Nodal Analytics Analyst: Energy Markets

Aurora Energy Research Limited; Austin (TX); On-site; USD 85,000 - 125,000; Full time

Benefits offered by this job

Competitive salary

Client engagement

Career growth

Aurora Academy

International culture

Job summary

Aurora Energy Research Limited is seeking a Nodal Analyst for our Austin office. You will develop nodal market forecasts and conduct transmission/congestion analyses to support investment and development in North American power markets.

You will work closely with our modeling team and engage with clients to translate findings into actionable insights. The role emphasizes quantitative analysis, collaboration, and capability to influence major energy decisions.

Qualifications

• A college degree with strong academic performance in a quantitative subject.
• Experience with statistical tools and techniques is desirable.
• Ability to learn and operate a network model and interpret results.
• Experience with programming languages such as C++, MATLAB, Python, or R.

Responsibilities

• Develop timely and rigorous quantitative analyses to inform client decisions.
• Collaborate with modeling team and translate model results into insights.
• Contribute to product development by identifying new opportunities.
• Engage with clients to understand their requirements and communicate findings.

Skills

Data analysis

Network modeling

Communication

Energy sector knowledge

Quantitative skills

Teamwork

Statistics

Programming skills

C++

MATLAB

Python

R

Education

College degree in quantitative field

Strong performance in math/science

Tools

C++

MATLAB

Python

R

Job description

Aurora Energy Research Limited is seeking a Nodal Analyst for our Austin office. You will develop nodal market forecasts and conduct transmission/congestion analyses to support investment and development in North American power markets.

You will work closely with our modeling team and engage with clients to translate findings into actionable insights. The role emphasizes quantitative analysis, collaboration, and capability to influence major energy decisions.