Professor of Operations Management

A Professor of Operations Management occupies the intersection of academic scholarship and applied management practice. The core responsibilities are teaching, research, and service — the traditional triad of faculty work — but within operations management, those three dimensions are unusually connected to what is actually happening in global supply chains, factory floors, and distribution networks in real time.

In the classroom, an OM professor's job is to give students the analytical frameworks and decision-making tools to improve how organizations produce goods and deliver services. That means teaching quantitative methods — linear programming, queuing theory, simulation — alongside process thinking drawn from lean manufacturing, Six Sigma, and systems design. At the MBA level, case-based instruction on supply chain disruption, capacity planning, and vendor management dominates. At the undergraduate level, the emphasis often shifts toward spreadsheet modeling, operations strategy, and project management fundamentals.

The research component separates the professor role from an industry teaching position. Faculty at research universities are expected to push the discipline forward through peer-reviewed publication. In operations management, that means contributing to journals like Management Science, Operations Research, the Journal of Operations Management, or Production and Operations Management. A typical study might model the tradeoffs in multi-tier supplier redundancy under demand uncertainty, or evaluate how machine learning forecasting compares to statistical baselines across retail inventory data. The work is technical, the review process is long — 12 to 24 months per submission cycle is typical — and the tenure clock is unforgiving.

Service responsibilities are often underestimated until faculty are living them. Accreditation prep under AACSB standards generates substantial committee work. Doctoral program administration, faculty recruiting, and curriculum assessment consume real time each semester. For faculty who take on department chair roles, administrative load can displace much of the research time that defined the early career.

The role rewards people who genuinely find operations problems interesting — the kind of person who reads about the 2021 Suez Canal blockage and immediately starts thinking about buffer inventory implications rather than just the news cycle.

Education:

• PhD in Operations Management, Supply Chain Management, Management Science, Industrial Engineering, or closely related field (required for tenure-track positions at four-year institutions)
• DBA with strong quantitative foundation (accepted at some professionally oriented MBA programs)
• Post-doctoral fellowship or visiting assistant professor appointment (increasingly common before first tenure-track hire)

Research credentials:

• Publications in AACSB-recognized peer-reviewed journals; top programs expect Management Science, Operations Research, JOM, or POM publications at tenure
• Working paper pipeline demonstrating active research agenda beyond dissertation
• Conference presentations at INFORMS Annual Meeting, POMS, DSI, or Academy of Management
• Grant funding history (NSF CMMI, CAREER grants, or industry-sponsored research) valued at research universities

Teaching areas in demand:

• Supply chain analytics and network design
• Lean operations, Six Sigma, and process improvement
• Quantitative methods: optimization, simulation, forecasting
• Healthcare operations and service operations management
• Humanitarian and sustainable supply chain management

Technical skills expected:

• Optimization solvers: Gurobi, CPLEX, or Python-based OR tools
• Simulation platforms: Arena, AnyLogic, or MATLAB Simulink
• Statistical and ML tools: R, Python (pandas, scikit-learn), JMP
• ERP and SCM platforms for case instruction: SAP, Oracle, or course-specific simulations (e.g., MIT Beer Game, CAPSIM)

Industry experience:

• Not required at research universities, but valuable at teaching-focused programs and for executive education credibility
• Prior roles in supply chain planning, manufacturing management, logistics, or consulting are common backgrounds for DBA-track and professionally oriented faculty
• Industry certifications (APICS CPIM/CSCP, PMP, Lean Six Sigma Black Belt) signal applied knowledge and are useful in executive education contexts

The academic job market for operations management faculty has remained consistently undersupplied relative to demand for most of the past two decades, and that condition shows no signs of reversing. Business school enrollments in supply chain and operations programs have grown substantially, driven by corporate recognition after the 2020–2022 supply chain disruptions that operational expertise is not optional. Programs that had one or two OM faculty positions are now adding specializations in supply chain analytics, sustainable operations, and healthcare operations — each requiring dedicated faculty.

The PhD pipeline is the constraint. U.S. doctoral programs in operations management graduate a limited number of students each year, and many top candidates are recruited by industry — technology firms, consulting practices, and financial institutions pay newly minted OM PhDs salaries that compete directly with assistant professor offers. This has kept faculty salaries in OM above most business school disciplines outside of finance.

Research universities are prioritizing candidates with strong quantitative backgrounds who can contribute to interdisciplinary work at the intersection of operations and data science. The most competitive profiles combine supply chain domain expertise with machine learning or stochastic optimization methods — candidates who can publish in both OR/MS journals and emerging data science outlets.

Teaching-focused universities and regional institutions present a different picture. They are actively hiring faculty who can teach across multiple OM courses, develop industry partnerships, and bring applied consulting experience into the classroom. These positions are more numerous and often more accessible to candidates from DBA programs or with significant industry backgrounds.

The executive education market is expanding independently of traditional faculty hiring. Companies are investing heavily in upskilling supply chain, procurement, and operations talent, and business schools are responding with custom programs and open-enrollment short courses. Faculty who can design and deliver these programs — and who have the industry credibility to engage a room full of senior managers — create real revenue for their institutions and negotiate meaningful stipends.

For doctoral students entering the market now, specializing in AI applications in operations, climate-related supply chain risk, or healthcare delivery systems positions candidates in the highest-demand areas for the coming decade.

Dear Search Committee,

I am writing to apply for the Assistant Professor of Operations Management position at [University]. I will complete my PhD in Operations Management at [University] in May, with a dissertation focused on multi-tier supply chain visibility under stochastic disruption — specifically, how upstream supplier network topology affects downstream inventory buffer requirements when disruption probability is correlated across tiers.

My research has produced two working papers currently under review. The first, submitted to Management Science, develops a stochastic programming model for dynamic safety stock positioning across a three-tier network when disruption probabilities are drawn from an asymmetric distribution. The second, targeting Production and Operations Management, presents an empirical study using customs declaration data from [Partner Organization] to estimate the network visibility gap in electronics supply chains. I expect both to move through revision cycles during the coming year.

On the teaching side, I have sole-instructed the undergraduate Operations Management course for two semesters at [University], carrying a 4.3/5.0 average student evaluation score. I redesigned the demand forecasting module to incorporate a Python-based forecasting lab using real retail data, which replaced a largely theoretical exercise that students had flagged as disconnected from practice. Several students carried that project into their capstone work.

I am particularly drawn to [University]'s supply chain program because of [specific research center or faculty collaboration opportunity]. I believe there is a natural alignment between my disruption modeling work and Professor [Name]'s ongoing NSF project on supply network resilience.

I have attached my CV, research statement, teaching portfolio, and three letters of recommendation. I welcome the opportunity to present my research to your faculty.

[Your Name]