Goal

R&D Spending Level: What is your Research Quotient?

Feb. 27, 2018
Can your company optimize its R&D spending?

Download this article as a .PDF

Determining how much to spend each year on R&D and product development is an issue that has plagued management for decades. In last month’s column, a number of traditional methods used by R&D leaders to determine R&D spending levels were discussed. This month, we examine an approach that is barely five years old.

The goal of R&D spending is clear and commonly shared: Companies seek to maximize their return from R&D investments. Just a few years ago, a comprehensive approach that correlates R&D spending to financial results did not exist. Coming up with one became a passion for Anne Marie Knott, a professor at Washington University in St. Louis, who began her career as an mathematician in the think tank that was formerly Hughes Aircraft.

RQ Underpinnings: Building off a long-accepted method used by economists to calculate productivity, Knott sought to remove imperfections in the Total Factor Productivity method used by economists, but does not isolate productivity gains which directly emanate from R&D. She named the method Research Quotient (RQ). With the help of grants from the National Science Foundation and access to five decades of public company 10K financial data, Knott ironed out an equation that has been proven to correlate R&D spending to business and financial results.

RQ Importance: In my years of having the privilege to write this column, my article has never focused on the work of one person before. But, that is the case this month. Advancing the management science of R&D is extremely important. For four decades, products have continued to fail (or succeed) at the same rates across industries. Management’s tools to determine spending levels have remained the same. Numerous articles citing systematic R&D productivity declines across industries abound. All the concurrent, lean, flexible, agile, rational, sprint, scrum, Six Sigma, and other tactical improvements have only incrementally changed the bottom-line yield from R&D. Far from perfect, there now exists an approach that correlates input with output that is accessible to just about every company. It is my hope that this article will broaden the awareness of RQ and advance the science of funding R&D.

RQ Parameter: The RQ equation takes into account all the things one would expect to find when trying to maximize R&D productivity: capital investment, R&D spending, labor, margins, profits, technology transfer, and advertising investment (vs. marketing) for commercialization purposes. All of these figures are required to be reported, with the exception of advertising which is inconsistently reported. In the aggregate, that’s a nit. We’re not going to pick at the nits. They will take care of themselves with time.

RQ Findings: Let’s examine some of the significant findings derived from studying how some public companies conducted R&D from 1965 to 2011, as published in Knott’s 2017 book, How Innovation Really Works. First, 63% of companies overspend and 33% of companies underspend. This means only 4% of companies spend in the range that might result in optimal innovation productivity. Second, in the big picture, innovation productivity has declined 65% over four decades. If companies are systematically heading south, your company might be able to head north. Third, RQs for best-practice companies are four times the industry average. Fourth, mean RQs across industries vary only slightly, which adds legitimacy to RQ. At the same time, there is great variance within each industry which presents significant competitive opportunity to strive for a 4× best practice. Lastly, RQ can’t be gamed. If your company’s RQ is good, it actually means your company is good.

RQ Opportunity: In closing, to quote the last page of Knott's book, “RQ is the single most significant predictor of monthly stock returns over the past 47 years.” Check out RQ if you haven’t yet. When you dig in, you will find nits to pick. But, isn’t that the case with every single new-to-the-world innovation? Your company can be one of the leaders that helps to refine this emerging management science—and be among the first to attain its financial benefits.

About the Author

Bradford Goldense | Contributing Technical Expert

Bradford L. Goldense is founder and president of Goldense Group, Inc. [GGI] (www.goldensegroupinc.com), a consulting, market research, and education firm focused on business and technology management strategies and practices for product creation, development, and commercialization. He has been an adjunct faculty member of the graduate engineering school at Tufts University's Gordon Institute for 19 years. Goldense is a Certified New Product Development Professional [NPDP], a Certified Manufacturing Engineer [CMfgE], a Certified Computer Professional [CCP], and is Certified In Production & Inventory Management [CPIM]. He holds over 200 registered copyrights and is a recognized subject-matter expert, including appearances on PBS and CNBC. He has consulted to over 250 companies and over 750 manufacturing locations on four continents since founding GGI in 1986.  Goldense holds an MBA in Accounting from the Cornell Johnson School and a BSCE from Brown University. For more information, please see Brad's LinkedIn profile or visit GGI's home page.

Sponsored Recommendations

The entire spectrum of drive technology

June 5, 2024
Read exciting stories about all aspects of maxon drive technology in our magazine.

MONITORING RELAYS — TYPES AND APPLICATIONS

May 15, 2024
Production equipment is expensive and needs to be protected against input abnormalities such as voltage, current, frequency, and phase to stay online and in operation for the ...

Solenoid Valve Mechanics: Understanding Force Balance Equations

May 13, 2024
When evaluating a solenoid valve for a particular application, it is important to ensure that the valve can both remain in state and transition between its de-energized and fully...

Solenoid Valve Basics: What They Are, What They Do, and How They Work

May 13, 2024
A solenoid valve is an electromechanical device used to control the flow of a liquid or gas. It is comprised of two features: a solenoid and a valve. The solenoid is an electric...

Voice your opinion!

To join the conversation, and become an exclusive member of Machine Design, create an account today!