agile transition

If you live and work in a highly regulated environment (HRE)-medical devices, DoD and its contractors, nuclear energy, or other life-critical systems-this session is for you. For the past three years, the SEI has been researching agile and lean adoptions in the US Department of Defense. Suzanne Miller presents the organizational and cultural factors they identified as most important for development organizations to demonstrate when embarking on an agile adoption program. In the SEI's technology transition research, Suzanne and her team found that the more closely an organization meets the readiness and fit criteria, the more likely it is that the adoption will succeed. Suzanne discusses the risks and challenges that agile adoption presents to HREs, and presents ways to mitigate risks and overcome challenges.

Erich Knausenberger and Raj Shah examine the challenges of implementing earned value management and program management to implementing agile for government IT. Then, the authors propose a “blended-approach” by which government and other large entities can address these and other challenges.

Now that agile has gone mainstream, team-level development is not the only way organizations are implementing agile. Some senior management teams are trying to understand how they can implement agile-and lean-principles and practices from the top down. Jon Stahl demonstrates agile and lean techniques applied in a new way with certain constraints. With these techniques, your organization can begin its journey toward becoming an agile enterprise. However, before beginning, it is important that management “see the whole”-customers, projects, applications, people, leadership, financials, and standard work products-and start implementing and practicing the culture they wish to create. To help PMOs support this journey, Jon shares some guiding principles that can be applied to both agile and waterfall approaches.

Science is the building and organizing of knowledge into testable explanations and predictions about the world; lean is an approach which recognizes and leverages many scientific discoveries to enable faster flow, higher value, and greater capability. When thinking about opportunities for continuous improvement, science and lean should go hand in hand. Karl Scotland explores some of the science behind lean-from mathematics to neuroscience-in order to explain why and predict how various practices can have a positive impact on the way we work. Gain a deeper understanding of both the science of lean and how to take a scientific approach to learning in order to reap the benefits of paying attention to people, process, and economics. Leave with richer insights into why and how lean approaches work, and the ability to apply the science-and a scientific approach-to your own teams and organizations.