Expert Training Workshops

Category: Electrical Engineering | Duration: 5 Days

Dates: January 10 - January 14, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

This course goes beyond basic control concepts, focusing on sophisticated programming techniques and systematic troubleshooting of complex industrial control systems.

• Advanced Ladder Logic (LL) and Structured Text (ST) programming standards.
• Implementing Sequential Function Charts (SFCs) and Function Block Diagrams (FBDs).
• I/O addressing, network communication setup (e.g., Modbus, Ethernet/IP), and SCADA integration.
• Systematic diagnostic methods and fault finding in real-world PLC applications.
• Data logging, alarm management, and regulatory control strategies.

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Category: Electrical Engineering | Duration: 2 Weeks

Dates: January 24 - February 4, 2026 (Sat-Wed x 2)

Course Fee: $900

Optional Accommodation Fee (12 Nights): $600

This comprehensive workshop provides in-depth knowledge of protective relay principles, setting calculations, and coordination techniques for power distribution and transmission systems.

• Understanding primary protection relays (e.g., 87, 21, 50/51) and their applications.
• Calculating and implementing time-current characteristic curves for coordination.
• Configuring and testing modern digital relays (e.g., SEL, ABB, GE).
• Symmetrical components and fault calculation (single-phase to ground, three-phase, etc.).
• Practical case studies on bus, line, transformer, and motor protection.

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Category: Electrical Engineering | Duration: 3 Days

Dates: February 9 - February 11, 2026 (Mon-Wed)

Course Fee: $270

Optional Accommodation Fee (3 Nights): $150

A specialized training on the principles, operation, and control of modern HVDC transmission, focusing on both Line-Commutated Converters (LCC) and Voltage Source Converters (VSC).

• Comparison of AC vs. DC transmission for long distances and asynchronous grids.
• Converter station design and key components (thyristors, IGBTs, transformers).
• Control strategies for LCC and VSC (e.g., power flow control, reactive power control).
• Harmonics, filtering requirements, and mitigating AC-DC interaction issues.
• System protection and transient performance of HVDC links.

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Category: Electrical Engineering | Duration: 3 Days

Dates: February 23 - February 25, 2026 (Mon-Wed)

Course Fee: $270

Optional Accommodation Fee (3 Nights): $150

This course provides a complete framework for planning, designing, and specifying major equipment for utility and industrial substations (up to 230 kV).

• Substation types (AIS, GIS, Hybrid) and layout planning (bus configurations).
• Specification and selection of circuit breakers, disconnect switches, and instrument transformers (CTs/PTs).
• Insulation coordination and Surge Arrester selection based on switching and lightning transients.
• Substation grounding grid design (IEEE 80) for safety and performance.
• Control and protection panel design and wiring standards.

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Category: Electrical Engineering | Duration: 1 Week

Dates: March 7 - March 11, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

A practical course focusing on identifying, measuring, and mitigating common power quality disturbances in industrial and commercial electrical systems, adhering to IEEE standards.

• Understanding power quality phenomena: transients, sags, swells, and momentary interruptions.
• Harmonic analysis (IEEE 519) from non-linear loads (VFDs, UPS) and mitigation techniques (filters).
• Measuring power quality using power analyzers and interpreting recorded data.
• Voltage imbalance and flicker analysis in sensitive systems.
• Grounding and bonding techniques for noise reduction and system integrity.

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Category: Electrical Engineering | Duration: 1 Week

Dates: March 21 - March 25, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

Covers the essential design requirements for industrial control panels, ensuring compliance with both North American (UL 508A, NFPA 79) and International (IEC 61439) standards for safety and functionality.

• Understanding Short Circuit Current Rating (SCCR) and component selection.
• Panel layout, wire sizing, and fusing/circuit protection strategies.
• Applying proper thermal management (ventilation, cooling) for enclosed panels.
• Compliance with safety standards (e.g., emergency stops, interlocks, functional safety integration).
• Documentation requirements: schematics, bill of materials, and nameplate data.

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Category: Electrical Engineering | Duration: 5 Weeks

Dates: March 28 - April 30, 2026 (Sat-Thu, including break days)

Course Fee: $2,250

Optional Accommodation Fee (33 Nights): $1,650

This is a comprehensive, five-week masterclass covering every aspect of power transformer asset management, reliability, and maintenance, essential for utility and heavy industry professionals.

• **Week 1: Fundamentals & Diagnostics:** Transformer construction, insulation systems, and Dissolved Gas Analysis (DGA) interpretation.
• **Week 2: Advanced Testing:** Turns Ratio (TTR), Winding Resistance, and Capacitance and Dissipation Factor (Tangent Delta) tests.
• **Week 3: Frequency Response & Bushings:** Sweep Frequency Response Analysis (SFRA) for winding deformation and advanced bushing testing methods.
• **Week 4: Protection Systems:** Configuring and testing differential relays (87T), overcurrent protection (50/51), and Restricted Earth Fault (REF) schemes.
• **Week 5: Monitoring & Life Cycle Management:** Installation of online monitoring systems (thermal, acoustic), ferroresonance mitigation, and end-of-life assessment.

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Category: Electrical Engineering | Duration: 2 Weeks

Dates: May 2 - May 13, 2026 (Sat-Wed x 2)

Course Fee: $900

Optional Accommodation Fee (12 Nights): $600

A rigorous training program covering the theoretical principles and practical design of grounding (earthing) systems and lightning protection for utility and industrial facilities, compliant with major international standards.

• **Week 1: Grounding Theory:** Soil resistivity measurement, ground grid analysis (IEEE 80), and step/touch voltage calculations.
• System grounding methods (solidly grounded, ungrounded, resistance grounded).
• **Week 2: Lightning Protection:** Direct strike protection (rolling sphere, mesh methods), internal protection (SPD selection), and surge propagation theory.
• Practical hands-on sessions using simulation software for design verification.
• Compliance and inspection procedures (e.g., IEC 62305).

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Category: Electrical Engineering | Duration: 5 Days

Dates: May 16 - May 20, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

This course provides comprehensive training on the inspection, maintenance, and diagnostic testing of medium voltage (MV) switchgear (e.g., 5kV to 38kV), focusing on preventative practices to maximize operational life.

• MV breaker operating mechanisms, interlock schemes, and racking procedures.
• Primary and secondary injection testing of protective relays integrated with switchgear.
• High-potential (Hi-Pot) testing of cables and busbars.
• Inspecting and maintaining current transformers (CTs) and potential transformers (PTs).
• Troubleshooting common faults like tracking, partial discharge, and insulation failure.

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Category: Electrical Engineering | Duration: 5 Days

Dates: May 30 - June 3, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

Focuses on the technical challenges and requirements for connecting large-scale solar and wind farms to the utility grid, including stability, power quality, and protection issues.

• Grid codes and interconnection standards (e.g., IEEE 1547, FERC Order 842).
• Modeling and simulation of renewable generation (PV inverters, wind turbine generators).
• Fault ride-through capability (FRT) requirements and control system tuning.
• Mitigating voltage fluctuations, harmonics, and frequency deviations caused by intermittent generation.
• Designing power collection systems (medium voltage AC and DC).

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Category: Electrical Engineering | Duration: 3 Days

Dates: June 8 - June 10, 2026 (Mon-Wed)

Course Fee: $270

Optional Accommodation Fee (3 Nights): $150

Focuses on establishing an electrically safe work condition by applying the latest requirements of NFPA 70E for electrical safety in the workplace, emphasizing risk assessment and mitigation.

• Understanding the dangers of arc flash and arc blast hazards.
• Performing electrical hazard identification and risk assessments.
• Selecting appropriate Personal Protective Equipment (PPE) based on incident energy and arc flash boundaries.
• Developing and implementing effective lockout/tagout (LOTO) procedures for electrical equipment.
• Training requirements and documentation necessary for compliance.

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Category: Electrical Engineering | Duration: 1 Week

Dates: June 20 - June 24, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

A course dedicated to the communication backbone of the modern grid, covering the standards, protocols, and network architecture necessary for reliable and secure data exchange.

• Detailed analysis of IEC 61850 for substation automation and peer-to-peer communication (GOOSE).
• Understanding DNP3 and Modbus protocols for SCADA and RTU communication.
• Cybersecurity considerations for industrial control systems (ICS/OT networks).
• Implementing Advanced Metering Infrastructure (AMI) and associated networking technologies.
• Designing robust and redundant communication networks (fiber optic, wireless).

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Category: Electrical Engineering | Duration: 3 Days

Dates: July 6 - July 8, 2026 (Mon-Wed)

Course Fee: $270

Optional Accommodation Fee (3 Nights): $150

Focuses on specialized electric motor control techniques beyond V/Hz, including vector control, direct torque control (DTC), and advanced motion control architectures for high-performance applications.

• Modeling and simulation of induction and permanent magnet synchronous motors.
• Understanding and implementing Field-Oriented Control (FOC) or vector control algorithms.
• Tuning drive parameters for optimal speed and torque response in dynamic loading conditions.
• Applying regenerative braking and four-quadrant operation in industrial drives.
• Troubleshooting complex drive-motor interactions and fault codes.

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Category: Electrical Engineering | Duration: 4 Days

Dates: July 20 - July 23, 2026 (Mon-Thu)

Course Fee: $360

Optional Accommodation Fee (4 Nights): $200

Focuses on the design, safety, and operational aspects of large-scale Battery Energy Storage Systems (BESS) for grid support, renewable energy firming, and microgrid applications.

• Battery chemistry types (Li-ion, Flow, Lead-Acid) and selection criteria (C-rate, cycle life).
• Integration of power conversion systems (PCS) and inverter control for charging/discharging.
• Battery Management System (BMS) functionality, state-of-charge (SOC), and state-of-health (SOH) monitoring.
• System safety (fire suppression, ventilation, thermal runaway mitigation) and regulatory compliance (UL 9540).
• Sizing BESS for specific applications (peak shaving, frequency regulation).

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Category: Electrical Engineering | Duration: 4 Days

Dates: August 3 - August 6, 2026 (Mon-Thu)

Course Fee: $360

Optional Accommodation Fee (4 Nights): $200

A practical course covering VFD selection, installation, and optimization, focusing on improving motor control, energy efficiency, and reducing harmonic distortion in industrial environments.

• VFD component structure (rectifier, DC bus, inverter) and motor control theory (V/Hz, vector control).
• Correct sizing, wiring practices, and electromagnetic compatibility (EMC) mitigation.
• Parameter programming for application-specific control (pump, fan, conveyor).
• Troubleshooting common faults: overcurrent, overvoltage, ground faults, and motor winding issues.
• Harmonic mitigation techniques and power factor correction.

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Category: Electrical Engineering | Duration: 3 Days

Dates: August 17 - August 19, 2026 (Mon-Wed)

Course Fee: $270

Optional Accommodation Fee (3 Nights): $150

A core course on designing, implementing, and maintaining Supervisory Control and Data Acquisition (SCADA) systems, focusing on data integration, HMI development, and communication architectures for electrical assets.

• SCADA architecture components (MTU, RTU, HMI, communication links).
• Data modeling, tagging conventions, and database integration.
• Designing effective Human-Machine Interfaces (HMI) for operator efficiency and alarm management.
• Selecting appropriate telemetry methods (radio, fiber, cellular) for remote site monitoring.
• Security best practices for SCADA/ICS networks (per IEC 62443).

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Category: Electrical Engineering | Duration: 1 Week

Dates: August 29 - September 2, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

Provides power system engineers with advanced techniques in load flow, short circuit, and transient stability analysis using industry-leading software (e.g., ETAP, PSS/E, DIgSILENT).

• Modeling complex system components (generators, FACTS devices, transmission lines).
• Solving non-linear load flow problems (Newton-Raphson method) and contingency analysis.
• Performing short circuit studies (ANSI/IEEE and IEC methods) for equipment sizing.
• Transient stability analysis (generator swing curves, critical clearing time).
• Harmonic penetration studies and mitigation strategies.

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Category: Electrical Engineering | Duration: 5 Days

Dates: September 12 - September 16, 2026 (Sat-Wed)

Course Fee: $450

Optional Accommodation Fee (5 Nights): $250

Focuses on the entire lifecycle of microgrids, from feasibility and design to control, operation, and seamlessly transitioning between islanded and grid-connected modes.

• Feasibility studies, load profiling, and Distributed Energy Resource (DER) selection (solar, diesel, BESS).
• Control hierarchy (primary, secondary, tertiary) for frequency and voltage regulation.
• Protection schemes for microgrids in both grid-connected and islanded modes.
• Power quality and stability challenges in islanded operation.
• Economic dispatch and energy management system (EMS) design.

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Category: Electrical Engineering | Duration: 4 Days

Dates: September 28 - October 1, 2026 (Mon-Thu)

Course Fee: $360

Optional Accommodation Fee (4 Nights): $200

This training provides a fundamental understanding of power electronic circuits (converters, inverters, choppers) and their widespread use in motor drives, renewable energy interfaces, and uninterruptible power supplies (UPS).

• Analysis of AC-DC rectifiers (controlled and uncontrolled) and power factor correction circuits.
• Design and control of DC-AC inverters (PWM techniques, multi-level inverters).
• Selection of power semiconductor devices (IGBTs, MOSFETs, Thyristors) and heat sinking.
• Application of DC-DC converters (buck, boost, flyback) in auxiliary power systems.
• Harmonic content analysis and filtering strategies for power electronic devices.

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Category: Electrical Engineering | Duration: 2 Weeks

Dates: October 10 - October 21, 2026 (Sat-Wed x 2)

Course Fee: $900

Optional Accommodation Fee (12 Nights): $600

An in-depth, hands-on program focused on the preventive maintenance and diagnostic testing of various types of High Voltage (HV) circuit breakers, ensuring operational readiness and minimizing failure rates.

• **Week 1: Fundamentals & Diagnostics:** Types of breakers (SF₆, vacuum, oil), operating mechanisms, and routine inspections.
• Contact resistance measurement and timing tests (trip/close coil operation).
• Handling and maintenance of SF₆ gas (leak detection, purification, and regulatory compliance).
• **Week 2: Advanced Testing & Maintenance:** Insulation resistance and power factor testing of bushings and interrupters.
• Analyzing Dynamic Contact Resistance Measurement (DCRM) results for contact wear.
• Troubleshooting electrical and mechanical trip/close circuit issues.

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Category: Electrical Engineering | Duration: 4 Weeks

Dates: October 31 - November 25, 2026 (Sat-Wed x 4)

Course Fee: $1,800

Optional Accommodation Fee (26 Nights): $1,300

This comprehensive, four-week course is structured for utility engineers to understand and manage the technical impacts of connecting distributed generation (DG) resources (solar, fuel cells) to the distribution network.

• **Week 1: Standards and Regulations:** Detailed review of IEEE 1547 and local utility interconnection agreements.
• **Week 2: Impact Analysis:** Hosting capacity studies, voltage rise issues, and distribution network stability modeling.
• **Week 3: Protection:** Advanced distribution protection schemes (directional overcurrent, loss-of-mains detection, anti-islanding).
• **Week 4: Operations & Control:** Advanced distribution automation (DA), Volt/VAR optimization (VVO), and managing bi-directional power flow.

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