Process Modeling and Simulation

Members of the Academic Staff

The Process Modeling and Simulation Group is dedicated to research, technological development, project development and human resource training in topics related to the modeling and simulation of physical, chemical and biological systems, based on the study of signals related to these systems. MISSION STATEMENT To perform technological research and provide specialized technical services in modeling and simulation of processes for the implementation of acquisition, adaptation, processing and signal analysis systems. VISION STATEMENT To consolidate as a group specialized in the field of modeling and simulation of processes for its ability to assimilate, adapt, generate, integrate and transfer technology. OBJECTIVES
  • To perform applied research in modeling and simulation of physical, chemical and biological processes.
  • Technological development of measurement, monitoring, processing and control systems.
  • To train highly specialized human resources.
  • Prototypes of equipment in software and/or hardware.
  • Applied research and specialized technology.
  • The strengthening of our lines of work, along with continuous training.
  • Constant links with the academic and productive sector of the country.
  • Expansion of the group’s technical capabilities.
  • Integration into networks of research groups.
  • Specialized technical counseling.
  • Management and consulting.
  • Development of technology-based projects.
  • Human resource training.
  • R&D Projects.
  • Internal projects.
  • Teaching and human resources training.
  • Extension and dissemination activities.
  • Mathematical analysis of simple chemical systems: physicochemical modeling
  • EEG signal acquisition, processing and analysis system
  • Development of instrumentation for aerospace applications
  • Security optical device used as an encrypted access control key
  • Acquisition, adequacy, storage and processing of signals
  • Measurement and instrumentation
  • Dynamics of physical systems
  • Modeling and simulation of transformation processes
  • Modeling and simulation of process equipment
  • Non-destructive technologies using electromagnetic energy
  • Implementation in hardware and software of cryptographic algorithms for communication systems