ADMS Power Analysis & DPF Specialist

Cognizant; Stockholms kommun; Hybrid; SEK 700,000 - 1,000,000; Full time

Job summary

Cognizant in Sweden seeks an experienced ADMS Power Analysis & DPF Specialist to design, configure, and validate advanced network models for power flow, fault location, and service restoration within ADMS platforms. You will collaborate with utility stakeholders and cross-functional teams across complex deployments.

The role emphasizes hybrid work, ongoing platform upgrades, FAT/SAT planning, and strong problem-solving skills to ensure safe, reliable grid operations as the energy transition

Qualifications

• Hands-on experience with ADMS/SCADA platform engineering and delivery.
• Strong understanding of distribution network modeling and power flow analysis.
• Analytical and problem-solving capabilities in fast-paced environments.
• Excellent verbal and written communication with utility stakeholders and partners.
• Experience working in a hybrid, cross-functional team environment.

Responsibilities

• Design and validate ADMS network models for power flow, fault location, and restoration across complex networks.
• Translate operational requirements into detailed SCADA/ADMS designs and configurations.
• Design, implement, and optimize ADMS solutions, including platform upgrades and new deployments.
• Draft, coordinate, and execute FAT and SAT plans for new features and upgrades.
• Perform root cause analysis on SCADA/ADMS incidents and drive resolution.
• Collaborate with data/analytics teams to expose ADMS data for reporting and compliance needs.
• Coordinate with cybersecurity teams to ensure secure connectivity and compliance.
• Provide advanced technical support to control room operators and field personnel.
• Collaborate with software vendors and internal teams on defect tracking and roadmap alignment.

Skills

ADMS/SCADA engineering

Power systems modeling

Power flow analysis

Root cause analysis

Stakeholder communication

Hybrid work adaptation

Tools

Jira

Confluence

Test

Job description

ADMS Power Analysis & Distribution Power Flow (DPF) Specialist

Göteborg/Malmø, Sweden

About the Role

As an GE ADMS Power Analysis & Distribution Power Flow (DPF) Specialist, you will make an impact by designing, configuring, and validating advanced network models that power fault location, service restoration, and distribution power flow analysis within ADMS Series 6 platforms — helping utility clients achieve safer, smarter, and more resilient grid operations. You will be a valued member of our Energy & Utilities Technology team and work collaboratively with utility stakeholders, cross-functional engineering teams, software vendors, and technology partners across complex, large-scale ADMS implementations.

This is a rare opportunity to work at the heart of the energy transition — where modern grid intelligence meets critical infrastructure delivery. Our program includes live ADMS Series 6 implementations, platform upgrades, and a major multi-company data migration consolidating multiple customer environments into a single, unified ADMS Series 6 platform.

In this role, you will:

• Design and validate ADMS network models that support power flow analysis, fault location and isolation, and service restoration across complex utility networks — the primary focus of this track.
• Collaborate with utility stakeholders to interpret operational requirements and translate them into detailed SCADA/ADMS solution designs and configurations.
• Design, implement, and optimize ADMS solutions encompassing core DMS functions, platform upgrades, and new deployments.
• Draft, coordinate, and execute Factory Acceptance Test (FAT) and Site Acceptance Test (SAT) plans for new features, patches, and platform upgrades.
• Perform root cause analysis on incidents involving SCADA telemetry, ADMS applications, and field device integrations — driving swift and sustainable resolution.
• Partner with data and analytics teams to expose SCADA/ADMS data for operational reporting and regulatory compliance needs.
• Coordinate with network and cybersecurity teams to ensure secure connectivity and adherence to compliance standards.
• Provide advanced technical support and guidance to control room operators and field personnel.
• Collaborate with software vendors and internal engineering teams on defect tracking, issue resolution, and platform roadmap alignment.

Work Model

We believe hybrid work is the way forward as we strive to provide flexibility wherever possible. Based on this role's business requirements, this is a hybrid position. Regardless of your working arrangement, we are here to support a healthy work-life balance through our various wellbeing programs.

The working arrangements for this role are accurate as of the date of posting. This may change based on the project you're engaged in, as well as business and client requirements. Rest assured; we will always be clear about role expectations.

What You Must Have to Be Considered

• Demonstrable hands‑on experience with ADMS and/or SCADA platform engineering, configuration, or technical delivery — ideally within ADMS Series 6 or comparable platforms.
• Solid understanding of distribution network modeling and power systems concepts, including power flow analysis, fault location and isolation, and service restoration strategies.
• Strong analytical and problem‑solving capabilities, with a proven ability to troubleshoot complex technical issues in fast-paced operational environments.
• Excellent verbal and written communication skills, with the confidence and credibility to engage utility stakeholders, engineering peers, and vendor partners effectively.
• Experience working independently in a hybrid, distributed, cross‑functional team environment, delivering quality outcomes with minimal supervision.

These Will Help You Stand Out

• Hands‑on experience with SCADA and ADMS technologies in a delivery or engineering support context.
• Familiarity with project and test management tools including Jira, Test, and Confluence.
• Practical experience with Windows and Linux system administration.
• SQL and/or shell scripting skills for data analysis, configuration support, or automation tasks.
• Background in utility network modeling or power systems engineering.
• Exposure to utilities, energy management, smart grid technologies, or critical infrastructure environments.