CURA Climate

Electrochemical decarbonization of cement production

Engineering Co-op

Process EngineeringConfirmed live in the last 24 hours

Internship · Winter 2027Calgary, AB, CanadaNo salary listed

About the Job

Requirements

Currently enrolled in an undergraduate program in chemical, mechanical, or process engineering, or a closely related engineering discipline, and eligible for a co-op or internship work term through the institution.
Have completed at least two years of the engineering program by the start of the term.
Have coursework in at least some of thermodynamics, fluid mechanics, heat and mass transfer, reaction engineering, or electrochemistry.
Be comfortable with hands-on laboratory, shop, or plant work and keen to learn new equipment and techniques.
Have working proficiency with Excel or Python for data analysis.
Demonstrate attention to safe work practices; complete safety orientation and role-specific training, and follow standard operating procedures, hazard assessments, and personal protective equipment requirements.
Keep complete and organized laboratory notebooks, data files, and test records.
Work effectively in a team and collaborate across an interdisciplinary team.
Communicate progress, results, and problems clearly to the mentor and project team.
Demonstrate aptitude for problem-solving, troubleshooting, collaboration, and innovation.
Handle confidential information responsibly and raise potential inventions or new ideas with the mentor to protect intellectual property.
Take initiative, manage time across competing tasks, and ask for help when needed.
Interact professionally with vendors, contractors, and partners when supporting the mentor’s work.

Responsibilities

Assist with assembling, testing, and disassembling electrochemical cells and electrolyzer stacks as designs move from bench scale toward pilot scale.
Run electrochemical tests, including polarization curves, impedance, and long-duration stability tests, and maintain accurate test records.
Support research and development on electrodes, membranes, and electrolytes, including sample preparation and post-test characterization.
Support commissioning, operation, and troubleshooting of the minipilot and pilot systems.
Help prepare test plans and operating procedures, run test campaigns, and collect samples and process data.
Assist with equipment maintenance and modifications, instrumentation, and data acquisition while working with technicians and vendors.
Prepare and characterize limestone feedstocks and lime products for clinker production campaigns.
Help organize and interpret chemistry and quality data, including X-ray fluorescence, X-ray diffraction, and particle-size data, and maintain the feedstock database.
Support coordination of clinker trials with external laboratories and industry partners.
Support mass and energy balances, process modelling, and equipment sizing for pilot and demonstration plant design.
Help prepare and review engineering documents, including process flow diagrams, piping and instrumentation diagrams, equipment datasheets, and vendor quotes.
Assist with techno-economic and carbon-intensity analyses.
Analyze data, prepare figures, and summarize results in short reports and team presentations.
Help write and update standard operating procedures, and promptly report hazards, near misses, and incidents.
Present work to the technical team at the end of the term.
Perform other duties as required to achieve CURA’s milestones.

Desired Qualifications

Previous co-op, research, or laboratory experience, especially in electrochemistry, materials, minerals or cement processing, or pilot plant operations.
Experience with process simulation tools such as Aspen Plus or HYSYS, computer-aided design tools such as SolidWorks or similar, or MATLAB.
Familiarity with piping and instrumentation diagrams, instrumentation, or control and data acquisition systems.
Laboratory characterization experience such as X-ray diffraction, X-ray fluorescence, scanning electron microscopy, or electrochemical testing.
Interest in climate technology and decarbonizing heavy industry.

Location: Calgary, AB. This position is based on-site at CURA’s Calgary laboratory and pilot facilities, Monday through Friday. Occasional remote days for analysis and reporting can be arranged with your mentor.

Type: Co-op work term, full-time (40 hours per week)

Term: 12 months preferred; 4- and 8-month terms will also be considered. Start date: January, 2027 (flexible)

About CURA

CURA is a Canadian climate technology company working to change how one of the world’s most essential materials is made. Cement is responsible for approximately 8% of global CO₂ emissions. Our mission is to eliminate those emissions by becoming the default technology for cement production everywhere.

Our electrochemical process splits limestone into lime and a pure stream of CO₂ for storage or use, with the potential to reduce emissions by up to 85% while lowering energy use and manufacturing costs. Designed to be retrofit-ready, it integrates with existing feedstocks, infrastructure and operations. CURA is working toward bringing a 30,000-tonne-per-year commercial demonstration facility online in 2028.

Led by experienced climate technology founders, we collaborate with cement producers, engineers, researchers and industry partners around the world to move breakthrough technology from the lab to industrial scale. We are building a team of curious scientists, inventive engineers and practical problem-solvers who enjoy tackling big challenges together. We combine scientific rigour with an entrepreneurial culture that values collaboration, creativity, learning, and fun.

Safety is fundamental to how we work. CURA maintains a strong safety culture, and every team member completes occupational health and safety orientation and role-specific training.

The Role

CURA is looking for engineering co-op students who want to help take a new cement decarbonization technology from the lab bench to the pilot plant and, from there, to a 30,000-tonne-per-year commercial demonstration. Each co-op student is paired with a CURA engineer or scientist who acts as their mentor and day-to-day supervisor, and works as a full member of that person’s project team. Placements are matched to your interests and our project needs in one of four areas: electrochemical technology scale-up, pilot and minipilot operations, clinker production, or process engineering scale-up. A 12-month term gives you time to take ownership of a defined piece of work and see it through to results that the team will use.

Key Responsibilities

Electrochemical Technology Scale-Up

Assist with assembling, testing and tearing down electrochemical cells and electrolyzer stacks as designs move from bench scale toward pilot scale

Run electrochemical tests (for example polarization curves, impedance and long-duration stability tests) and keep accurate test records

Support R&D on electrodes, membranes and electrolytes, including sample preparation and post-test characterization

Pilot and Minipilot Operations

Support commissioning, operation and troubleshooting of CURA’s minipilot and pilot systems

Help prepare test plans and operating procedures, run test campaigns, and collect samples and process data

Assist with equipment maintenance and modifications, instrumentation and data acquisition, working alongside technicians and vendors

Clinker Production

Prepare and characterize limestone feedstocks and lime products for clinker production campaigns

Help organize and interpret chemistry and quality data (for example XRF, XRD and particle size) and maintain CURA’s feedstock database

Support coordination of clinker trials with external labs and industry partners

Process Engineering Scale-Up

Support mass and energy balances, process modelling and equipment sizing for pilot and demonstration plant design

Help prepare and review engineering documents such as PFDs, P&IDs, equipment datasheets and vendor quotes

Assist with techno-economic and carbon intensity analyses

All Placements

Analyze data, prepare figures, and summarize results in short reports and team presentations

Other duties as required to achieve CURA’s milestones

Safety & Documentation

Must demonstrate attention to safe work practices

Complete CURA’s safety orientation and the training required for the lab and pilot areas you work in, and follow SOPs, hazard assessments and PPE requirements

Keep complete and organized lab notebooks, data files and test records

Help write and update standard operating procedures, and report hazards, near misses and incidents promptly

Collaboration & Communication

Must work well in a team setting and effectively collaborate across an interdisciplinary team

Communicate progress, results and problems clearly to your mentor and project team

Demonstrated aptitude for problem solving, troubleshooting, collaboration, and innovation

Handle confidential information responsibly, and raise potential inventions or new ideas with your mentor so that CURA’s IP is protected

Present your work to the technical team at the end of your term

Initiative & Professionalism

Take initiative, manage your time across competing tasks, and ask for help when you need it

Interact professionally with vendors, contractors and partners when supporting your mentor’s work

Contribute to a culture of honesty, transparency, innovation, and safety

Qualifications

Required:

Currently enrolled in an undergraduate program in chemical, mechanical or process engineering (or a closely related engineering discipline) and eligible for a co-op or internship work term through your institution
Completed at least two years of your engineering program by the start of the term
Coursework in at least some of: thermodynamics, fluid mechanics, heat and mass transfer, reaction engineering or electrochemistry
Comfortable with hands-on lab, shop or plant work, and keen to learn new equipment and techniques
Working proficiency with Excel or Python for data analysis

Nice to Have:

Previous co-op, research or lab experience, especially in electrochemistry, materials, minerals or cement processing, or pilot plant operations
Experience with process simulation (Aspen Plus or HYSYS), CAD (SolidWorks or similar), or MATLAB
Familiarity with P&IDs, instrumentation, or control and data acquisition systems
Lab characterization experience such as XRD, XRF, SEM or electrochemical testing
Interest in climate technology and decarbonizing heavy industry

What We Offer

Competitive co-op compensation

One-to-one mentorship from a CURA engineer or scientist

Hands-on experience scaling a first-of-a-kind technology from the lab to pilot and demonstration scale

A flexible, mission-driven culture

A chance to make a measurable impact on global climate solutions

We know great candidates don't always check every box, if you are excited about this role and CURA's mission, we would love to hear from you.

CURA is an equal opportunity employer committed to accommodating candidates throughout the recruitment process. Please advise us of any accommodation needs.

About the Company

CURA Climate

Electrochemical decarbonization of cement production

CURA Climate is a cleantech company that electrifies the limestone-decomposition step in cement and lime production using an electrochemical CURALYTE process. This replaces high-temperature fossil fuel combustion and yields a low-carbon calcium product plus a concentrated CO₂ stream. The system is designed to retrofit existing cement plants and works with standard Portland cement feedstocks. Compared with traditional kilns, CURA aims to cut emissions by up to about 85% and has MOUs with partners like ACCIONA, Aecon, and Titan Cement. The company recently raised funding to build a 100-tonne-per-year pilot plant and plan a ~30,000-tonne commercial demonstration facility in Alberta. Its goal is to decarbonize cement production by offering a retrofit solution that lowers emissions, provides a sizable CO₂ stream, and scales toward widespread adoption in industrial cement and lime production.

Company size: 11-50
Company stage: Early VC
Total funding: $10.7M
Headquarters: Calgary, Canada
Founded: 2025

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