Theevolvedge

Sector Alpha, Noida, Uttar Pradesh

Our Distributed Control System (DCS) training program is meticulously designed to provide both freshers and experienced professionals with in-depth knowledge and hands-on experience in DCS technology. This course is structured to meet the demands of various industries, including power generation, oil and gas, chemical processing, pharmaceuticals, and more, where DCS systems play a critical role in controlling complex processes. Key Topics Covered DCS (Distributed Control System) Basics of DCS systems and their role in automation. Application areas of DCS in industries (power plants, oil & gas, chemical, etc.) Comparison between DCS, PLC, and SCADA Components of DCS: controllers, I/O modules, HMI, Cabinet, Switches, Firewall and networking DCS architecture and design concepts Controllers and their functionalities Input/output addressing and wiring concepts Understanding of different types of IOs like AI, DI, AO, DO Analog vs. digital signals Redundancy concepts in DCS for reliability Introduction to DCS software platforms (Yokogawa, Emerson, Honeywell, Siemens) Configuring control strategies using DCS software Loop control, cascade control, and advanced control techniques Basic and advanced process control (PID, feedforward, ratio, cascade Tuning and optimization of control loops Designing operator interfaces and HMI graphics Alarm display and management Common DCS vulnerabilities and attack vectors Learn to review BOM and other input documents from Client Network Architecture and Configuration Concept of Industrial networking Setting up Ethernet, TCP/IP, and fieldbus communication Network topologies and industrial communication standard Hardware Engineering including Panel Designing Best practices for system maintenance and updates Developing basic and advanced DCS Logics for Pump, SOV, MOV, Sequence Timers, counters, and arithmetic instructions, PID Controller Creating, uploading, and downloading DCSC programs. Troubleshooting and debugging DCS systems Communication protocols (Modbus, Ethernet, Profibus, OPC) Alarm management, data logging, and trending Case studies of automation in various industries (manufacturing, power plants, oil & gas Security Concepts of DCS Soft Skills development Learning Outcomes: By the End of training , participants will : Acquire in-depth knowledge of Distributed Control System components, architecture, and their role in process automation across various industries. Develop skills in configuring control strategies, tuning control loops, and programming DCS systems to manage complex industrial processes effectively. Understand and apply basic and advanced process control strategies such as PID, cascade, and feedforward control for optimal system performance. Understand and apply industrial communication protocols (e.g., Modbus, Ethernet, Profibus) to establish seamless communication between DCS , PLCs and SCADA systems. Gain practical, hands-on experience in configuring, troubleshooting, and maintaining DCS systems in real-world industrial applications. Apply DCS knowledge to various industrial sectors such as power generation, oil & gas, chemicals, and manufacturing through real-world case studies. Benefits: Resume Preparation/Modification Free Life time Study material access Help to get interviews from Top System Integrator, Automation Companies & Process industries and manufacturing Plants 100% Job Assistance  

The PLC and SCADA training course content is tailored to meet globally recognized international standards. We offer these courses through various formats, including regular training, weekend sessions, short-term programs, internships, summer and winter training, as well as customized sessions for on-campus colleges or in-plant corporate training. In addition to technical skills, the PLC SCADA course includes soft skill development, covering areas such as personality development, resume building, and mock interview sessions. This industrial course is designed to bridge the significant engineering skill gap within the manufacturing sector, ensuring participants receive training that aligns with internationally acknowledged standards.

Advanced OT/ICS Cyber Security training programs are designed for professionals who already have a basic understanding of OT/ICS cybersecurity and want to deepen their knowledge. These programs cover basic to advance complex topics such as risk assessment, network segmentation, secure configuration, and incident response. Participants also learn about the latest cybersecurity technologies and tools used to protect OT/ICS environments. Key Topics Covered: Basic introduction of DCS, PLC and SCADA Difference between IT and OT Cyber security ICS/SCADA Overview and Operation Network Architecture of DCS ICS Attacks Three way handshaking Concept CIA Triad Authentication and Authorization Access Control System Security Posture Purdue Model Networking Concepts (TCP/IP Model, CAM Table and Subnetting) OSI Model with Headers IPV4 Header, UDP/TCP Header IP Header Encapsulation and De-Encapsulation Process Analyzing Traffic with Protocol Analyzers NAT Defense in Depth Concept Types of Security Models Overview of IEC62443 Industrial Protocols (OPC, Modbus and Profibus) Hub, Switch and Router Fortinet Firewall Concepts IT Protocols (SMB, SNMP, HTTP, HTTPs, DHCP, ARP, APIPA) Virtual Private Network (VPN) Advanced threat detection and response techniques Security Posture Network segmentation and zoning in OT/ICS environments Secure configuration of DCS, PLC, and SCADA systems Incident response and recovery in OT/ICS environments Introduction to cybersecurity tools for OT/ICS Risk, Threat and Vulnerability Risk Assessment and Asset Management Tools used in OT for mitigate the risk of cyber attacks IDS/IPS deployment and configuration like Armis, Claroty, Nozomi, Drogos Types of alerts and analysis Secure Remote Access Solutions (Conventional and Third party solutions) Introduction of Firewalls, Policy and Procedures. End Point Security Patch Management Security Assessment and Hardening Concepts