Skip to main content
Profile image for Zlatana Nenova

Zlatana Nenova

Assistant Professor
OFFICE: Farrell 347
Profile image for Zlatana Nenova

Biography

Dr. Zlatana Nenova is a researcher and professor specializing in healthcare analytics, with a particular emphasis on how machine learning, artificial intelligence, and dynamic programming models can enhance care for patients with chronic conditions. Her research focuses on refining analytical methodologies to improve disease trajectory predictions, which can then be used to optimize treatment plans. Dr. Nenova also investigates how to schedule patients optimally under uncertainty and supply constraints, as well as how to better visualize patient data to support clinicians in making informed treatment decisions.

Her work has been published in leading academic journals, including Production and Operations Management, Journal of Operations Management, and Decision Sciences, and has been presented at premier conferences in the field.

At Wake Forest University's School of Business, Dr. Nenova teaches graduate courses in data analytics and visualization. Her teaching equips students with the knowledge and critical thinking skills needed to thrive in today's data-driven landscape. She emphasizes the responsible and strategic use of data in decision-making throughout her business analytics curriculum.

Honors

  • 2020 - Faculty Research Fund Grant , University of Denver
  • 2019 - Research Grant, Pittsburgh Supercomputing Center
  • 2019 - Summer Research Grant: 2019 - 2024, University of Denver
  • 2013 - ELG Fellowship, University of Pittsburgh

Research Interests

  • Healthcare Analytics & Decision Making
    Data Mining & Statistics
    Dynamic Programming

Teaching Interests

  • Data Mining & Statistics
    Healthcare Analytics & Decision Making
    Data Visualization
    Optimization

Education

  • Ph D, University of Pittsburgh (Business Analytics and Operations) - 2017
  • MA, University of Pittsburgh (Applied Statistics ) - 2013
  • BS, Guilford College (Mathematics & Accounting ) - 2011

Publications

Elsevier

Chronic disease progression prediction in healthcare operations
Nenova, Z. , &  Foster, K. (2025)

Elsevier

Chronic disease progression prediction in healthcare operations
Nenova, Z. , &  Foster, K. (2025)

Decision Sciences

Identifying influential individuals and predicting future demand of chronic kidney disease patients
Nenova, Z. , &  Bartelt, V. L. (2024)

Decision Sciences

Identifying influential individuals and predicting future demand of chronic kidney disease patients
Nenova, Z. , &  Bartelt, V. L. (2024)

Springer International Publishing

Machine Learning in Healthcare: Operational and Financial Impact
Anderson, D. ,  Bjarnadottir, M. V. , &  Nenova, Z. (2022)

Springer International Publishing

Machine Learning in Healthcare: Operational and Financial Impact
Anderson, D. ,  Bjarnadottir, M. V. , &  Nenova, Z. (2022)

Production and Operations Management

Personalized Chronic Disease Follow?Up Appointments: Risk?Stratified Care Through Big Data
Nenova, Z. , &  Shang, J. (2022)

Production and Operations Management

Personalized Chronic Disease Follow?Up Appointments: Risk?Stratified Care Through Big Data
Nenova, Z. , &  Shang, J. (2022)

Production and Operations Management

Chronic Disease Progression Prediction: Leveraging Case?Based Reasoning and Big Data Analytics
Nenova, Z. , &  Shang, J. (2022)

Production and Operations Management

Chronic Disease Progression Prediction: Leveraging Case?Based Reasoning and Big Data Analytics
Nenova, Z. , &  Shang, J. (2022)

Palliative Medicine

Appointment utilization as a trigger for palliative care introduction: A retrospective cohort study
Nenova, Z. , &  Hotchkiss, J. (2019)

Palliative Medicine

Appointment utilization as a trigger for palliative care introduction: A retrospective cohort study
Nenova, Z. , &  Hotchkiss, J. (2019)

Journal of Operations Management

Determining an optimal hierarchical forecasting model based on the characteristics of the data set
Nenova, Z. , &  May, J. (2016)

Journal of Operations Management

Determining an optimal hierarchical forecasting model based on the characteristics of the data set
Nenova, Z. , &  May, J. (2016)