Practical Training in Industrial Improvement and Automation
Learning by doing: Training applied to real environments.
At ISC Methodology we transform experience into knowledge.
Our training programs are designed to transfer methodology, hands-on practice, and technical judgment to professionals seeking to improve processes, lead continuous improvement teams, or automate systems.
ISC Methodology trains technicians, middle managers, and executives capable of analyzing, improving, and managing processes with an integrated vision, aligning continuous improvement with the company’s profitability and sustainability goals.
Specialized ISC Programs
ISC Methodology and Software: From Theory to Practice
Comprehensive training to master our ISC methodology and system. ISC.
Theoretical Mastery: In-depth analysis of ISC Methodology. ISC Methodology.
Technical Mastery: Expert use and efficient handling of ISC software
Operational Mastery: Practical cases and application to achieve objectives.
Process Improvement
Acquire the methodologies and tools needed to identify, analyze, and redesign processes that have a direct impact on efficiency, quality, and organizational profitability.
Methodological Foundations: Introduction to various philosophies, understanding principles for waste elimination (Mudas) and variability reduction.
Process Mapping and Documentation: Mastery of visual techniques for a complete understanding of the current value flow.
Analysis and Measurement: Use of analytical tools to diagnose the root causes of problems.
Design and Implementation: Learning the DMAIC cycle ( Define, Measure, Analyze, Improve, Control) for successful execution of improvement projects.
Change Management: Strategies to integrate a culture of continuous improvement and ensure the sustainability of implemented changes.
Essential Training in Automation and Industrial Control
Acquire the technical skills to design, program, and maintain automated systems, boosting operational efficiency and Industry 4.0 readiness..
Control Fundamentals: Automation architectures, PID control principles ..
PLC Programming (Programmable Logic Controllers): IIntroduction to leading platforms and standard programming languages for sequence and process control.
HMI/SCADA Systems: Implementation and configuration of Human-Machine Interfaces (HMI) and Supervisory Control and Data Acquisition (SCADA) systems for centralized visualization and management.
Industrial Communication Networks: Knowledge and application of key protocols (Modbus, Profinet, EtherNet/IP) for device interconnection and plant integration.
Sensors and Actuators: Selection, calibration, and integration of essential field elements for data acquisition and action execution.
Other Available Training Programs
Acquire the technical skills to design, program, and maintain automated systems, boosting operational efficiency and Industry 4.0 readiness..
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Lean Manufacturing and Toyota tools (JIT, Kanban, Kaizen, Poka-Yoke).
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Six Sigma and Statistical Process Control (SPC).
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TPM – Total Productive Maintenance.
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Methods and Time Studies (MTM, time measurement, operations analysis).
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Industrial process design and development.
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Industrial cost and investment management.
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Production programming and control.
