Power Systems Engineer

ABB Elektrik Sanayi A.Ş.

In this role, you will work as a power engineer on a range of exciting projects for global clients in a rewarding team environment. You will develop technical and solution development skills to become an industry-recognized consulting engineer. This position is suitable for a practical and adaptable individual who wishes to work in a progressive, innovative electrical consultancy.

We are seeking experienced Power Systems Engineers who are eager to deepen their technical expertise and contribute to complex engineering projects for global clients. This role is ideal for a practical, adaptable, and technically driven engineer who wants to grow into an industry-recognized consulting specialist within a progressive and innovative electrical consultancy environment.

The work model for the role is:

• Hybrid
• #Li-hybrid

You will be mainly accountable for:

• Providing technical input and leadership on a variety of complex projects.
• Working closely with clients to understand their technical and business requirements and translating them into practical engineering solutions.
• Ensuring project outputs meet client expectations, quality standards, timeframes, and budget requirements.
• Conducting in-depth power systems analysis using industry-leading methodologies and software tools.
• Preparing detailed technical and non-technical reports, presenting clear recommendations and actionable insights.
• Attending client meetings remotely, building trusted relationships, and managing expectations through effective communication and responsiveness.
• Tracking and reporting on project performance and client satisfaction.
• Mentoring, coaching, and developing more junior engineers.
• Delivering online training where applicable.

Typical projects include:

• Power system studies including load flow, short circuit, protection coordination, and system resilience assessments.
• Electrical safety and power quality studies, including arc flash, harmonics, and earthing assessments.
• Grid connection and renewable energy integration projects, covering stability, harmonics, and compliance analyses.
• Reliability assessments and failure investigations for critical electrical infrastructure.
• Software-based engineering solutions and emerging technology evaluations.
• Supporting wind energy projects from design through installation and commissioning.