David Shmoys is the Laibe/Acheson Professor of Business Management and Leadership Studies and is the Director of the Center for Data Science for Enterprise & Society at Cornell University. He obtained his Ph.D. in computer science from the University of California at Berkeley in 1984; before joining the Cornell faculty, he held postdoctoral positions at MSRI in Berkeley and Harvard University, as well as a faculty position at MIT. Professor Shmoys was the chair of the Provost’s “radical collaboration” task force on data science and associate director of the Institute of Computational Sustainability at Cornell University. His research has focused on the design and analysis of efficient algorithms for discrete optimization problems, with applications including scheduling, inventory theory, computational biology, and, most recently, computational sustainability. Professor Shmoys has been working on data-driven models in a broad cross-section of areas, including COVID-19 epidemiological modeling, congressional districting, and IoT network design.
Data Scienceand Decision Making Cornell Certificate Program
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Overview
Data is the driving force behind the digital revolution, yet the challenge lies in refining that data to inform impactful decisions and address complex societal questions. This certificate program empowers you to navigate this critical process through data-driven strategies. You will discover how to use Python to transform questions into precise mathematical formulations and conduct computational analyses using powerful libraries.
By setting up optimization models and designing algorithms, you will gain the ability to compute optimal solutions for varied scenarios. This approach will provide new perspectives on addressing global challenges. As you apply these data-driven methods, you’ll generate actionable outcomes and recommendations applicable in real-time situations.
Upon completing this program, you will possess the skills to confidently leverage data for informed decision making, ready to make a significant impact in your field.
You’ll have six months to complete the required elements for this certificate program, but this flexible approach allows you to finish sooner based on your schedule.
eCornell Online Workshops are live, interactive 3-hour learning experiences led by Cornell faculty experts. These premium short-format sessions focus on AI topics and are designed for busy professionals who want to gain immediately applicable skills and strategic perspectives. Workshops include faculty presentations, breakout discussions, guided hands-on practice, and downloadable resources.
The AI Workshops All-Access Pass provides you with unlimited participation for 6 months from your date of purchase. Whether you choose to attend one workshop per month, or several per week, the All-Access Pass will allow you to customize your AI journey and stay on top of the latest AI trends.
Workshops cover a range of cutting-edge AI topics applicable across industries, hosted by Cornell faculty at the forefront of their fields. Whether you are just getting started with AI, seeking to build your AI skillset, or exploring advanced applications of AI, Workshops will provide you with an action-oriented learning experience for immediate application in your career. Sample Workshops include:
- Work Smarter with AI Agents: Individual and Team Effectiveness
- Leading AI Transformation: Bigger Than You Imagine, Harder Than You Expect
- Using AI at Work: Practical Choices and Better Results
- Search & Discoverability in the Era of AI
- Don’t Just Prompt AI – Govern it
- AI-Powered Product Manager
- Leverage AI and Human Connection to Lead through Uncertainty
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How It Works
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Faculty Authors
David Williamson is a Professor at Cornell University in the School of Operations Research and Information Engineering and is currently Chair of the Department of Information Science. He received his Ph.D. in Computer Science from MIT under Professor Michel X. Goemans in 1993. He was a Research Staff Member for IBM Research at the T.J. Watson Research Center in Yorktown Heights, New York from 1995 to 2000. From 2000 to 2003, he was the Senior Manager of the Computer Science Principles and Methodologies group at IBM’s Almaden Research Center in San Jose, California. He moved to Cornell University in 2004. His research focuses on finding efficient algorithms for hard discrete optimization problems, with a focus on approximation algorithms for problems in network design, facility location, and scheduling.
Frans Schalekamp received his Ph.D. in Operations Research from Cornell University in 2007. He has worked both in academia and in industry on three continents, in areas ranging from plant breeding and genetics to logistics. Former academic positions were at the Institute for Theoretical Computer Science at Tsinghua University in Beijing, China; the Department of Mathematics at the College of William & Mary in Williamsburg, VA; and the Computer Science Department at Cornell University. Professor Schalekamp held positions in industry as a research scientist at NatureSourceGenetics in Ithaca, NY, and as a senior analyst at CarMax in Richmond, VA.
Sam Gutekunst is the John D. and Catherine T. MacArthur Assistant Professor of Data Science at Bucknell University, with appointments in the departments of Computer Science and Mathematics. He received his Ph.D. in Operations Research from Cornell University in 2020, and his favorite part of his time as a Ph.D. student was teaching the Cornell version of this course. At Bucknell, Sam teaches courses in data science, algorithms, operations research, and combinatorics. His research is in data-driven decision-making and combinatorial optimization, and his application areas include detecting gerrymandering, predicting NFL scorigamis, and studying the data science and economics of Broadway. He has worked with undergraduates (many of whom were alumni of this course!) on research, consulting, and software development.

David Shmoys is the Laibe/Acheson Professor of Business Management and Leadership Studies and is the Director of the Center for Data Science for Enterprise & Society at Cornell University. He obtained his Ph.D. in computer science from the University of California at Berkeley in 1984; before joining the Cornell faculty, he held postdoctoral positions at MSRI in Berkeley and Harvard University, as well as a faculty position at MIT. Professor Shmoys was the chair of the Provost’s “radical collaboration” task force on data science and associate director of the Institute of Computational Sustainability at Cornell University. His research has focused on the design and analysis of efficient algorithms for discrete optimization problems, with applications including scheduling, inventory theory, computational biology, and, most recently, computational sustainability. Professor Shmoys has been working on data-driven models in a broad cross-section of areas, including COVID-19 epidemiological modeling, congressional districting, and IoT network design.

David Williamson is a Professor at Cornell University in the School of Operations Research and Information Engineering and is currently Chair of the Department of Information Science. He received his Ph.D. in Computer Science from MIT under Professor Michel X. Goemans in 1993. He was a Research Staff Member for IBM Research at the T.J. Watson Research Center in Yorktown Heights, New York from 1995 to 2000. From 2000 to 2003, he was the Senior Manager of the Computer Science Principles and Methodologies group at IBM’s Almaden Research Center in San Jose, California. He moved to Cornell University in 2004. His research focuses on finding efficient algorithms for hard discrete optimization problems, with a focus on approximation algorithms for problems in network design, facility location, and scheduling.

Frans Schalekamp received his Ph.D. in Operations Research from Cornell University in 2007. He has worked both in academia and in industry on three continents, in areas ranging from plant breeding and genetics to logistics. Former academic positions were at the Institute for Theoretical Computer Science at Tsinghua University in Beijing, China; the Department of Mathematics at the College of William & Mary in Williamsburg, VA; and the Computer Science Department at Cornell University. Professor Schalekamp held positions in industry as a research scientist at NatureSourceGenetics in Ithaca, NY, and as a senior analyst at CarMax in Richmond, VA.

Sam Gutekunst is the John D. and Catherine T. MacArthur Assistant Professor of Data Science at Bucknell University, with appointments in the departments of Computer Science and Mathematics. He received his Ph.D. in Operations Research from Cornell University in 2020, and his favorite part of his time as a Ph.D. student was teaching the Cornell version of this course. At Bucknell, Sam teaches courses in data science, algorithms, operations research, and combinatorics. His research is in data-driven decision-making and combinatorial optimization, and his application areas include detecting gerrymandering, predicting NFL scorigamis, and studying the data science and economics of Broadway. He has worked with undergraduates (many of whom were alumni of this course!) on research, consulting, and software development.
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Key Course Takeaways
- Understand the breadth of quantitative decision-making situations that often arise in society
- Develop the skills needed for mathematical modeling of real-world decision-making situations, incorporating applications with data at scale
- Leverage fundamental algorithms used to solve such models and the basic mathematical techniques of validating the accuracy and efficiency of these solution methods
- Build familiarity with the current software used in the computational analysis of these models


What You'll Earn
- Data Science and Decision Making Certificate from Cornell Duffield College of Engineering
- 140 Professional Development Hours (14 CEUs)
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Who Should Enroll
- Entry-level to executive professionals looking to uncover insights from data
- Aspiring data professionals from non-STEM backgrounds
- Business decision makers
- Lifelong learners
- People interested in current trends of data modeling for decision making
- Summer and Winter Session extramural students
Frequently Asked Questions
Data is everywhere, but turning data into a decision you can explain and defend is where many teams get stuck. Cornell’s Data Science and Decision Making Certificate is built for professionals who need a practical way to move from questions and uncertainty to clear recommendations.
In this certificate program, authored by faculty from the Cornell Duffield College of Engineering, you will learn how to translate real-world decision situations into mathematical formulations, use Python for computational analysis, and build and solve optimization models so you can identify best-possible actions across different scenarios. You’ll also strengthen your ability to validate solution approaches for accuracy and efficiency, which helps you trust your results and communicate them with more confidence.
If you want a repeatable way to frame messy questions as solvable models, practical Python-based skills you can use right away, and more confidence making data-informed recommendations, you should choose Cornell's Data Science and Decision Making Certificate.
Many online data science options focus on watching content and completing generic exercises on your own. Cornell’s Data Science and Decision Making Certificate is designed to help you apply quantitative methods to the decisions you actually need to make, with a learning model that emphasizes accountability and feedback.
What sets the Data Science and Decision Making Certificate experience apart includes:
- A decision-first approach that connects modeling, algorithms, and optimization to real scenarios where you need to choose among alternatives and justify trade-offs
- Applied, workplace-relevant project work, so you practice translating your questions into mathematical formulations and computational analyses in Python
- Expert facilitation and personalized feedback on your work, so you are not learning in isolation or relying only on automated grading
The result is a premium online learning experience that builds both technical capability and stronger decision judgment, rather than treating analysis as the end goal.
Enrolling in Cornell’s Data Science and Decision Making Certificate also provides you with a 6-month All-Access Pass to eCornell's live online AI Workshops, interactive sessions led by world-class Cornell faculty that combine Ivy League insight with practical applications for busy professionals. Each 3-hour Workshop features structured instruction, guided practice, and real tools to build competitive AI capabilities, plus the opportunity to connect with a global cohort of growth-oriented peers. While AI Workshops are not required, they enhance certificate programs through:
- Integrating AI perspectives across most curricula
- Responding to emerging AI developments and trends
- Offering direct engagement with Cornell faculty at the forefront of AI research
Professionals across industries increasingly need to work comfortably with data, even when their role is not labeled “data scientist.” Cornell’s Data Science and Decision Making Certificate is designed for a wide range of learners who want to strengthen how they frame problems, analyze evidence, and make decisions.
The Data Science and Decision Making Certificate program is a strong fit if you are:
- An entry-level to executive professional looking to uncover insights from data
- An aspiring data professional coming from a non-STEM background
- A business decision maker who wants a more rigorous, repeatable approach to evidence-based choices
- A lifelong learner interested in current approaches to data modeling for decision making
Because most eCornell certificate programs have no formal prerequisites, you can typically start without a lengthy admissions process. What matters most is your readiness to engage with quantitative thinking and apply the methods to real questions that matter in your work or studies.
Project work is where the concepts become usable. In Cornell’s Data Science and Decision Making Certificate, you will apply data-driven methods to realistic decision situations by turning questions into models, running computational analyses in Python, and developing recommendations you can explain to stakeholders.
Examples of project outputs you can build include:
- A structured problem statement that translates a real decision into a precise mathematical formulation, including objectives, constraints, and measurable success criteria
- A Python-based computational analysis that tests assumptions, explores data patterns, and generates evidence you can use to support a recommendation
- An optimization model that compares alternative choices and computes an optimal solution for a scenario relevant to your work or interests
- A basic algorithm design and evaluation write-up that explains how a solution method works and how you validated accuracy and efficiency
- A decision brief that communicates results, trade-offs, and actions clearly for non-technical stakeholders
Across Cornell’s Data Science and Decision Making Certificate program, these projects are designed to help you practice the full workflow from question to model to analysis to decision, so you finish with artifacts you can reuse as templates in future work.
Cornell’s Data Science and Decision Making Certificate helps you move from raw data to clear, defensible decisions by teaching you how to model real problems and analyze them computationally in Python.
After completing the Data Science and Decision Making Certificate, you will be prepared to:
- Understand the breadth of quantitative decision-making situations that often arise in society
- Develop the skills needed for mathematical modeling of real-world decision-making situations, incorporating applications with data at scale
- Leverage fundamental algorithms used to solve such models and the basic mathematical techniques of validating the accuracy and efficiency of these solution methods
- Build familiarity with the current software used in the computational analysis of these models
Learners commonly report that the experience strengthens their ability to connect analytical results to concrete decisions, trade-offs, and actions while giving them a clearer, repeatable approach to framing business questions as data problems. Many also highlight improved understanding of experimentation and evidence-based decision making, greater confidence selecting methods that fit the question, and better skill in communicating insights to non-technical stakeholders through clear narratives and visuals. Over time, that combination can make it easier to collaborate across functions with analysts, product teams, and leaders, and to contribute more credibly to prioritization, performance measurement, and other high-visibility decisions.
What truly sets eCornell apart is how our programs unlock genuine career transformation. Learners earn promotions to senior positions, enjoy meaningful salary growth, build valuable professional networks, and navigate successful career transitions.
Cornell’s Data Science and Decision Making Certificate is delivered through our Mentored Learning format and requires approximately 140 hours of coursework. You have up to 6 months to complete all necessary components, though you may finish in fewer than 6 months depending on your schedule. The program allows you to follow an individualized structured learning agenda with a flexible approach that includes interaction and project feedback with your expert facilitator. You'll also complete graded projects that let you apply learning concepts to on-the-job situations.
Throughout the Data Science and Decision Making Certificate program, your expert facilitator provides personalized feedback on all projects and offers opportunities for 1:1 mentoring sessions as you progress. This guided approach allows you to ask questions and receive support as you work through practical applications and real-world scenarios.
Students who complete Cornell’s Data Science and Decision Making Certificate often describe it as a practical bridge between analytics and real-world business judgment, helping them move from “having data” to making clearer, defensible decisions with it. Learners frequently highlight takeaways such as:
- Stronger ability to connect analytical results to concrete decisions, trade-offs, and actions
- A clearer, repeatable approach to framing business questions as data problems
- Better understanding of experimentation and evidence-based decision making, including how to interpret results responsibly
- Improved skill in communicating insights to non-technical stakeholders through clear narratives and visuals
- More confidence selecting the right methods for the question, not just running analyses
- A toolkit they can apply immediately to workplace projects, from prioritization to performance measurement
- Greater comfort working with data across functions, collaborating with analysts, product teams, and leaders
Overall, learners commonly say Cornell’s Data Science and Decision Making Certificate helps them think more rigorously about uncertainty, quantify impact, and communicate recommendations in a way that decision makers can use.
Many professionals come to data science from business, operations, policy, or other non-STEM paths, and Cornell’s Data Science and Decision Making Certificate is designed to welcome that mix of backgrounds.
You will be using Python and working with mathematical formulations and algorithms, so you should expect to engage with quantitative reasoning and to practice actively as you learn. If you are motivated to build those skills, the Data Science and Decision Making Certificate program is structured to help you develop a more rigorous, repeatable approach to modeling decision situations and using data to support recommendations.
Python is a core part of the learning experience iIn Cornell’s Data Science and Decision Making Certificate program. You will use Python to translate real questions into precise mathematical formulations and to run computational analyses using commonly used libraries.
Rather than treating coding as an isolated skill, the Data Science and Decision Making Certificate connects Python work to decision-making tasks: analyzing data to clarify the problem, building optimization models to evaluate alternatives, and using algorithmic approaches to compute solutions. You will also build familiarity with the kinds of software used in computational analysis so you can better understand how these methods are applied in practice.
Better decisions come from asking sharper questions, modeling trade-offs clearly, and communicating what the evidence means for action. Cornell’s Data Science and Decision Making Certificate is designed around that full path from question to recommendation.
You will practice framing real decision situations as models, using computational analysis to test and refine your thinking, and applying optimization and algorithmic methods to compare options. Just as importantly, you will strengthen your ability to explain results responsibly, choose methods that fit the decision at hand, and present insights in a way non-technical stakeholders can use.
By the end of Cornell’s Data Science and Decision Making Certificate program, you should be better equipped to contribute in cross-functional settings where decisions need both analytical rigor and practical judgment, such as prioritization, performance measurement, and evaluating alternatives under constraints.

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Data Science and Decision Making
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