Suparna Mukherjee

Forest Trends, George Washington University, Honeybee Robotics (United States)

Papers

Total Citations

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About

Suparna Mukherjee’s research lies at the intersection of engineering design, complex systems, and open innovation. Her most cited work, “The Dark Side of Modularity” (2021, 15 citations), challenges a foundational assumption in design theory: that decomposing problems into modules always reduces complexity. Instead, Mukherjee demonstrates that modularity can paradoxically increase system complexity—a counterintuitive insight that has reshaped how engineers and designers approach problem decomposition. She also contributed to the “Astrobee Challenge Series” (2023, 5 citations), a large-scale field experiment with NASA and Freelancer.com that generated a rich dataset linking solver characteristics, solving processes, and solution attributes in open innovation. This work provides a rare empirical window into how diverse solvers tackle technical problems. Earlier in her career, Mukherjee co-developed the “Telescoping Sample Canister Capture Mechanism” (2006, 3 citations), a NASA-related design for space sample retrieval. Her research is notable for blending rigorous theoretical analysis with real-world experimental data, offering both cautionary tales and practical frameworks for designers. Mukherjee’s work is essential reading for anyone interested in the hidden costs of design strategies and the dynamics of crowd-based problem solving.