Topics: Management and Organization
This full-day course is designed to equip engineering professionals with the knowledge and tools needed to combine the strengths of Design Engineering and Systems Engineering into Systems Design Engineering (SDE) principles. These principles will improve engineering efficiency and practically design more sustainable system-level products, all while strategically aligning with digital transformation objectives.
Learners will explore the use of System-Level Assessment (SLA) and System Design Assessment (SDA) methodologies as a framework for quickly developing system-level requirements, and then using them to develop more innovative, sustainable, and best-in-class system-level designs. Through interactive sessions, real-world case studies, useful job aids, and expert guidance, attendees will gain insights into how this holistic approach can streamline the design process by harnessing the knowledge and expertise of cross-functional subject matter experts (SMEs), consistently driving more innovative and sustainable design solutions, and emphasizing the vital role that being requirements-led from the concept design phase plays into providing a foundation for a product’s digital thread.
By the end of this course, participants will be empowered to drive improvements within their organizations that will yield more impactful product designs while also gaining the ability to navigate cultural changes necessary for an organization to embrace SDE principles.
By successfully completing this course, you’ll be able to:
The course is intended for professionals who play various roles within their organizations, particularly in engineering, product development, and sustainability-related fields.
The course is designed for professionals in roles such as:
Systems Engineers, Design Engineers, Product Managers, Project Managers, Engineering Managers, Sustainability Managers or Officers
You must complete all course contact hours and successfully pass the learning assessment to obtain CEUs.
David Genter
With a commendable 36-year tenure at Cummins Inc., David Genter has held pivotal roles, showcasing his leadership and technical expertise. His significant contributions to the field lie in his specialization in designing various internal combustion (IC) engine and electrified drivetrain systems. Demonstrating exceptional expertise, David is known for his unique ability to initiate and develop projects from the ground up, showcasing his remarkable ability to innovate with a clean-sheet perspective. Notably, David played a pivotal role as the Design Leader for the QSK95 (95-liter) engine system platform.
Holding esteemed positions as a Design for 6 Sigma Black Belt and Master Black Belt, David consistently champions excellence in product design and function. He has been a driving force in setting and maintaining high industry standards. David’s impact extends to sustainability, where he led a pilot team, quantifying bottom-line savings potential and emphasizing a commitment to environmentally conscious design practices. His reputation is further solidified as the author of foundational New Product Introduction (NPI) corporate standards, significantly shaping industry best practices.
In the dynamic field of Systems and Design Engineering, David introduced groundbreaking methodologies, better known as Systems Design Engineering (SDE) using SLA/SDA, revolutionizing the requirement development process. Currently serving as a Technical Project Leader for Clean Sheet Electrification Program, David remains at the forefront of new technology development. His practical expertise is evident in the successful application of SDE in real-world, high-profile NPI, new technology development, and complex problem-solving scenarios.
With an impressive portfolio of over 80 patents, David continues to make significant and lasting contributions to the engineering landscape. His unwavering commitment to excellence and innovation is evident, coupled with his wealth of experience, positions him as an invaluable asset for those seeking a profound understanding of engineering principles.