
Explore a product design case study of an electric scooter, detailing how a small studio approaches a major transportation design project, with a focus on battery management systems and teamwork.
Learn the end-to-end product design process for electric vehicle battery management systems, focusing on fast ideation in small teams to generate concepts, sketches, and stories for a strong portfolio.
Explore electric vehicle scooter design from battery concepts to styling and ergonomics, detailing literature study, benchmarking, and the design process for efficient layouts and battery management systems.
Analyze benchmark data across electric scooters and non-evs to compare speed, range, torque, battery, brakes, and ergonomics, guiding holistic design, packaging, and usability aligned with consumer psychology.
Explore the configuration of the vehicle management system, including CAD layout, ergonomics, seat and wheelbase adjustments, and motor and battery integration with Govecs benchmark data and outsourcing considerations.
Study styling trends for electric bikes by freezing functionality and form, using benchmark data, mood boards, and market-driven evolution to balance minimalism with expressiveness under tight timelines.
Explore how the styling system evolves from basic shapes to minimalism, colors, and transitions to evoke emotion in electric vehicle design, exploring possibilities and configurations.
Explore the battery management system for electric vehicles, applying modular design inspired by Apple with positive locking, magnets, docking stations, and side versus top removal for charging and under-seat storage.
execute rapid ideation and sketching to design a modular, multi-battery system for electric bikes, with top and platform lid concepts, ergonomic handles, locking, and docking for dual-vehicle charging.
Engage with experienced mentors for electric vehicle systems design to ideate, discuss, and sketch concepts, then build mockups using practical tools; learn the value of team discussions over theory.
Unlock the secrets of product design within the dynamic realm of electric vehicles (EVs) and delve into the intricate process of Battery Management System (BMS) design. This course provides a comprehensive understanding of the startup industry's inner workings, guiding students through every phase from initial customer discussions to prototyping and testing. The real-time case study focuses on a cutting-edge EV startup, revealing the challenges and triumphs of crafting a revolutionary Battery Management System.
BENEFITS OF THIS COURSE:
Fast Ideation Mastery:
Gain proficiency in the art of fast ideation, a crucial skill in the fast-paced startup environment. Learn how to generate a plethora of ideas swiftly and efficiently.
Styling and Research Techniques:
Understand the significance of product styling and delve into effective research methodologies. Explore competitor studies, benchmark data, and the pivotal role they play in the design process.
Competitive Study Deep Dive:
Witness a real-time case study showcasing the meticulous collection and analysis of more than 20 competitive studies. Learn to extract vital insights needed for project inputs and effective decision-making.
Sketching for Rapid Communication:
Embrace the power of raw sketches for quick communication and feedback. Discover the efficiency of conveying ideas rapidly, fostering a culture of agile progress within design studios.
Customer-Centric Approach:
Master the art of effective customer communication. Uncover the nuances of understanding client requirements deeply and delivering resourceful solutions with optimal efficiency.
Battery Management System Focus:
Immerse yourself in the intricacies of Battery Management Systems. Focus on fast ideation and concept generation tailored specifically for the EV industry's critical component.
Team Collaboration and Prototyping:
Enhance your collaborative skills and learn how to communicate effectively within a team. Dive into the art of rapid prototyping for swift testing and valuable initial feedback.
Resourceful Mock-Ups:
Acquire the skills to create resourceful mock-ups using available tools. Learn how to present your prototypes neatly, facilitating effective documentation and communication within the team.
Embark on a transformative journey into the world of electric vehicles and battery management systems, where innovation meets efficiency. Whether you're a student, designer, or industry professional, this course offers invaluable insights into the dynamic landscape of EV design.
Courtesy,
Dr. FAK Noble Ai Researcher, Scientists, Product Developer, Innovator & Pure Consciousness Expert
Founder of Noble Transformation Hub TM