Inactive
I

IREN

Operates renewable-powered AI GPU cloud infrastructure

Director Manufacturing Engineering

Engineering LeadershipPosted on Oct 4
Full-timeSan Francisco, CA, USA$196k - $255k

About the Job

Requirements

  • A minimum of 10 years of experience in electrical, mechanical, or structural engineering, with demonstrated expertise in Design for Manufacturing and Assembly (DfMA), modular design, or advanced manufacturing applied to large-scale infrastructure.
  • A proven track record establishing DfMA standards and leading multidisciplinary engineering teams in electrical, mechanical, and structural disciplines through a modular or off-site delivery model.
  • Experience with Building Information Modeling (BIM)-to-fabrication workflows, digital twin tools, and bill of materials (BOM)/product lifecycle management (PLM) systems for module-based design.
  • Strong people-leadership experience managing engineering leads and technical teams in a high-growth, fast-paced environment.
  • A bachelor's degree in Electrical Engineering, Mechanical Engineering, or a related technical discipline is required.
  • Experience in hyperscale, colocation, or owner-operator data center development is highly valued.
  • Willingness and ability to travel.
  • Pre-employment screening, including background checks, may be required according to company policies.
  • Must be able to reliably commute to the assigned office location on scheduled in-office days under the hybrid work arrangement.

Responsibilities

  • Own Design for Manufacturing and Assembly (DfMA) design standards across mechanical, electrical, structural, and architectural systems, ensuring every building system is evaluated for off-site manufacturability, with a default bias toward modular, skidded, or prefabricated solutions over field-built alternatives.
  • Establish and govern module interface standards across disciplines, defining connection boundaries, tolerances, and field tie-in procedures so components from different systems integrate predictably on site.
  • Maintain and expand the kit-of-parts library of standardized modules, assemblies, and interfaces that can be configured and deployed across site typologies with minimal bespoke engineering.
  • Own accurate, structured bills of materials for every module and assembly as designs evolve, ensuring procurement and fabrication partners are always working from the current configuration.
  • Direct virtual build (BIM-to-fabrication) workflows and digital twin alignment to validate module designs and resolve clashes before fabrication begins, reducing rework and field surprises.
  • Drive modular assembly determination, deciding at the system level which components ship as factory-tested modules, including E-Houses, generator platforms, mechanical skids, cooling distribution systems, and structural components, versus being field-built.
  • Recruit, build, and lead the Manufacturing Engineering organization, including Electrical, Mechanical, Manufacturing Engineering, and Systems Engineering leads and their engineers, coordinators, and test engineers.
  • Set standards for design quality, documentation discipline, and fabrication-partner collaboration; mentor leads and senior engineers to build organizational depth in DfMA methodology and modular design.
  • Partner with Project Management and Industrial Engineering/Operational Excellence to ensure module designs, bills of materials, and interface requirements are reflected in project schedules and manhour/insource-outsource models from the earliest design stages.
  • Serve as the engineering voice in interface decisions between mechanical, electrical, and structural systems, resolving cross-discipline conflicts before they reach the field.
  • Own module-level performance metrics, including factory acceptance test (FAT) pass rates, module installation cycle times, field rework, and off-site build percentage, and report engineering program health to the Vice President.
  • Drive systematic improvement in DfMA standards from project to project, incorporating lessons-learned feedback from commissioning, construction, and fabrication back into the design.

Desired Qualifications

  • A Professional Engineer (PE) license or master's degree is preferred.

About the Company

IREN

Operates renewable-powered AI GPU cloud infrastructure

IREN runs renewable-powered AI cloud and digital infrastructure by operating data centers and GPU clusters. Customers access high-performance NVIDIA GPUs and AI training/inference infrastructure through cloud-based services powered by grid-connected and renewable energy assets. It differentiates itself through full vertical integration of energy assets with compute infrastructure and a focus on North America. The company aims to provide scalable, renewable-powered AI compute for enterprises and developers to support large-scale AI workloads.

Company size
501-1,000
Company stage
IPO
Headquarters
Sydney NSW, Australia
Founded
2018

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