Comprehensive Course on Electrical and Instrumentation Detail Engineering

Introduction to Electrical & Instrumentation Engineering:

• Basics of electrical systems and instrumentation in industrial settings.

• Importance of detail engineering in project execution.

Electrical Systems Design:

• Power distribution and load calculation.

• Single-line diagrams (SLDs) and equipment layout.

• Cable sizing, selection, and routing.

• Earthing, bonding, and lightning protection systems.

Instrumentation Basics and Selection:

• Types of instruments: pressure, temperature, flow, and level measurement.

• Selection criteria for sensors, transmitters, and actuators.

• Control valves, safety instruments, and their specifications.

Wiring and Loop Diagrams:

• Preparation and interpretation of wiring diagrams.

• Loop diagrams for instrumentation systems.

• Troubleshooting and diagnostics.

Control Systems and Integration:

• PLC, DCS, and SCADA systems.

• Communication protocols (HART, Modbus, Fieldbus).

• Integration of electrical and instrumentation systems.

Equipment Specifications and Datasheets:

• Preparing detailed datasheets for electrical and instrumentation equipment.

• Vendor selection and technical bid analysis.

International Codes and Standards:

• Overview of standards like IEC, IEEE, ISA, and NFPA.

• Compliance and best practices for industrial projects.

Project Documentation:

• Preparation of deliverables: BOQ, BOM, and technical reports.

• As-built documentation and project handover.

Case Studies and Practical Applications:

• Real-world project examples to demonstrate the application of concepts.

• Common challenges and troubleshooting strategies.

Emerging Trends and Technologies:

• Smart instrumentation and IoT in industrial systems.

• Energy-efficient and sustainable solutions in electrical design.