Hydrogeological Engineer

At Imperial, we work every day to responsibly develop Canada's energy resources - applying technology and innovation to supply affordable, accessible and reliable energy while reducing emissions in support of a net‑zero future. Imperial recognizes the important role we can play by advancing climate solutions within our operations and by providing lower life‑cycle emission products to our customers.

The success of our upstream, downstream and chemical, and corporate divisions is the result of the talent, curiosity and drive of our people. They bring solutions every day to optimize our strategy in energy, chemicals, lubricants and lower‑emissions technologies.

Imperial honours diverse backgrounds so we can be a place where people can bring their full selves to work, no matter their identity, race, gender, sexual orientation, age, or ability.

At Imperial, we want you to come for the position and stay for the career. As an integrated company, we are uniquely positioned to offer you a wide range of career prospects and growth opportunities through the course of your career with us. We invite you to bring your ideas and help create sustainable solutions that improve quality of life and meet society's evolving needs.

Come be part of the Upstream Technical Department at Imperial which has more than 140 year history in Canada and a workforce of 5,500+ total employees. Our offices are located in Calgary, AB.

Join Our Team as a Hydrogeological Engineer and Shape the Future of Sustainable Mining and Water management!

The role involves leading comprehensive hydrogeological assessments through detailed field investigations to understand groundwater behavior, aquifer properties, and hydraulic connectivity across the site. You will design and implement groundwater monitoring networks, including the installation and management of piezometers, observation wells, and related instrumentation to track groundwater levels and water chemistry. Using the collected data, you will analyze and interpret hydrogeological, geotechnical, and geochemical information to support site models and inform engineering decisions.

You will develop and evaluate numerical groundwater flow models to predict groundwater movement rates, groundwater fluxes, and flow pathways under a range of conditions. A key responsibility includes translating field observations and site characterization results into clear and defensible conceptual site models (CSMs). You will assess groundwater‑related risks and uncertainties, while also running scenario analyses to evaluate design alternatives, operational strategies, and long‑term control measures that optimize groundwater management.

You will ensure that all groundwater control strategies and engineered designs align with applicable local, national, and international regulations and industry standards. This includes evaluating potential environmental impacts related to seepage, such as risks to groundwater quality and surrounding ecosystems, and integrating protective measures into project designs to maintain compliance and support responsible resource development.

The role includes developing and implementing long‑term groundwater monitoring programs to track system performance over the life of the asset. You will analyze monitoring data, identify deviations from expected behavior, and recommend timely corrective actions when groundwater conditions exceed design thresholds. This adaptive approach ensures continuous improvement and reliable performance of groundwater management systems.

You will play a key role in supporting the development and execution of OMS plans for groundwater management infrastructure. Responsibilities include ensuring continuous surveillance of system integrity, tracking groundwater trends, and identifying potential issues early. Based on surveillance results, you will recommend operational adjustments, maintenance actions, or system upgrades to…