Ege Gürtekin

I am responsible for overseeing and executing the electrical installation works for a large logistics warehouse project, covering both low voltage (LV) and medium voltage (MV) systems.

As a Field Engineer, I lead a team of technicians and workers, coordinating daily tasks and ensuring the project progresses according to technical specifications and safety standards.

My key duties include:

-Planning and supervising the installation of electrical panels, cable routing, and transformer setups.

-Collaborating with project managers and other disciplines to align site operations with project goals.

-Monitoring quality control and compliance with occupational health and safety regulations.

-Troubleshooting on-site electrical issues and providing practical solutions.

-Reporting progress and challenges to senior management.

-This role demands strong technical knowledge in AG and OG electrical systems, effective team leadership, and proactive problem-solving skills in a dynamic construction environment.

During my second internship, I had the opportunity to work at a company specializing in renewable energy projects.

I gained hands-on experience with photovoltaic (solar) panels installed extensively on rooftops, learning about their operation, maintenance, and integration into electrical systems.

This experience enhanced my understanding of sustainable energy solutions and gave me practical insights into the design and functioning of solar power systems.

Additionally, I participated in monitoring system performance and supported the technical team in site inspections and data collection.

• As part of my undergraduate education in Electrical and Electronics Engineering, I completed my first internship at a subcontractor firm involved in the electrical works of an industrial facility.
  
  During this internship, I had the opportunity to observe on-site operations related to low voltage (LV) and medium voltage (MV) systems, including cable routing, panel installation, and the general workflow of electrical infrastructure in a factory environment.
  
  Additionally, I was introduced to transformer-related project drawings using AutoCAD, which allowed me to improve my technical drawing interpretation skills and understand how design and field applications align.
  
  This experience gave me valuable insight into the relationship between engineering design and on-site implementation, laying a solid foundation for my professional development.