Work within a multidisciplinary international team in the Subsurface Engineering department, with opportunities to support the Surface Engineering team Use technical, critical thinking, and problem-solving skills to commercialize closed-loop geothermal systems Model and forecast Eavor-Loop performance using in-house tools and commercial engineering software Predict heat production, fluid flow, pressures, and temperatures from early project development through operations Work with Geoscience, Drilling, and Surface Engineering to design and optimize Eavor-Loops Integrate subsurface conditions, well configuration, and heat extraction requirements to improve system performance Support operating projects by comparing actual performance against forecasts, updating models, troubleshooting issues, and identifying optimization opportunities Create new engineering methods and tools Design surface facilities that convert geothermal energy into useful heat and electricity Use engineering calculations and process simulation to develop facility designs, equipment, piping, utilities, and control systems Support project scoping, cost development, and design coordination Analyze plant performance, troubleshoot equipment and process issues, identify optimization opportunities, and help implement new technologies and design improvements Receive formal training and informal mentorship from senior team members while assisting with technical tasks Work on projects throughout North America, Europe, and Asia Requirements

Registration as an Engineer-in-Training (E.I.T) in good standing with APEGA is an asset Strong technical writing skills Experience with Microsoft Office products (Excel, Word, PowerPoint, and SharePoint)



Experience writing VBA, Python, R, or MATLAB code Spotfire, PowerBI, and Visio experience is an asset Ability to reason from engineering first principles, think creatively, and develop solutions to novel or unfamiliar engineering challenges Excellent communication abilities (written, presentation, and interpersonal) Passion for renewable energy and a desire for continuous learning Ability to travel to the EU and Asian countries (e.g. Japan, Singapore, etc.) is preferred Core Competencies

Demonstrates expertise in modeling and forecasting geothermal system performance, utilizing engineering calculations and process simulation for facility design. Robust technical writing and communication skills support effective collaboration within multidisciplinary teams across international projects. Highest-signal resume keywords

Modeling And Forecasting Geothermal Systems Engineering Calculations And Process Simulation VBA, Python, R, Or MATLAB Coding Technical Writing Skills Experience With Microsoft Office Products Hard Skills

Modeling Geothermal Systems Engineering Calculations Process Simulation VBA Coding Python Coding R Coding MATLAB Coding Technical Writing Data Analysis Optimization Techniques Soft Skills

Critical Thinking Problem-Solving Creative Thinking Excellent Communication Interpersonal Skills Certifications & Qualifications

Engineer-in-Training (E.I.T) Registration Industry Keywords

Geothermal Energy Subsurface Engineering Surface Engineering Heat Production Fluid Flow Project Development Renewable Energy Tools & Technologies

Spotfire PowerBI Visio Microsoft Excel Microsoft Word Microsoft PowerPoint Microsoft SharePoint

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📌 Engineer-In-Training, EIT (Winnipeg)
🏢 Jobtailor
📍 Winnipeg