Power Systems R&D Engineer (Contract) — AI & Optimization

TotalEnergies Group; Boston, Northern (MA, KY); Hybrid; USD 80,000 - 100,000; Full time

Benefits offered by this job

PTO

Paid holidays

Transportation allowance

Job summary

A global energy company is seeking a Power System Research & Development Engineer in Boston. The ideal candidate has an M.S. degree and over 3 years' experience in power systems or electricity markets. This role involves developing machine learning and optimization algorithms to enhance energy efficiency in the grid. The company promotes a flexible working environment, collaborating with internal and external experts to drive innovation in renewable energy solutions.

Qualifications

• 3+ years of experience in power systems or electricity markets.
• Strong quantitative background in data science.
• Experience with time-series analysis and market signals.

Responsibilities

• Develop machine learning and optimization algorithms.
• Design and develop automated modeling and analytics tools.
• Translate complex research into clear recommendations.

Skills

Power system forecasting

Optimization

Market analytics

Machine learning techniques

Statistics

Education

M.S. degree in relevant field

Tools

Python

Julia

MATLAB

Job description

At TotalEnergies, research doesn’t live on the shelf—it shapes investment decisions, asset strategies, and the future of energy systems worldwide. You’ll work in a fast‑paced, multicultural environment where innovation is expected, autonomy is valued, and your ideas can scale globally.

If you want your research to influence how energy is produced, traded, and delivered—this is where it happens.

Design the Intelligence Behind the Future Power Grid

At TotalEnergies, we see the power grid as the backbone of the energy transition—and we’re building the tools that will shape its future. We’re looking for a Power System Research & Development Engineer who is passionate about electricity markets, data‑driven optimization, and advanced modeling.

In this role, you’ll work at the intersection of power systems, data science, optimization, and AI, helping transform cutting‑edge research into real‑world tools that guide how renewable energy, storage, and flexible assets operate at scale.

Your work will directly support TotalEnergies’ ambition to reach 100 GW of renewables and flexible power worldwide by 2030.

What You’ll Do

• Serve as a subject‑matter expert in power system forecasting, optimization, and market analytics for internal teams.
• Develop machine learning, AI, and optimization algorithms to improve asset dispatch, portfolio management, and system efficiency.
• Apply advanced statistics, time‑series analysis, and data science techniques to unlock insights from complex electricity market data.

Build Tools That Scale

• Design and develop automated modeling and analytics tools used across multiple electricity markets.
• Support the industrialization and production deployment of research tools in collaboration with cross‑functional teams.
• Test, maintain, and evolve codebases to ensure research outputs become reliable business solutions.

Collaborate at the Frontiers of Energy Research

• Work closely with internal business teams, global R&D colleagues, and external partners including national laboratories and universities.
• Contribute to joint R&D projects and help shape the technical and scientific direction of future energy solutions.
• Translate complex research into clear recommendations, executive briefings, and strategic insights.

What You Bring

Required

• M.S. degree in Electrical Engineering, Energy & Power Systems, Computer Science/Engineering, Civil & Environmental Engineering, or related field.
• 3+ years of experience in power systems or electricity markets (modeling, optimization, forecasting, analytics).
• Strong quantitative background in statistics, data science, and optimization.
• Proficiency in machine learning techniques.

Preferred

• Experience in smart grid innovation (renewables, battery storage, demand response, forecasting, optimization).
• Strong programming skills in Python, Julia, and/or MATLAB, including data science and optimization libraries.
• Experience with time‑series analysis and market or trading signals.
• Working knowledge of U.S. electricity markets (ERCOT, PJM, CAISO).
• Experience applying AI or deep reinforcement learning to power system problems.
• French proficiency is a plus.