Elements of an Optimized Internal Talent Marketplace
鈥淭here鈥檚 a way to do it better. Find it.鈥鈥擳homas Edison
This chapter explores the critical elements necessary for optimizing an internal talent marketplace (ITM), highlighting the importance of being (1) mission-responsive; (2) innovative yet disciplined; (3) accurately informed and informative; (4) understood and trusted; and (5) collaborative and agile.1 By examining these key attributes, as well as the role of advanced technology and iterative design, we will identify how organizations leverage ITMs to create a responsive and engaged workforce.
Mission Responsive
Mission responsiveness describes an organization鈥檚 ability to effectively respond to emerging missions and address strategic capability gaps. A 2021 study published by the National Academies of Sciences, Engineering, and Medicine further elaborates that the 鈥淎ir Force requires [a human capital management] system that is mission-connected and strategic (e.g., assessing and developing Airman competencies to meet changes to the mission; providing incentives to retain individuals that have mission-critical competencies such as pilots or cyber).鈥2 As mentioned previously, the Air Force is not alone in the challenges associated with competing in the new talent market or the need for a mission-responsive ITM.
While organizations may adopt various approaches in implementing an ITM to address these challenges, Deloitte has identified three common strategies focused on 鈥渢alent deployment,鈥 鈥渢alent mobility and management,鈥 and the 鈥渇uture-of-work model.鈥3 Understanding an organization鈥檚 pain points through the identification of user personas, goals, objectives, and incentives is key to defining the strategy for an ITM and ensuring successful implementation. Despite organizations beginning with one distinct strategy, the organizations interviewed remain agile in their approach and evolve their strategy as the market matures.4
Innovative Yet Disciplined
An innovative yet disciplined ITM maintains a forward-looking approach by encouraging innovative solutions and continuous improvement. As strategies transform, researchers recommend utilizing an iterative design process to assess and align the ITM across the following four P鈥檚:
- Purpose: Define your strategy based on different possible use cases and measurable outcomes;
- Plan: Determine the iterative steps required to activate the internal talent marketplace;
- Program: Define the policies and processes that enable talent and career mobility; and
- Platform: Work toward an integrated technology ecosystem.5
Schneider Electric鈥檚 ITM journey illustrates such an approach. Their decision to implement an ITM was motivated by an internal exit survey, which revealed that 50 percent of departing employees noted the lack of internal growth opportunities as the primary factor for their resignation.6 With a clearly defined purpose, Schneider Electric developed a three-part strategy to improve retention, empower employees in their career-path choices, and increase learning and development opportunities.7 Leveraging artificial intelligence, their Open Talent Market solution matches employees to opportunities based on their skills, experience, and interests. This approach has given employees more autonomy in their careers and has resulted in Schneider Electric saving $15 million in enhanced productivity as well as reduced recruiting expenses by unlocking hidden capacity and skills within the company.8 While its ITM solution began with retention in mind, it has since transformed its ability to embrace a future-of-work model through flexible assignments and encouraging a culture of continuous employee development.
Informed and Informative
The usefulness of an ITM depends on the system providing enough information on available opportunities. Additionally, it should contain detailed information about individuals applying for these opportunities to ensure the alignment of matches based on skills, interests, and career aspirations.
As seen in Schnieder Electric鈥檚 Open Talent Market solution, matching employees with opportunities requires the system to be both accurately informed and informative through market design. Market design 鈥渂rings science to matchmaking鈥 by integrating game theory and market behavior insights to create systems that facilitate efficient and equitable transactions.9 Alvin Roth, a leading expert in the field of market design and the inspiration behind the Air Force鈥檚 Talent Marketplace, emphasizes that markets must be thick, uncongested, and safe to function properly.10 Thickness implies having an equally large pool of job opportunities and candidates. While thickness is desirable, it can lead to congestion, or 鈥渢he economic equivalent of a traffic jam, a curse of success,鈥 if participants don鈥檛 have adequate time or information to make informed decisions.11
Collaborative and Agile
The collaboration and agility of an organization are gauged by its adaptability to evolving business needs and workforce dynamics through an interconnected ecosystem approach. The emergence of new technology and automation continues to shape organizational structures and increase the need for employee skill-tracking and upskilling as existing jobs are transformed and new jobs are created.
As an example, Booz Allen implemented a skill-based job architecture and recommendation algorithms to mitigate congestion. Despite the structured approach, initial adoption by employees and managers was slow, highlighting the need for better engagement to gather employee profile data for tailored recommendations.12 To drive desired behaviors, they integrated their existing skill badging program with their ITM to serve as a holistic talent management solution called Career Hub. This integration created a structured and systematic way for employees to engage with the system, requiring regular updates of skills and preferences. Booz Allen鈥檚 talent system investments resulted in improved talent marketplace adoption, a heightened focus on employees acquiring essential skills essential for the company鈥檚 strategic growth, and a notable 4 percent improvement in their retention rate.13
Understood and Trusted
The overall effectiveness of an ITM and its matching mechanisms depend on the clarity, transparency, and understanding of the marketplace rules by all key stakeholders and system users.
For instance, Google chose to adopt a deferred acceptance algorithm in the development of its Chameleon platform to ensure market matches adhere to defined rules while maintaining scalability and prioritizing choice and fairness.14 To establish confidence among individual contributors and managers, Google focused on providing them with an understanding of the system鈥檚 operations and dispelling any opacity surrounding the black box algorithm that generated matching outputs.15 By addressing these concerns, they successfully aligned the preferences of managers and workers with business goals while ensuring the process was seen as fair by its users.
Holistic Approach
As an ITM becomes more informed and informative, it provides valuable workforce-related data that can be used to inform strategic human capital management (HCM) decisions. Researchers note combining human resource metrics with talent analytics 鈥渇orms a powerful approach to optimizing the utilization and experience of the chief resource of most organizations鈥攖he people.鈥16
Through talent analytics, Google identified low-performing employees whose skills were mismatched to opportunities and poorly managed. This awareness enabled Google to address these issues through personalized incentives, thereby retaining employees and supporting their success.17 These insights can also enhance organizational responsiveness by fostering collaborative efforts within the HCM system. A collaborative system integrates traditionally siloed functions such as talent acquisition, talent management, learning and development, and performance management into an interconnected solution, creating value across the organization.18
Creating an optimized ITM requires a balanced, agile approach that ensures the system is mission-responsive, innovative, informed, trusted, and collaborative. The following chapter will provide recommended actions for the Air Force to develop a well-designed Talent Marketplace that facilitates efficient talent matching while supporting continuous improvement and organizational resilience in a dynamic labor market.
Citations
- Strengthening U.S. Air Force Human Capital Management, 43, .
- Strengthening U.S. Air Force Human Capital Management, 44, .
- Ina Gantcheva, Robin Jones, Diana Kearns-Manolatos, Jeff Schwartz, Linnet Lee, and Manu Rawat, Activating the Internal Talent Marketplace: Accelerate Workforce Resilience, Agility and Capability, and Impact the Future of Work (New York: Deloitte Insights, September 17, 2020), .
- Ina Gantcheva et al., Activating the Internal Talent Marketplace, .
- Ina Gantcheva et al., Activating the Internal Talent Marketplace, .
- 鈥淗ow Schneider Electric Increased Employee Retention,鈥 Gloat, May 23, 2022, .
- 鈥淗ow Schneider Electric Increased Employee Retention,鈥 .
- 鈥淗ow Schneider Electric Increased Employee Retention,鈥 .
- Alvin E. Roth, Who Gets What鈥攁nd Why: The New Economics of Matchmaking and Market Design (New York: Harper Collins, 2016), 6.
- Alvin E. Roth, 鈥淭he Art of Designing Markets,鈥 Harvard Business Review, August 1, 2014, .
- Roth, Who Gets What, 9.
- Jeff Williamson and Donncha Carroll, 鈥淗ow to Start Smart with a Talent Marketplace,鈥 MIT Sloan Management Review, November 20, 2023, .
- Williamson and Carroll, 鈥淗ow to Start Smart with a Talent Marketplace,鈥 .
- Bo Cowgill and Rembrand Koning, Matching Markets for Googlers (Cambridge, MA: Harvard Business School, August 27, 2018), .
- Cowgill and Koning, Matching Markets for Googlers, .
- David G. Collings, The Oxford Handbook of Talent Management (Oxford, United Kingdom: Oxford University Press, 2019), 391.
- Thomas Davenport, Jeanne Harris, and Jeremy Shapiro, 鈥淐ompeting on Talent Analytics,鈥 Harvard Business Review, September 7, 2017, .
- Ina Gantcheva et al., Activating the Internal Talent Marketplace, .