Public CV

Academic and professional profile.

A web-first version of my curriculum vitae focused on research, teaching, projects, and technical skills. Sensitive personal information is intentionally not published here.

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Profile

Short public summary for academic and professional visitors.

Research focus

Structural engineering, seismic monitoring, and AI for resilient infrastructure.

Civil engineer and researcher specializing in computational structural mechanics, data-driven modeling, structural health monitoring, and reproducible scientific computing. Current work focuses on seismic isolation systems, bridge inspection, deep learning, and engineering tools built with Python.

Research Experience

Selected projects and research roles.

2025 - Present

DeepIsolationNet

Research Assistant, UTEC / RESUSCON Group. AI-based monitoring of seismic isolation systems using ambient vibration and seismic records.

Focus areas: OpenSeesPy workflows, nonlinear structural modeling, parameter identification, model calibration, uncertainty-aware analysis, and machine learning for damage assessment.

2024 - Present

SIBridge

Research contributor. UAV-based damage detection and scalable inspection workflows for reinforced concrete bridges.

Focus areas: UAV flight path automation, 3D reconstruction from drone data, image-based damage segmentation, and bridge inspection methodology.

2024

Sustainable Concrete Materials

Finite element modeling and data-driven workflows for concrete material characterization, residual capacity, and failure mechanisms.

Education and Teaching

Academic background and courses.

Education

  • B.S. in Civil Engineering, Pontifical Catholic University of Peru (PUCP), 2016-2021.
  • Research training in computational mechanics, structural dynamics, seismic engineering, and AI-assisted engineering workflows.

Teaching

  • Structural Analysis with Python.
  • Structural Dynamics with Python.
  • Civil Engineering 4.0: Technology and AI.
  • Fundamentals of BIM.

Technical Skills

Tools and methods used in research, teaching, and engineering workflows.

Python OpenSeesPy PyTorch NumPy SciPy Matplotlib Finite Element Method Structural Dynamics Seismic Isolation Machine Learning Computer Vision Signal Processing ETABS Revit BIM

Public Links

Where to explore more work.