Tender preparation, procurement management, bid evaluation and procurement coordination for:
- Medium voltage switchgear
- Low Voltage switchgear
- Medium voltage Motor Control Centers
- Low Voltage Motor Control Centers
- Power and Distribution Transformers
- UPS and DC systems
- Fire alarm system
System Study including:
- Load Flow and Cable Sizing Calculation
- Short Circuit Calculations
- Protection relays, circuit breakers and fuses coordination
- Arc-Flash Analysis
- Power factor studies including Capacitor bank sizing and correction
- Substation grounding
- Transient and dynamic stability analysis
- Dynamic motor starting
- Protection settings and coordination
- Transmission expansion planning studies
- Condition assessment of power plants and industrial facilities
Electrical design:
- Single Line Diagrams
- Schematic (Elementary) Wiring Diagrams
- Electrical Power layout
- Cabling and cable list
- Load list
- Equipment list
- Hazardous area classification
- Fire alarm system
- Life Safety & Security Systems
- Duress Alarm
- Access Control
- CCTV
- Lighting system and LV panel schedule
- Grounding
Engineering analysis, using modeling computer codes to validate experimental data in engineering applications; knowledge of HDL standard development with Quartus and MaxPlusII, WONDERWARE, ANSOFT Designer, MATLAB, C++, LABVIEW, INVENSYS Triconex1131 and HMI Programming.
Detail design of:
- HRSG Instrumentation and control system
- Gas and steam turbine control system
- Safety related software categorization and qualification
- Focusing on error creation and propagation mechanism
- Error consequences in the system level, quality and lifecycle
- Configuration management and maintenance (IEEE1219)
- Industrial wireless sensor networks, optimum mesh routing techniques of SCADA remote terminals and channel traffic and quality simulation in harsh environment (IEEE 802.3-15)
Developing the separation of common and differential mode noises in loop level (MIL-STD 461D) and Canadian Space Agency IRD.
Design FMEA, FDIR and common mode failures in event driven systems according to system model structured over four layers of sensor, controller, plant and modes of operation.
Engineering design and custom software simulation, using “Hardware in the loop” method to simulate the new embedded design and integrate legacy and new control components into uniform functioning hybrid systems.
