Full-Time

Principal Power Systems Engineer

Posted on 4/23/2025

AspenTech

AspenTech

1,001-5,000 employees

No salary listed

Senior, Expert

Glasgow, UK

Category
Electrical Engineering
Power Systems Engineering
Required Skills
Git
Java
Requirements
  • Degree-level education in Electrical Engineering and Computer Engineering, post-graduate and doctoral level preferred.
  • 5-10 years of relevant work experience.
  • Experience with data management practices within the electrical utility industry, specifically using CIM and CGMES standards.
  • Proficiency in computer programming (Java preferred) and experience in writing and reviewing software code in a commercial, enterprise environment.
  • Proficiency with Git flows and related tools to support software development processes.
  • Ability to travel to domestic and international customer sites.
  • Experience in working with utility operations or engineering support with electrical utility control systems (NMM, SCADA, EMS, GMS, DMS, OMS, DERMS).
  • Strong oral and written communication skills, organizational and interpersonal skills, analytical and problem-solving skills.
  • Strong commitment to providing superior customer service.
  • Proactive and results-oriented approach.
  • High level of integrity and commitment to quality.
  • Excellent English verbal and writing skills, a second language is advantageous.
Responsibilities
  • Contribute towards NMM business process reviews for electric utility clients to understand 'As-Is' and document 'To-Be' process mappings.
  • Perform contractual requirements analysis on NMM projects identifying areas of potential concern for project teams.
  • Perform data mapping exercises from origin data sources to NMM native data formats, specifically CIM v14, v15, v16, v17, and 100, and CGMES 2.4.15 and 3.0.0.
  • Produce documentation detailing requirements for data translation modules.
  • Develop data translation code that converts data from origin data sources to CIM and CGMES and vice versa, in accordance with best software development practices.
  • Conduct data mapping and translation code reviews to ensure completeness, accuracy, and quality.
  • Undertake data translation code unit, integration, and acceptance testing as part of project implementation phase.
  • Provide technical support to sales and proposals teams, including commentary on electrical utility data management requirements for preliminary scoping of customer solutions.

Company Size

1,001-5,000

Company Stage

IPO

Headquarters

Bedford, Texas

Founded

1981

Simplify Jobs

Simplify's Take

What believers are saying

  • Emerson's acquisition enhances AspenTech's industrial software leadership globally.
  • Partnership with Oregon State University fosters R&D in advanced industrial software.
  • Growing wind energy sector offers opportunities for AspenTech's predictive maintenance solutions.

What critics are saying

  • Integration challenges may arise post-Emerson acquisition.
  • Leadership changes could lead to talent retention issues.
  • Increased competition in the industrial software sector poses challenges.

What makes AspenTech unique

  • AspenTech's software integrates with Emerson's automation for enhanced operational efficiencies.
  • Focus on AI-driven predictive maintenance aligns with global decarbonization trends.
  • Acquisition of Open Grid Systems boosts regulatory compliance and grid management capabilities.

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Benefits

Remote Work Options

Professional Development Budget

Flexible Work Hours

Company News

PR Newswire
Mar 12th, 2025
Emerson Acquires AspenTech for $265/Share

Emerson has completed its acquisition of all outstanding shares of Aspen Technology, making AspenTech a wholly owned subsidiary. The acquisition followed a tender offer for $265 per share, with 72% of shares tendered. AspenTech's shares have ceased trading on NASDAQ. Antonio Pietri will retire as CEO, with Vincent M. Servello appointed as President. The transaction was advised by Goldman Sachs, Centerview Partners, and Davis Polk & Wardwell.

BNN Bloomberg
Jan 27th, 2025
Emerson Buys Rest of AspenTech at $17 Billion Valuation

Emerson Electric Co. agreed to buy the rest of Aspen Technology that it doesn’t already own in a deal that values the industrial-software company at a fully diluted market value of $17 billion.

Dunya
Jan 27th, 2025
Emerson to Acquire AspenTech for $7.2B

Emerson has agreed to acquire the remaining shares of AspenTech that it does not already own for $265 per share, in a deal valued at $7.2 billion. Emerson currently holds approximately 57% of AspenTech's shares. Once the transaction is completed, AspenTech will become a wholly owned subsidiary of Emerson. The acquisition is expected to be finalized in the first half of 2025.

The Bharat Express News
Jan 27th, 2025
Emerson acquires Aspentech for $7.2B

Emerson Electric has agreed to acquire the remaining shares of Aspen Technology for $7.2 billion, enhancing its shift towards industrial technology. This deal values AspenTech at an operating value of $16.8 billion, with a share price of $265, a 10.4% premium over a previous offer. The acquisition, expected to close in June, will make AspenTech a full subsidiary of Emerson. The purchase will be financed through cash and debt, with Goldman Sachs and CenterView Partners advising Emerson.

Renewable Energy Magazine
Nov 29th, 2024
Powering The Future Of Wind Energy With Tech-Driven Efficiency

Friday, 29 November 2024The UK Government’snine new offshore wind contracts highlight the global surge in renewable energy. The global wind industry added a record-breaking 117GW of new capacity in 2023, marking the strongest year yet for wind energy growth, according to the latest Global Wind Report from the Global Wind Energy Council.Wind farms are central to climate action, providing clean energy that significantly reduces carbon emissions. As governments strive to meet climate targets, wind energy’s role in decarbonizing power generation is more crucial than ever.However, maintaining wind farms efficiently presents unique challenges. Historically, wind farms relied on reactive maintenance, addressing issues only after problems arose. This approach often led to costly downtime, impacting both turbine lifespan and energy production, particularly during periods of high electricity demand, typically during the winter months. Given the remote locations of many wind farms, these delays were often complex to manage, particularly when harsh weather conditions limited accessibility or extended repair times.The drive for efficiencyAs wind farms grow in size and number, the need for operational efficiency becomes vital