Lead the DataHub team, responsible for developing an enterprise data hub and identity middleware platform that powers secure enterprise search, data retrieval, knowledge discovery, and AI applications.
Locations (12)
Vancouver, British Columbia, Canada
San Jose, California, United States
Durham, North Carolina, United States
Mexico City, Mexico City, Mexico
Bangalore, India
Pune, Maharashtra, India
Show all 12 locations
Hoofddorp, North Holland, Netherlands
Belgrade, Central Serbia, Serbia
Barcelona, Catalonia, Spain
Singapore, Singapore
Sydney, New South Wales, Australia
Compensation
The pay range for this position at commencement of employment is expected to be between CAD $209,000 and CAD $313,000 per year.
Responsibilities
Define and execute technical and organizational roadmaps aligned with company and business objectives
Drive end-to-end delivery of large-scale initiatives from architecture and planning through production deployment and operational excellence
Partner with Product Management and technical leadership to prioritize investments, balance short-term execution with long-term platform strategy, and deliver customer value
Establish engineering best practices for architecture reviews, software quality, security, reliability, scalability, observability, and operational excellence
Lead the design and evolution of secure enterprise data access, identity-aware retrieval, authorization services, metadata management, and AI-powered search systems
Requirements
Bachelor's or Master's degree in Computer Science, Engineering, or a related technical field
Design, specify, and test protection and grounding systems for medium- to high-voltage DC power systems in data center environments.
Responsibilities
Own protection and grounding for every zone, from a bipolar medium-voltage DC bus carrying hundreds of megawatts over miles to the 1,500 V solar and battery bus and the 800 V racks.
Specify, and where no product exists co-develop with vendors, the DC breakers, fuses, and disconnects for these buses, from medium-voltage feeders to hall buses carrying tens of thousands of amps.
Design fault clearing without conventional breakers where possible, using SSTs that stop switching within microseconds, isolators that open at zero current, and fuses only where paralleled units can backfeed, and prove it in electromagnetic transient studies.
Turn fault studies into requirements every SST, battery converter, and breaker vendor must meet: fault current contribution, interruption time, and coordination settings.
Run live short-circuit and interruption tests on an energized multi-SST bus that prove the design to insurers, lenders, and the authority having jurisdiction.
Build Fluidstack's SST test capability, from a back-to-back full-power rig to high-voltage insulation testing, in-house or with a partner lab.
Responsibilities
Verify vendor and in-house SST hardware independently: efficiency curves, temperature rise, partial discharge, and fault response at rated voltage and power.
Run qualification and reliability campaigns (thermal cycling, power cycling, humidity, accelerated life) that catch insulation and solder failures before the field does.
Write the acceptance tests every production unit must pass, and the end-of-line test each unit runs before it ships.
Turn test results into pass, fail, or redesign decisions written so the architect, the vendor, and leadership can act on them.
Requirements
Nice to have: Certification testing (UL, IEC, witness testing with a test lab)
Nice to have: Data acquisition and automation (Python, LabVIEW, NI hardware)
Nice to have: Power analysis and fast current sensing (power analyzers, Rogowski coils)
Nice to have: Electrical safety practice (NFPA 70E, arc flash)
Design the power stage and gate-driver boards for solid-state transformer cells, lay out high‑voltage boards, bring up prototypes, and hand off manufacturing‑ready packages to contract manufacturers.
Responsibilities
Design power stage and gate‑driver boards for every SST cell
Lay out boards for fast‑switching SiC with low‑inductance commutation loops
Design isolated auxiliary power and signal links for high‑voltage floating boards
Bring up boards on the bench with technicians and test engineer
Close design spins from prototype cells to pilot units
Design the mechanical and thermal architecture of the SST block: enclosure, busbars, cold plates, coolant loops, and a layout that fits megawatts of power electronics into a few cubic meters.
Responsibilities
Design the mechanical and thermal architecture of the SST block: enclosure, busbars, cold plates, coolant loops, and a layout that fits megawatts of power electronics into a few cubic meters.
Get heat out of high-voltage parts, including transformers cooled through their insulation, while holding every creepage and clearance distance at tens of kilovolts.
Size the liquid cooling (glycol loops, heat exchangers, dielectric secondary loops) and close the thermal budget against measured losses at full power.
Design for manufacture, service, and transport: modules a technician can swap, enclosures rated for outdoor sites, and assemblies a contract manufacturer can build thousands of times.
Hand off drawings, tolerances, and test fixtures to suppliers, the test lab, and the certification body.
Enthusiastic early-career engineer passionate about building secure AI infrastructure from the ground up to develop the DataHub platform, an enterprise data hub and identity middleware engine.
The pay range for this position at commencement of employment is expected to be between CAD $151,000 and CAD $227,000 per year.
Responsibilities
Design and construct enterprise-grade connectors for varied data sources
Implement robust access control policies to eliminate unauthorized data exposure during search queries
Create and refine CPU-optimized and GPU based text classification rules and metadata tagging to detect and safeguard sensitive information (PII, PHI, financial records, credentials) using Regular Expressions (Regex) and Named Entity Recognition (NER)
Develop and write clean unit and integration tests for document extraction, classification, and ingestion pipelines
Partner with senior engineering staff to design, test, and enhance enterprise search and retrieval pipelines
Requirements
Bachelor's degree in Computer Science or a related Engineering field
Master's degree in Computer Science or a related Engineering field