What is Lean UX? How to Implement Lean UX Process?

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by StarAgile

July 07, 2021
Category SAFe


Lean UX

What is Lean UX?

Lean UX is a precious tool while collaborating on Agile projects. As development takes place in fast bursts, traditional UX strategies frequently do not perform. Lean UX is focused on the same objective: delivering an excellent user experience. However, the Lean UX approach is a little different. You are not concerned about specific deliverables.

Lean UX is more concerned with the experience being designed than traditional UX is with deliverables. Therefore, it takes a higher level of team interaction. The fundamental purpose is to concentrate on getting feedback as soon as possible because prompt decisions may be taken. Fast iterations accompany agile development, and Lean UX utilizes similar cycles to ensure that the data gathered during each cycle can be applied.

Lean UX Process

Lean UX

Each designer and organization has unique requirements, necessitating the use of unique methods. What is Lean UX? The Lean UX Process emphasizes rapid, iterative UX phases with a strong emphasis on effective teamwork, user feedback, and verifiable results. Because functions converge, designers and developers can collaborate from the start. This procedure is rapid, efficient, precise, and adaptable. It is customized for each project, enabling it to achieve consistent UX in any situation when appropriately used.

While the Lean UX method is built on the standard think-make-check cycle, product teams strive to minimize processing time while developing and verifying concepts with users. The primary goal is to collect input from real users as soon as possible because those ideas can be used to make more informed design decisions.

The Lean UX Processes can be classified into four distinct procedures:

  1. Outcomes, assumptions, hypotheses
  2. Design
  3. Developing the Minimum Marketable Feature
  4. Research and Learning

You will learn how to quickly deploy the Lean UX to test hypotheses, advancements and innovation with SAFe Certification and Training.

1. Outcomes, hypotheses, and assumptions 

Whereas conventional software development approaches priorities, functionalities and deliverables, Lean UX focuses on the product's outcomes and how they create added value. To develop excellent results, Lean UX switches to its hypotheses of what developers perceive an organization requires.

Assumptions are just the ideas or expectations regarding your users that are dependent on what you learn about them. Assumptions are classified into four categories:

  • Business results. This is how completed looks.
  • Users. The audience for whom you are developing your product.
  • The end result for the user. This is exactly what customers demand from the product.
  • Features. How you plan to develop your product in the future to ensure that it achieves the expected results for your users.

After making your assumptions, you'll move on to developing a hypothesis that will be tested. This entails developing hypotheses conclusions from the assumptions.

The hypotheses are an excellent technique to develop your ideas concerning your customers' needs. This lays the foundations for your future efforts.

2. Design 

This is the point at which you start designing your product. This may be a fantastic time to verify your hypotheses. However, it is inadequate to keep your designers in a gradually filled room with water and drive them to create a product until they expire.

There are various methods to organize your sessions and conversations while the designs develop. All of this activity contributes to the development of the minimal marketable product.

3. MMF (Minimum Marketable Feature) 

A Minimum Marketable Feature (MMF) is the most straightforward representation of your product. The objective is to launch a simple product and observe when your target market interacts with it. Your MMF might take on a variety of forms. 

  • Wireframes. Varieties of your product with a low level of accuracy.
  • Mockups. Full-scale copies of the product with enhanced quality, including designs, colors, and icons.
  • Prototypes. The product in its most basic form, with minimum features.

You must develop your MMF under your assumptions and ideas. The response and opinion of your core demographic to your MMF will provide the most visibility into whether you're on the best path. Once you've created your MMF, it's time to do an in-depth analysis of how your users are responding.

4. Research and learning 

MMFs are tested during the deployment and release processes (where necessary). There are numerous approaches to determine whether a feature achieved the best results.

This component of the procedure concerns validation. These include the following:

  • Observational evidence  If possible, observe the system; this provides an opportunity to understand the user's circumstances and behavior patterns.
  • User surveys  If direct observation is not available, the user can get a prompt response using a quick survey.
  • Usage analysis  Lean-Agile teams integrate analytics directly into their systems, which assists in confirming first use and delivers the application telemetry required for a Continuous Delivery model to work. Application telemetry provides the deployed system with continuous organizational and user feedback.
  • A/B testing  A/B testing is a technique used to determine the effectiveness

It is a statistical hypothesis that compares two samples and recognizes that user preferences cannot be predicted in advance. Recognizing this is incredibly liberating, as it eliminates interminable debates between designers and developers—who will almost certainly never use the system.

Teams adhere to the Principle of Assume Variance; Preserve Flexibility to maintain as many design opportunities as possible. Additionally, they should integrate several options for basic usage patterns wherever accessible and economically feasible. Then, using mockups, prototypes, or complete stack solutions, they can evaluate those other alternatives. In the latter situation, several subgroups may receive distinct versions, which may be ordered through time and evaluated through statistics.

How to Implement Lean UX in SAFe

Lean UX is an enormously valuable method when working on projects that use the agile development methodology. Traditional UX strategies often don't perform when development takes place in fast bursts, there's inadequate time to implement UX effectively, and at a very primitive level, Lean UX and various types of UX all share a similar goal at the forefront; giving fantastic user experience.

Lean UX is distinct from the centralized, traditional method of user interface design. SAFe is the world's most widely used platform for achieving enterprise agility. The critical distinction is all about how hypothesis-driven features are verified through code implementation, instrumentation, and actual customer feedback in a developmental or operating system. The Agile Teams, in collaboration with Lean UX professionals, are mainly responsible for developing new designs. 

SAFe Agile Certification

 

This transition can result in considerable improvements to the organizational structure of teams, allowing a constant workflow.

Conclusion:

Agile development has been established as a highly effective strategy to minimize software delivery time, boosting overall quality, and increasing user interaction and satisfaction. SAFe has emerged as one of the most popular system analysis and design frameworks for implementing agile in large organizations. SAFe Agile Certification training enables organizations that see the importance of change and adopt innovative practices to thrive. 

It is critical to select the appropriate SAFe training course for your current position within the organization and the future objective you are targeting. Additionally, this Leading SAFe course is excellent for organizational leaders interested in joining the transformation team.

Upcoming SAFe Agile Certification Training Workshops:

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Leading SAFe® Agilist28 May-29 May 2022,
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Leading SAFe® Agilist04 Jun-05 Jun 2022,
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Leading SAFe® Agilist11 Jun-12 Jun 2022,
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