Grid Digital Twin Delivery Lead

Arbeidsplassen; Bærum; On-site; NOK 900,000 - 1,300,000; Full time

Benefits offered by this job

Flexible working arrangements

Competitive compensation and benefits

Professional development opportunities

Job summary

Falkor is seeking a talented Power System Delivery Engineer to lead Kognitwin Grid projects from concept to deployment. You will work with utilities, engineers and product teams to ensure value delivery and successful digitalisation of grid operations.

Join a team that blends deep electrical engineering with digital twin technology to support the energy transition and create impactful solutions for transmission and distribution networks.

Qualifications

• MSc or equivalent in Electrical Engineering, Power Systems or related field is required.
• Experience in power system planning, operations or grid engineering.
• Experience with utilities/TSOs/DSOs or energy technology providers.
• Knowledge of power system modelling tools (PowerFactory, PSS/E, PandaPower, PSCAD).
• Experience leading technical projects with multiple stakeholders.

Responsibilities

• Lead delivery of Kognitwin Grid projects from initiation to operational rollout.
• Manage scope, schedules, risks and governance with stakeholders.
• Coordinate multidisciplinary teams across software, data and power systems experts.
• Ensure delivery of customer commitments and business outcomes.
• Collaborate with product and engineering teams to address customer requirements.

Skills

Power systems engineering

Project leadership

Stakeholder management

Grid modelling

Communication skills

Electrical engineering

Education

MSc in Electrical Engineering or Power Systems

Tools

PowerFactory

PSS/E

PandaPower

PSCAD

Job description

Falkor is seeking a talented Power System Delivery Engineer to lead Kognitwin Grid projects from concept to deployment. You will work with utilities, engineers and product teams to ensure value delivery and successful digitalisation of grid operations.

Join a team that blends deep electrical engineering with digital twin technology to support the energy transition and create impactful solutions for transmission and distribution networks.