Kevin Andree Cervantes Calderon

• Development and implementation of software for industrial process control.
• Supervision of installation and commissioning of automated systems.
• Implementation of engineering solutions to optimize production processes.

Automation Project – Stellantis Toluca

Air Extraction and Injection System for Paint Booths

• Programming and commissioning of the air extraction and injection system for paint booths.
• Commissioning of Allen-Bradley PowerFlex 755 variable frequency drives .
• Commissioning of air supply units (CPA), burner systems, and humidification systems.
• Integration of analog sensors for PID control of paint booth humidity and temperature.
• Development of safety and operational interlocks for paint booths.
• Programming and optimization of HMI applications using FactoryTalk View Machine Edition for start-up, control, and monitoring of air extraction and injection motors.
• Adjustment and optimization of FactoryTalk View Site Edition HMI screens for control room operation.
• Routine adjustments and FIS alarm mapping , ensuring proper alarm handling and system diagnostics.
• Support during functional testing, on-site commissioning, and system validation.

Automation Project – Stellantis Saltillo

BedLiner Paint Booth with FANUC Robots

• Programming and commissioning of the BedLiner paint booth.
• Standard PLC programming for FANUC robots and integration with the automation system.
• Development of safety conditions and operational logic for proper booth functionality.
• Creation of FactoryTalk View Site Edition HMI screens for station control and monitoring.
• Support during system testing, start-up, and operational validation.

• Design, development, and maintenance of backend applications using Java.
• Implementation of RESTful APIs, business logic, and data persistence layers.
• Integration with databases and external services, ensuring performance, scalability, and security.

• Creation of PCB component drawings using VLM software for design and manufacturability analysis.
• Support in DFx (Design for Manufacturing, Assembly, and Test) evaluations.
• Standardization of PCBA manufacturing processes to improve quality, consistency, and production efficiency.