Michael Lee
About Michael Lee
Michael Lee is a Product Design Advisor and professor at AAU, known for his expertise in transforming ideas into tangible products and enhancing design teams.
Michael Lee Product Design Advisor
Michael Lee serves as a Product Design Advisor. His expertise lies in taking ideas from conception to reality, guiding projects from initial sparks of creativity all the way through to fully formed products. This role leverages his deep understanding of product design principles and his ability to translate complex concepts into tangible solutions.
Michael Lee Career at Pivotal
Michael Lee previously worked at Pivotal, a software and services company known for its contributions to cloud-native software. During his tenure, Michael was involved in various design projects until Pivotal's acquisition by VMware. His experience at Pivotal contributed significantly to his professional growth in product design and development.
Michael Lee Product Design Curriculum
Michael Lee has developed his own product design curriculum. This curriculum encapsulates his comprehensive approach to product design, combining theoretical knowledge with practical application. It serves as a resource for aspiring designers and professionals looking to deepen their understanding of the product design process.
Michael Lee AAU Professor
Michael Lee currently teaches as a professor at the Academy of Art University (AAU). In this role, he shares his extensive knowledge and practical experience with students, helping to shape the next generation of product designers. His involvement in academia ensures that his expertise continues to influence and inspire up-and-coming designers.
Michael Lee Designing and Launching Products
Michael Lee is passionate about designing and launching products. This passion is evident in his career, where he has consistently worked on bringing innovative ideas to life. His enthusiasm for product development is matched by his commitment to refining and expanding design teams and strategies within organizations, ensuring that they operate at peak effectiveness.