{"id":15336,"date":"2016-11-16T23:20:01","date_gmt":"2016-11-17T04:20:01","guid":{"rendered":"https:\/\/digital.hbs.edu\/platform-rctom\/submission\/bob-the-builder-beanes-dream-sabermetrics-for-the-construction-industry\/"},"modified":"2016-11-16T23:20:01","modified_gmt":"2016-11-17T04:20:01","slug":"bob-the-builder-beanes-dream-sabermetrics-for-the-construction-industry","status":"publish","type":"hck-submission","link":"https:\/\/d3.harvard.edu\/platform-rctom\/submission\/bob-the-builder-beanes-dream-sabermetrics-for-the-construction-industry\/","title":{"rendered":"Bob the Builder Beane\u2019s Dream: Sabermetrics for the Construction Industry"},"content":{"rendered":"
(618 words)<\/p>\n
The construction industry is one of the largest sectors in the global economy with a GDP impact of over $5 trillion. By 2020, analysts estimate the industry will reach $10.3 trillion.[i]<\/sup><\/a> With such tremendous size, even minor improvements in efficiency can lead to billions of dollars in savings. Because work in the construction industry relies heavily on direct human labor and human supervised tasks, effectively deploying labor and transferring information is essential to driving productivity gains.<\/p>\n Unfortunately for the construction industry, communication between workers and management has long been woefully inefficient. Until recently, most construction projects required foremen to log employee hours and track worker assignments with pen and paper. A back-office team then scanned that information and faxed it to management for analysis. Management would then compute how much each worker should be paid based on which assignments they completed. This sloth-like and error-prone information flow impaired management\u2019s ability to calculate labor costs accurately and make informed assessments of a project\u2019s progress.<\/p>\n Recognizing this tremendous inefficiency, two GSB graduates founded Rhumbix, a technology startup that logs worker hours and tracks movement across a jobsite. Rhumbix\u2019s mobile application provides workers a unique identifier and uses the GPS on workers\u2019 phones to transmit their location as they move across the jobsite. Foremen within the company can use the mobile app to assign individual tasks to each worker and note once tasks are completed. Using the designated labor rate for each activity and workers\u2019 individual cost codes, Rhumbix\u2019s web app calculates compensation in real-time, saving significant administrative overhead and reducing payroll errors.[ii]<\/sup><\/a> Tracking worker movement also allows Rhumbix to generate motion studies automatically for management to review. Management can then iterate on jobsite layout to increase labor utilization, for example, by moving raw materials to a low-traffic area closer to their final destination. For premium customers, Rhumbix also offers software to calculate daily profits and losses and analyze delay sources.<\/p>\n Currently, Rhumbix\u2019s entire business model is centered on reducing costs through efficiency improvements. Interestingly, however, its pricing structure does not directly correspond to the amount of money it helps customers save. Instead, Rhumbix charges companies a daily fee for every worker on the platform (Core = $0.50 per worker, Pro = $1.00 per worker, Premium = undisclosed).[iii]<\/sup><\/a> Each tier in the pricing model includes additional features. For example, Pro subscribers have access to customer support while Core subscribers do not.<\/p>\n Per-worker pricing effectively generates value for Rhumbix from Core and Pro clients, but leaves significant upside untapped for large Premium clients. Large construction projects, like Salesforce Tower, often eclipse $1 billion in costs.[iv]<\/sup><\/a> If Rhumbix drives a 5% efficiency gain, that means it\u2019s generating $50 million in value to the customer. An outcome-based contract with a 20-80 cost-saving agreement would allow Rhumbix to earn $10M whereas a 2,000 worker team at $2 per day would only generate $1.5 million in revenue.<\/p>\n To maximize revenue and company success in the long-term, Rhumbix should develop additional features that allow it to increase revenue from Premium customers. Currently, the product functions only as a retrospective tool for measuring and analyzing workflow onsite. Thus, there is an untapped opportunity to develop a planning tool that leverages Rhumbix\u2019s information on activity rates to predict the completion timeline of a project. For example, if Rhumbix data show that workers are installing beams in 75% of the usual required time, then the tool could update the expected completion date for the project. Creating a planning tool would integrate Rhumbix into construction companies’ processes end-to-end. Firms would rely on Rhumbix\u2019s data to make initial timeline and profitability projections and then use real-time data from the field to update those predictions constantly to keep projects on track.<\/p>\n [i]<\/sup><\/a>\u201cGlobal Construction Market Worth $10.3 Trillion in 2020 (50 Largest, Most Influential Markets),\u201d press release, February 17, 2015, PR Newswire, http:\/\/www.prnewswire.com\/news-releases\/global-construction-market-worth-103-trillion-in-2020-50-largest-most-influential-markets-292235961.html, accessed November 2016.<\/p>\n [ii]<\/sup><\/a>Nitish Kulkarni, \u201cRhumbix Wants To Be the Palantir for Construction,\u201d TechCrunch, November 10, 2015, https:\/\/techcrunch.com\/2015\/11\/10\/rhumbix-wants-to-be-the-palantir-for-construction\/, accessed November 2016.<\/p>\n