Laura Balzer, Ph.D.

Publications

Jane Kabami; Stella Kabageni; Catherine A. Koss; Jaffer Okiring; Joanita Nangendo; Emmanuel Ruhamyankaka; Peter Ssebutinde; Elizabeth Arinitwe; Michael Ayebare; Agnes Napyo; Valence Mfitumukiza; Munezeo Tamu; Elijah Kakande; Anne R. Katahoire; Phillippa Musoke; Moses R. Kamya; Laura Balzer, Ph.D.
Journal Article, 2025
Laura Balzer, Ph.D.; Jane Kabami; Faith Kagoya; Jaffer Okiring; Joanita Nangendo; Emmanuel Ruhamyankaka; Peter Ssebutinde; Elijah Kakande; Elizabeth Arinitwe; John Bosco Tamu Munezeo; Valence Mfitumukiza; Stella Kabageni; Michael Ayebare; Anne R Katahoire; Phillippa Musoke; Moses R Kamya
Journal Article, 2025
Jane Kabami; Laura Balzer, Ph.D.; Mucunguzi Atukunda; Elizabeth Arinaitwe; Gerald Mutungi
Journal Article, 2024
Moses R Kamya; Laura Balzer, Ph.D.; James Ayieko; Elijah Kakande; Maya Petersen; et al.
Journal Article, 2024
Ahmed Alaa, Ph.D; Rachael Phillips, Ph.D.; Emre Kiciman; Laura Balzer, Ph.D.; Mark van der Laan, Ph.D.; Maya Petersen, M.D. Ph.D.
Journal Article, 2024
Job title: 
Associate Professor of Biostatistics
Department: 
Biostatistics
Bio/CV: 

Dr. Laura B. Balzer is an Associate Professor of Biostatistics at the University of California, Berkeley. Her expertise is in causal inference, machine learning, and messy real-world data. Dr. Balzer's work addresses challenges in the design and analysis of both randomized trials and observational studies, including novel approaches for semi-parametric inference, differential measurement, and complex dependence. Dr. Balzer's work is largely been motivated by ongoing collaborations in Uganda and Kenya. She is the Primary Statistician for several studies aiming to eliminate HIV and improve community health in rural East Africa (e.g., www.searchendaids.com). Overall, Dr. Balzer's work is informed by cross-disciplinary, real-world problems and aims to ensure methodological advances in academia translate into real-world impact.

Research interests: 
  • Causal inference
  • Supervised machine learning
  • Design and analysis of cluster randomized and pragmatic trials
  • Complex measurement, missingness, and dependence
  • Epidemiologic methods
  • Global health
  • Infectious diseases
Role: