Clinton Suanico
Papers
1
Total Citations
4
H-Index
1
About
Clinton Suanico is a researcher at the forefront of construction robotics and project management, specializing in the integration of autonomous systems into traditional building workflows. His work centers on analyzing how robotic technologies disrupt conventional construction schedules, moving beyond isolated task automation to understand cascading effects on activity sequencing and project dependencies. In his highly cited 2022 paper, "Analyzing Schedule Dependency and Sequencing Changes for Robotic Construction Using Graph Analysis," Suanico introduced a novel graph-based framework to model and quantify these systemic shifts, addressing critical differences in physical constraints and work patterns between human crews and robots. This contribution has earned 4 citations and is recognized for providing a foundational methodology for optimizing robotic deployment in complex construction projects. By bridging graph theory with construction engineering, Suanico’s research offers practical insights for planners and roboticists alike, helping to minimize delays and enhance efficiency. His work is pivotal for students and professionals seeking to understand the logistical transformations required as robotics reshape the built environment.
Research Focus
Key Achievements
Top Papers
- 1