Extension services, consultancy, and research

• Manufacturing automation.
• ​​Robotics.
• Embedded systems.
• Microprocessors.

• ​Quality and Organizational Excellence Management.
• Product and Service Quality Engineering.
• Lean Six Sigma Methodology and Tools.

• Technological exploration.​
• Morphological Matrix.
• Field – substance diagrams.
• Decision-making for product development.

• Electrical Engineering.
  • ​​​Electrical Engineering Laboratory.
• Electrical Machines.
• Electronics.
  • ​​​​Electronics Laboratory.​

• Materials science applied to the steel industry.
• Structural analysis of finite elements.
• Nanotechnology applied to Tribology.

• Quality Engineering.
• Statistical Engineering.
• Plant Engineering.
• Production Engineering.
• Optimization Engineering.
• Project Engineering.
• Systems Engineering.

• Lean Logistics.
• VSM: Value Stream Mapping.
• Supplier Quality Management.
• Package Engineering and Manufacturing.
• Sales and Operations Planning (S&OP).

• Thermal fluids.
• Thermodynamics.
• Thermal Machines.
• Modern Power Systems.

The Universidad de Monterrey, through its Extension, Consultancy, and Research Division, and the Shingo Institute at Utah State University, have joined efforts to share the Shingo model with organizations interested in reaching entrepreneurial excellence.

• Calculation, selection, design/re-design, simulation, installation/automation, and programming of:
  • Elements for pneumatic, electro-pneumatic, hydraulic, and electrohydraulic applications.
  • Programmable logic controllers (PLC).
  • Man-machine interfaces.

• Lean Operations diagnosis based on the Shingo Model.
• Consulting on the implementation of the National Model for Competitiveness for the National Quality Award.
• Consulting on the implementation of the Productivity Model for the National Health Quality Award.

• Development of web services.
• Monitoring-oriented microprocessor-based electronic design.
• Software assessment and development.

• Vectorization of plans, conversion of paper plans to electronic format.
• Review of plans through the use of GD&T standards.
• Stack-up analysis for assemblies and sub-assemblies.

• Power quality assessment and calculation and installation of capacitor banks for power factor correction.
• Design of electronic boards.
• Design and construction of educational panels and stations.

• Quality Engineering.
• Statistical Engineering.
• Plant Engineering.
• Production Engineering.
• Optimization Engineering.
• Project Engineering.
• Systems Engineering.

• Analysis and correction of mechanical vibrations.
• Spectrographic analysis of solder and ferrous materials.
• Blade redesign.
• Redesign of dies and die-cutters.

• Lean Logistics diagnosis.
• Supply Chain diagnosis based on the SCOR model.
• Quality standardization and improvement with suppliers – “Supplier Quality”.

• Computer platforms for the teaching of science and technology (INGENIAT).
• Development of drawing creation automation complements for CAD platforms.
• Robotized laser welding.

• Computer platforms for teaching.
• Applications of orthoses, prostheses, and models with haptic features.
• Development of product packaging and image.

• Process simulation.
• Trajectory optimization.
• Tooling and end effector design for robotic arms.
• Design and construction of educational panels and stations.

• Calculation, selection, design/redesign and installation of insulation for cooling chambers, transport, ovens, and buildings.
• Design and construction of educational panels and stations.