The official site of Stage-Gate®
Innovation Consultants
| +1-905-637-8797

Fast and Delighting - OMICRON's Way of New Product Development

Robert G. Cooper and Angelika Dreher

Share

Back in the 1990s, when OMICRON already had an impressive success record of innovative products, a hands-on, enthusiastic, pioneering approach characterized their innovation culture. As the company was growing, with more people involved, systematic, state-of-the-art methods were needed to support effective co-operation and well grounded decisions in the product development process as well as an enthusiastic strive for customer benefits and speed to market. Therefore, OMICRON’s management team invited us to share our knowledge and best practice methods with them. A project, ATOM – Accelerate to Market, was started at OMICRON with the aim of designing and implementing an excellent new product process. The method of choice was Stage-Gate®.

The Stage-Gate Idea-to-Launch System

A Stage-Gate process is a conceptual and operational map for moving new product projects from idea to launch and beyond: A blueprint for managing the product innovation process to improve effectiveness and efficiency (see Figure 1). Stage-Gate is not unlike a "playbook" for a football team. It maps out what needs to be done – as well as how to do it – in order to win the game.

A Little History – The Roots of Stage-Gate

Today’s Stage-Gate model was originally conceived in the early 1980s, the result of several studies observing what successful product development project teams did. The analogy is that of watching video replays of football games, analyzing the videos, and then trying to understand how winning teams win. We looked carefully, and saw patterns emerge – we called them "critical success factors" or factors that distinguish the winning teams. Next, these patterns of success factors were integrated into a game-plan or unified model designed to drive new products to market. That’s how Stage-Gate was born. A series of large sample success/failure studies then followed and identified yet other factors, practices and behaviors that lead to success; these too were built into Stage-Gate.

The name Stage-Gate first appeared in print in 1988. Since then – and after many research studies, in-depth investigations, articles, books and company implementations – Stage-Gate has evolved considerably, and now has become the most popular method globally for driving new products to market.

But What Exactly Is Stage-Gate?

Stage-Gate, in its simplest format, consists of (see diagram):

  • a series of stages – here the project team undertakes the work, obtains the needed information, and does the subsequent data integration and analysis,
  • followed by gates – here the Go/Kill decisions are made to continue to invest in the project.

The model is very similar to that of buying a series of options on an investment. Initially, one purchases an option for a small amount of money, then does some due diligence, and finally decides whether or not one wishes to continue to invest.

The innovation process can be visualized as a series of stages, with each stage comprised of a set of recommended best-practice activities needed to progress the project to the next gate or decision point.

The process begins with an ideation stage, called Discovery, and ends with the Post-Launch review, as in the diagram. Note that there are three up-front stages – Discovery plus two homework phases – before serious financial commitments occur.

Each stage is designed to gather information to reduce key project uncertainties and risks. And each stage typically costs more than the preceding one: The process is one of incremental commitments – a series of increasing investments. But with each stage and step-increase in project cost, the unknowns and uncertainties are driven down, so that risk is effectively managed.

Finally, each stage is cross-functional: There is no "R&D stage" or "Marketing stage"; rather, every stage is co-operative. No department "owns" any one stage.

Note: While the model in the diagram is for larger development projects, shorter or "light" versions exist for lower risk projects.

Following each stage is a gate or a Go/Kill decision point, as shown in the overview above. Gates serve as quality control check points, Go/Kill and prioritization decisions points, and points where the path forward and resources for the next stage of the project are agreed upon.

Each gate has a set of defined deliverables – what the project leader and team bring to the decision point.

Each gate also features criteria for Go, against which the project is judged. These include must meet criteria (a checklist) designed to weed out bad projects quickly; and should meet criteria that are scored and are used to prioritize projects.

Finally, the outputs of each gate are a decision (Go/Kill/Hold/Recycle) and if Go, an approved action plan for the next stage, complete with resources committed.

OMICRON’s ATOM Process: A Powerful Implementation of the Stage-Gate Concept

During the design of OMICRON’s ATOM – Accelerate To Market process, the project team placed special emphasis on:

  • clear responsibilities, procedures and rules for product innovation projects – who does what when
  • suitable tools to support project teams and decision makers – guidelines to methods, checklists, evaluation scorecards, etc.
  • high transparency and traceability of decisions about new product projects – well defined decision process, criteria, roles and results

After its initial design and introduction in 1998, OMICRON has been refining and adapting their Stage-Gate process over the years. This is probably an important reason why this process has stayed vivid over so many years, yielding a steady stream of successful major new product introductions and – in parallel – enabling OMICRON to handle maintenance and improvement projects for existing products smoothly and effectively.

Why is it so successful?

In the light of our experience with many innovative companies in different industries, OMICRON’s Stage-Gate process works exceptionally well because of some key factors that are incorporated:

  • Customer Focus and Market Orientation
    As David Packard, cofounder of Hewlett Packard, phrased it: "Marketing is far too important to be left only to the marketing department". Therefore, at OMICRON players from all functions strive to understand the real customer needs and translate them into convincing and delighting new solutions. Thoroughly prepared and executed launch plans for new products lead to fast and successful global market introductions. In OMICRON’s Stage-Gate process a first version of the launch plan is already created before the actual product development begins! This way, the project team ensures that in a development project, marketing issues get the same attention as technical issues do.

  • True Cross Functional Teamwork
    Every development project is brought forward by a team composed of the responsible product manager, the project leader for the technical part who also takes up the project management role, and several core team members who are responsible for major work packages. OMICRON’s project teams regularly meet physically and spend a lot of time together discussing the project, working on key tasks, and envisioning creative solutions. The whole team is committed to the joint results generated in each stage.

  • Co-ordination and Communication
    OMICRON has a meeting schedule: A plan and guidebook defining the purpose, participants, and rules-of-the game for several meetings which take place regularly (Project Leader Meeting, Product Development Meeting, Group Meetings Hardware – Software) or are scheduled specifically for a development project (Gate Meetings, Core Team Meetings). All these meetings are designed to enhance knowledge exchange, mutual learning and co-ordination within and across product innovation projects.

  • “Gates with Teeth"
    As they strive for outstanding new products, OMICRON’s decision makers thoroughly scrutinize every project. The project teams deliver well documented information about the results of the previous stage and the forward plan for the project. Based on this information, every project is scored along pre-defined Must-Meet and Should-Meet Criteria. If opinions differ, the decision makers listen to each other and to the project team. Every gate meeting results in a clear and well justified decision:
    • "Go forward" if the project is convincing and the necessary resources are available.
    • "Stop" if there are serious doubts about the success of the project.
    • "Wait" if the project is attractive but the necessary resources are not available.

    This way, poor projects are weeded out and great projects get the resources that they need – immediately or after resource conflicts or constraints have been resolved.

  • Performance Tracking and the Honest Strive for Excellence: To control the performance of their product innovation process, OMICRON has metrics which they track continuously. Every project gets a so-called 360 degree feedback at every gate: Project team and gate keepers evaluate the degree of achieving product targets (customer benefits), the project team’s efficiency (including reaching time and cost targets), and the quality of execution. Corrective actions are taken for single projects, if needed. Furthermore, and maybe even more importantly: if process quality starts to decline in general, the root causes are analyzed, also unpleasant issues are honestly discussed, and solutions for improvement are sought in a joint effort.

It is not only due to the Stage-Gate method alone that OMICRON has become such a successful innovator in the international market of electrical engineering testing solutions and that the company’s products enjoy an excellent reputation worldwide. It is also due to the way in which the innovation process is lived and kept alive by committed and impassioned people!

About Stage-Gate International

Stage-Gate International’s highly knowledgeable and experienced team of advisors have guided hundreds of organizations to successfully implement a best-practice Stage-Gate Idea-to-Launch process in as little as 4-8 weeks. We accelerate time-to-benefit with an extremely attractive return on investment by:

  • Crafting a balanced Idea-to-Launch Process Solution of expertise, advice, facilitation and best practices that fits your company’s situation, sense of urgency, and budget.
  • Collaborating with you so that your Idea-to-Launch process is implemented rapidly and your organization is equipped to ‘own’ and manage the process as quickly as possible.
  • Leveraging our market-leading accelerators, Benchmarker™ and SG Navigator™, to not only deliver all of the foundational elements straightaway, and ‘clear the path’ for rapid achievement of a  best-practice Idea-to-Launch process.

Dr. Robert G. Cooper

Robert G. Cooper is one of the most influential innovation thought-leaders in the business world today. He pioneered many groundbreaking discoveries in product innovation, including the Stage-Gate® Idea-to-Launch Process, now implemented by almost 80% of North American companies. Having spent 40 years studying the practices and pitfalls of 3000+ new product projects in thousands of companies, he has assembled the world's most comprehensive research in the field of product innovation management. His presentations and practical consulting advice have been widely applauded by corporate and business event audiences throughout the world, making him one of the most sought-after speakers.

A prolific author, Dr. Cooper has published 100+ academic articles and thirteen books, including the best-selling 'Winning at New Products', now in its 4th edition. He is the recipient of numerous prestigious awards including the Crawford Fellow from the Product Development and Management Association (PDMA) and the Maurice Holland Award from the Industrial Research Institute (IRI). He is also Professor Emeritus of Marketing and Technology Management at the DeGroote School of Business at McMaster University, and Distinguished Fellow at the Institute for the Study of Business Markets (ISBM) at Penn State University.