2 open roles  ·  Vancouver, BC

Build the infrastructure
that AI runs on.

We're a small team solving hard problems at the intersection of liquid cooling, energy orchestration, and AI infrastructure. If you want real ownership and work that ships, we're hiring.

Open Positions

We're building something rare.

Location
Department

Our Values

Diversity & Inclusion, Ethics & Integrity, Sustainability, Tolerance & Respect, Excellence, and Innovation guide how we work, not as slogans, but as how we make daily decisions. Above all, we are looking for people who are hungry to grow, restless enough to keep pushing past what they already know, and genuinely excited to learn something new every week.

The Role

We are looking for a hands-on Technical Lead ready to build something from the ground up, not maintain someone else's roadmap. You will help architect, build, deploy, and scale a next-generation backend and platform for AI-driven data centre infrastructure.

This role is not a traditional software management position. We are looking for someone who is equally comfortable making high-level technical decisions and rolling up their sleeves to implement production systems across cloud infrastructure, DevOps, backend services, optimization workflows, and real-time orchestration.

The ideal candidate has deep technical fluency across multiple engineering domains and thrives in fast-moving startup environments where ownership, adaptability, and execution matter. You will take ownership of evolving an existing prototype and architecture into a secure, scalable, production-grade platform while helping establish the technical foundation for future engineering growth.

Key Responsibilities

  • Take technical ownership of the platform architecture and make critical engineering decisions across infrastructure, deployment, scalability, and system reliability.
  • Lead the transition of the platform from prototype to production-ready deployment.
  • Design, implement, and maintain cloud infrastructure and hosting environments.
  • Build and manage CI/CD pipelines, infrastructure automation, and DevOps workflows to support reliable deployment and operations.
  • Develop and maintain backend systems, APIs, orchestration services, and operational tooling.
  • Translate thermal, power, and closed-loop control domain requirements into backend and platform architecture decisions.
  • Support implementation and operationalization of optimization and machine-learning systems involving multi-objective decision-making.
  • Maintain architectural awareness of thermal management, liquid cooling infrastructure, power systems, and closed-loop control processes, without owning the hands-on OT/industrial-systems engineering directly.
  • Establish engineering best practices for security, uptime, observability, monitoring, and incident response.
  • Help define technical standards, development workflows, and long-term platform scalability strategies.
  • Operate effectively in a startup environment by wearing multiple hats and driving execution across both strategic and hands-on technical work.
  • Support future team growth through technical mentorship, hiring input, and engineering leadership.
  • Own realistic estimation of engineering work, timelines and effort, and proactively flag risks, delays, or scope changes as soon as they are visible, not after they have already become a problem.

Required Qualifications

  • 6+ years of experience in backend, infrastructure, or platform engineering, with meaningful product development experience; prior formal leadership title is not required if you are ready to step into one.
  • Proven experience taking complex technical products or platforms from prototype/MVP stage to production deployment.
  • Strong hands-on experience with cloud infrastructure platforms such as AWS, Azure, or GCP.
  • Deep experience with DevOps tooling, CI/CD pipeline implementation, infrastructure automation, and production operations.
  • Experience with containerization and orchestration technologies such as Docker and Kubernetes.
  • Strong backend engineering and API development experience.
  • Experience designing and operating highly available, high-uptime production systems.
  • Strong understanding of security best practices, infrastructure hardening, and compliance-oriented engineering environments.
  • Startup or high-growth company experience with demonstrated ability to operate independently and manage ambiguity.
  • Demonstrated ability to lead technically while remaining hands-on in implementation and execution.
  • Strong cross-disciplinary technical fluency and systems-thinking mindset.
  • A demonstrated habit of staying current with new tools, frameworks, and technical approaches rather than defaulting to what is familiar.
  • Track record of scoping and estimating technical work realistically, and communicating risk or slippage early rather than letting it surface as a surprise.
  • Meaningful technical understanding in at least one of the following: optimization systems and machine-learning infrastructure; multi-objective optimization and operational decision systems; infrastructure telemetry, monitoring, and operational analytics.

Preferred Qualifications

  • Experience working within AI infrastructure, data centers, energy systems, industrial automation, or mission-critical infrastructure environments.
  • Experience with real-time orchestration systems, distributed infrastructure, or edge computing environments.
  • Familiarity with optimization frameworks, MILP solvers, or operational AI systems.
  • Experience supporting liquid cooling systems, thermal optimization, or power-aware infrastructure operations.
  • Experience with battery management systems, power electronics, or energy dispatch systems.
  • Experience building platforms requiring high reliability, resilience, and operational safety.
  • Prior experience as a founding engineer, technical lead, or early-stage engineering leader.
  • Experience helping scale engineering organizations and technical processes.
  • Familiarity with security and compliance frameworks such as SOC 2, ISO 27001, or similar operational standards.
  • Strong communication skills with the ability to translate complex technical concepts across multidisciplinary teams.

Compensation and Benefits

  • Base salary: CAD $120,000 – $170,000, commensurate with experience.
  • Performance bonus tied to project milestones.
  • Stock options.
  • Extended health and dental benefits.
  • Real room to grow with the company as the engineering org scales.

If you get restless solving the same problem twice, and you would rather be the one pushing the boundary than waiting for someone else to, we would like to hear from you.

Our Values

Diversity & Inclusion, Ethics & Integrity, Sustainability, Tolerance & Respect, Excellence, and Innovation guide how we work, not as slogans, but as how we make daily decisions. Above all, we are looking for people who are hungry to grow, restless enough to keep pushing past what they already know, and genuinely excited to learn something new every week.

The Role

The Heat Transfer Scientist is a full-time, on-site role based in Vancouver, BC, focused on researching, designing, and optimizing advanced cooling technologies for AI data centres.

Day-to-day responsibilities include developing and validating thermal models, conducting laboratory and on-site experiments, and analyzing heat transfer performance for liquid and hybrid cooling systems. The role involves collaborating with mechanical, electrical, and data-centre engineering teams to translate thermal insights into scalable cooling solutions, and supporting prototype design, testing, and iteration.

The Heat Transfer Scientist will document findings, prepare technical reports, and contribute to patents and publications while ensuring solutions align with sustainability, safety, and reliability requirements.

Key Responsibilities

  • Develop and validate thermal models for advanced cooling technologies used in AI data centres.
  • Conduct laboratory and on-site experiments to evaluate heat transfer performance for liquid and hybrid cooling systems.
  • Analyze experimental and field data to assess thermal performance and identify opportunities for improvement.
  • Collaborate with mechanical, electrical, and data-centre engineering teams to translate thermal insights into scalable cooling solutions.
  • Support prototype design, testing, and iteration for new cooling technologies.
  • Document findings and prepare technical reports for internal and external use.
  • Contribute to patents and technical publications arising from research and development work.
  • Ensure all solutions align with sustainability, safety, and reliability requirements.

Qualifications

  • Strong foundation in heat transfer, fluid mechanics, and thermodynamics, with experience applying these principles to cooling systems or thermal management.
  • Proficiency in thermal modeling and simulation tools (e.g., CFD, FEA, or equivalent) and data analysis software for interpreting experimental results.
  • Hands-on experience designing, building, or testing thermal or liquid-cooling prototypes, including experimental setup, instrumentation, and measurement.
  • Knowledge of data-centre or electronics cooling, energy efficiency, and sustainable engineering practices is highly beneficial.
  • Ability to work collaboratively in cross-functional teams, communicate complex technical concepts clearly, and document methods and results rigorously.
  • Master's or PhD in Mechanical Engineering, Chemical Engineering, Applied Physics, or a closely related field, or equivalent practical experience.
  • Experience contributing to intellectual property (patents) or peer-reviewed publications in thermal sciences or related domains is an asset.
  • Commitment to inclusive, safe laboratory and work practices, and openness to learning within a fast-evolving AI infrastructure environment.

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