Power Transmission Engineer
QUETTA ELECTRIC SUPPLY COMPANY QUETTA -QESCO(WAPDA)
Total years of experience :4 years, 11 Months
Power System Analysis: Conducting load flow studies to analyze power transmission networks, determining power flow patterns, and identifying potential bottlenecks or constraints.
Equipment Selection: Assisting senior engineers in selecting appropriate transformers, circuit breakers, and other transmission equipment based on project requirements and specifications.
CAD and Design Work: Preparing and reviewing engineering drawings using Computer-Aided Design (CAD) software for transmission line layouts, substation designs, and equipment configurations.
Project Support: Assisting in project planning and execution, participating in meetings, and contributing to project progress updates.
Data Collection and Analysis: Gathering data on existing power transmission systems, conducting field surveys, and supporting data analysis for system improvement recommendations.
Transmission Line Design: Taking a lead role in designing overhead transmission lines, considering factors like conductor selection, tower types, and clearance requirements.
Renewable Integration Studies: Participating in studies to assess the impact of integrating renewable energy sources (e.g., wind farms, solar parks) into the transmission grid, addressing grid stability and power quality concerns.
Equipment Testing and Commissioning: Assisting in equipment testing, commissioning, and conducting on-site inspections to ensure compliance with project specifications and safety standards.
Regulatory Compliance: Becoming familiar with relevant industry codes, standards, and regulations pertaining to power transmission and ensuring projects adhere to these requirements.
Safety and Environmental Analysis: Contributing to safety assessments and environmental impact studies related to power transmission projects.
HVDC Transmission: Gaining exposure to High-Voltage Direct Current (HVDC) transmission systems, understanding their principles, and participating in HVDC projects or studies.
Project Management: Taking on more significant responsibilities in project management, including coordinating with contractors, overseeing project schedules, and managing resources effectively.
Risk Assessment: Conducting risk assessments for power transmission projects and developing mitigation strategies to address potential challenges.
Fault Analysis and Mitigation: Analyzing fault events on the transmission grid and proposing measures to improve system reliability and reduce downtime.
Renewable Energy Grid Integration: Playing a more substantial role in integrating larger-scale renewable energy projects into the grid, working closely with renewable energy developers and grid operators.
Advanced Power System Analysis: Using specialized software tools to perform advanced power system analysis, including transient stability studies, dynamic simulations, and contingency analysis.
Innovative Technologies: Exploring and proposing the adoption of innovative technologies, such as FACTS (Flexible AC Transmission Systems) devices, to improve grid performance and control.
Project Leadership: Taking on project leadership roles, overseeing teams of engineers, and providing technical guidance and mentorship to junior staff.
Research and Development: Initiating or participating in research and development projects to explore new power transmission technologies, contributing to the company's intellectual property.
Public Engagement: Participating in public outreach programs, sharing knowledge about power transmission, and addressing concerns from the community regarding new transmission projects.
Budget and Cost Analysis: Assisting in budget planning and cost analysis for power transmission projects, ensuring cost-effective solutions without compromising safety and reliability.
Continuous Learning: Engaging in professional development, attending conferences, and staying updated on the latest advancements in power transmission engineering.
specialized in General Management
