will explore torque ripple reduction strategies for induction and permanent magnet synchronous motors (PMSM) drives. The course concludes with an in-depth analysis of sensor technology used in electric and hybrid vehicle powertrains, including sensor applications for better control of EVs and HEVs (Hybrid Electric Vehicles). Participants will understand the selection criteria for position sensors, sensor mounting methodologies, and their significance on accuracy. The course provides valuable insights into sensor angle calculation and error definition, comparing peak-to-peak mechanical angle error and illustrating a resolver rotor position signal processing system.