top of page

Copyright Mod42 LLC. All rights reserved.

STAY UPDATED WITH OUR LATEST NEWS

Ready for AI capacity now? 

Let's go!

Target RFS Date
Month
Day
Year
Mod42 logo stacked blue_RGB web.png

Careers at Mod42

Build the infrastructure to support the AI future.

Nvidia at the factory.jpeg

Careers at Mod42

Build the infrastructure to support the AI future.

Nvidia at the factory.jpeg
EDITED WITH LOGO_APPROVED_Mod42_exterier_vestibule.png

The AI era needs a new infrastructure model.
You can help us build it.

AI is advancing faster than conventional data center construction can keep up. Mod42 is changing that – turning data centers from one-off construction projects into factory-built, repeatable products that bring high-density compute online in months, not years.

​

Join the engineers, builders, integrators, project leaders, and commercial teams creating a faster, more predictable, and more responsible way to deliver the infrastructure behind the AI era.

EDITED WITH LOGO_APPROVED_Mod42_exterier_vestibule.png

The AI era needs a new infrastructure model.
You can help us build it.

AI is advancing faster than conventional data center construction can keep up. Mod42 is changing that – turning data centers from one-off construction projects into factory-built, repeatable products that bring high-density compute online in months, not years.

​

Join the engineers, builders, integrators, project leaders, and commercial teams creating a faster, more predictable, and more responsible way to deliver the infrastructure behind the AI era.

Document Control Specialist

noun_Location_7820501_FF3333__1200.png

Phoenix, Arizona, United States

noun_clock_7638538_FF3333__1200.png

Full-Time

noun_Workplace_8433752_FF3333__1200.png

On-Site

Position Overview

The Document Control Specialist maintains the accuracy, accessibility, and traceability of project and product documentation throughout the engineering, procurement, manufacturing, construction, and turnover lifecycle. This individual manages controlled documents, coordinates reviews and approvals, distributes current revisions, and helps ensure teams are working from the correct information.

​

The ideal candidate is highly organized, comfortable working across technical teams, and experienced managing drawings, specifications, submittals, vendor records, quality documentation, and closeout packages in a fast-moving engineering, manufacturing, construction, or mission-critical environment.

Required Qualifications

  • Three or more years of document control, project coordination, project administration, or records management experience in engineering, construction, manufacturing, infrastructure, or a related technical environment.
  • Demonstrated experience managing technical drawings, specifications, revisions, transmittals, submittals, requests for information, and project records.
  • Strong working knowledge of Microsoft 365, including Excel, Word, Outlook, Teams, and SharePoint. Ability to learn and work effectively within electronic document management, project management, or common data environment platforms.
  • Strong attention to detail, organization, follow-through, and written communication skills.
  • Ability to interpret document status, revision, and approval requirements and maintain accurate records under changing priorities.
  • Ability to work collaboratively with technical and nontechnical stakeholders in an on-site environment.

Preferred Qualifications
  • Experience supporting data center, mission-critical, modular construction, advanced manufacturing, electrical, mechanical, or structural projects.
  • Experience with platforms such as Autodesk Construction Cloud, Procore, SharePoint, Bluebeam, Aconex, Newforma, or a comparable document management system. Familiarity with quality management systems, configuration control, document retention requirements, and audit preparation.
  • Experience compiling customer turnover packages, operation and maintenance manuals, commissioning records, or as-built documentation.
  • Associate or bachelor's degree in business, construction management, engineering technology, information management, or a related field.
  • Equivalent relevant experience will be considered.

Key Responsibilities

Document Control and Records Management
  • Maintain the central document control system for engineering, procurement, manufacturing, quality, field installation, commissioning, and turnover records.
  • Receive, log, route, distribute, and archive drawings, specifications, procedures, reports, submittals, requests for information, transmittals, change records, and vendor documentation.
  • Apply document numbering, naming, revision, status, metadata, and retention standards consistently across projects and product records. Verify that superseded documents are removed from active use and that current approved revisions are readily available to internal teams and external partners.
  • Maintain complete document histories, audit trails, approval records, and controlled access to confidential information.

Workflow and Revision Coordination
  • Coordinate document review and approval workflows with engineering, project management, procurement, manufacturing, quality, commissioning, vendors, and trade partners.
  • Track outstanding reviews, comments, approvals, and overdue actions; follow up with document owners to keep deliverables moving.
  • Issue controlled transmittals and maintain accurate registers for submittals, requests for information, drawings, specifications, and change documentation.
  • Support redline, as-built, and record-document processes by collecting field and factory changes and routing them for formal incorporation.
  • Communicate document releases and revisions clearly so affected teams understand what changed and when the new information becomes effective.

Project and Product Documentation
  • Support the organization and control of design packages, shop drawings, fabrication drawings, bills of material, inspection records, test reports, nonconformance records, manuals, and commissioning documentation.
  • Review incoming documentation for completeness, correct formatting, required approvals, and alignment with established requirements before release or filing.
  • Compile turnover packages, operation and maintenance manuals, warranties, certifications, as-built records, and other customer deliverables.
  • Assist with document readiness reviews at key project and manufacturing milestones.
  • Provide requested records during internal reviews, customer reviews, quality audits, and project closeout.

Process Improvement and Team Support
  • Help establish and improve document control procedures, templates, naming conventions, folder structures, registers, and reporting tools.
  • Train and support team members in document control requirements and system use.
  • Monitor document quality and compliance, identify gaps or recurring issues, and recommend practical improvements.
  • Prepare routine status reports and metrics covering document volume, review aging, overdue actions, revision status, and closeout readiness.
  • Support multiple priorities and projects while maintaining accuracy, responsiveness, and professional communication.

Core Competencies
  • Document accuracy and attention to detail
  • Organization and prioritization
  • Revision and configuration control
  • Cross-functional coordination
  • Clear written and verbal communication
  • Ownership, discretion, and follow-through
  • Adaptability in a fast-paced environment

Work Environment

This position is based on-site in Phoenix, Arizona, and may support office, manufacturing, warehouse, and active project environments.

The role requires regular computer and document management system use and may occasionally require movement through production or project areas while following all safety requirements.

Occasional travel may be required based on project needs.

Electrical Product Quality Manager

noun_Location_7820501_FF3333__1200.png

Goodyear, Arizona, United States

noun_clock_7638538_FF3333__1200.png

Full-Time

noun_Workplace_8433752_FF3333__1200.png

On-Site

Position Overview

The Electrical Product Quality Manager owns product-quality assurance across the electrical product lifecycle, from supplier selection through factory production, installation feedback, and corrective action. Reporting directly to the Chief Product Officer, Electrical Systems, this role translates product requirements into CTQs, acceptance criteria, qualification evidence, and release decisions. The role partners with the Senior Program Quality Manager on common methods, multi-site governance, audits, metrics, and escalation while retaining accountability for electrical technical quality. The supplier remains responsible for daily inspection, testing, documentation, and correction of its own work.

Minimum Qualifications

  • Bachelor's degree in electrical, electronics, manufacturing, quality, or a related engineering discipline; equivalent technical experience may be considered.
  • Six or more years of progressive electrical manufacturing, product quality, supplier quality, QA/QC, inspection, or testing experience, including ownership of quality decisions and cross-functional issue resolution.
  • Ability to interpret electrical drawings, schematics, wiring diagrams, bills of materials, specifications, test records, and applicable safety requirements.
  • Proficiency with electrical test equipment and quality records, nonconformance documentation, and root-cause / corrective-action methods.
  • Strong judgment, communication, documentation, and cross-functional problem-solving skills.

Preferred Qualifications
  • Experience auditing suppliers and managing inspection and test plans for electrical panels, controls, wiring assemblies, switchgear, or comparable equipment.
  • Working knowledge of ISO 9001 principles, APQP/PPAP or comparable qualification methods, FAI, MSA/SPC, supplier quality, configuration control, and risk-based inspection.
  • Multi-site or multi-supplier quality experience; ASQ or comparable quality, electrical testing, inspection, or manufacturing certification.

Operating Model
  • Phase 1 — Supplier Selection and Capability Assessment: Partner with Preconstruction and Procurement to assess candidate suppliers' quality systems, technical processes, people, equipment, capacity, traceability, sub-tier controls, and ability to meet product CTQs before commercial selection.
  • Phase 2 — Supplier Onboarding and Qualification: Define requirements flowdown, inspection and test plans, control plans, first-article or pilot evidence, process and personnel qualification, calibration, training, document retention, traceability, and the objective exit criteria required for production approval.
  • Phase 3 — Controlled Ramp-Up and Early Production Containment: During pilot and early production, provide intensified, hands-on verification of designated CTQs; witness key inspections, tests, and hold points; review complete release packages; train supplier inspectors; and manage a focused KPI and containment cadence. Reduce oversight only after objective exit criteria demonstrate stable performance, effective CAPA, complete traceability, and supplier self-inspection capability.
  • Phase 4 — Approved Production and Ongoing Monitoring: After approval, operate through supplier-owned QA/QC, approved inspection and test plans, scorecards, scheduled audits, change control, risk-based independent verification, and evidence-based final acceptance.
  • Phase 5 — Recovery and Requalification is triggered by a critical escape, sustained KPI miss, unapproved material/process/site change, or ineffective CAPA; the supplier returns to containment until requalification evidence is accepted.

Core Responsibilities

Quality Planning and Acceptance Criteria
  • Translate approved electrical drawings, specifications, bills of materials, customer requirements, and applicable standards into supplier acceptance criteria, critical-to-quality attributes, inspection and test plans (ITPs), control-plan expectations, and unit release checklists.
  • Establish electrical hold and witness points, including as applicable component identification, wiring and termination quality, grounding, labeling, enclosure and panel workmanship, insulation resistance, continuity, hipot or withstand testing, functional testing, and final configuration.
  • Review and approve the supplier's ITP, data-package requirements, and evidence that electrical test and measuring equipment is calibrated and controlled for the assigned scope.
  • Maintain current acceptance criteria when approved engineering changes, deviations, or nonconformance dispositions affect production.

Supplier Quality System Governance
  • Conduct scheduled and event-driven audits of supplier quality systems, production processes, inspection execution, traceability, calibration control, training, and readiness for production.
  • Review supplier inspection, test, material, dimensional, and production records; verify sufficiency and accuracy rather than recreating the supplier's routine inspection records.
  • Maintain supplier quality scorecards covering first-pass yield, defects and escapes, rework, release-package completeness, audit findings, corrective-action closure, and repeat nonconformities.
  • Coordinate with Product Engineering, Manufacturing, Supply Chain, and supplier leadership to remove systemic quality barriers and sustain process capability.

Verification and Factory Acceptance
  • Witness selected critical inspections and tests in accordance with the approved ITP and defined hold or witness points.
  • Perform independent, risk-based verification of high-risk, repeated-failure, safety-critical, or customer-critical attributes.
  • Manage temporary containment verification when required by supplier performance, a corrective-action plan, or a unit recovery plan.
  • Verify complete and traceable unit release packages before Mod42 acceptance, including required inspection records, test results, approved deviations, material documentation, and configuration evidence.
  • Place Mod42 acceptance on hold and escalate when product, records, or corrective-action evidence does not demonstrate conformity.

Nonconformance, CAPA, and Escalation
  • Ensure the supplier contains, documents, repairs, and verifies its own nonconforming work before requesting Mod42 acceptance.
  • Issue or track supplier corrective-action requests for material nonconformities, defects, escapes, recurring issues, or process failures.
  • Review root-cause analysis, corrective actions, and preventive actions; verify implementation and effectiveness before closure.
  • Escalate unresolved, repeated, or shipment-threatening quality issues through the defined Mod42 and supplier-management channels.

Cross-Functional and Field Interface
  • Partner with Product Engineering on quality requirements, technical clarifications, approved deviations, and design-feedback trends; Product Engineering retains design and change-control authority.
  • Work with Manufacturing and Supply Chain to align supplier readiness, material quality, build sequencing, and release timing.
  • Support targeted installation or field validation when a factory, supplier, or product-quality issue requires direct observation or verification.

Warranty Interface
  • Provide quality records, failure-analysis support, and CAPA follow-through for warranty issues.
  • Do not serve as the central owner for warranty-claim intake, commercial recovery, replacement-part coordination, or field-labor coordination; those activities are owned by the separate warranty role.

Key Performance Indicators
  • Supplier first-pass yield, defect and customer-escape rate, and rework trend.
  • On-time, complete, and accurate supplier inspection and release packages.
  • Corrective-action closure time and verified corrective-action effectiveness.
  • Audit finding closure and sustained compliance with approved ITPs and control plans.
  • Repeat nonconformity rate and recovery of stable supplier process performance.

Decision Rights and Working Boundaries
  • Approve or reject supplier ITPs, quality plans, and objective-evidence packages for the assigned scope.
  • Witness, verify, or sample work based on risk and performance; the supplier remains responsible for routine inspection and testing.
  • Place Mod42 acceptance on hold and recommend shipment hold when required evidence or conformity is absent.
  • Escalate quality risks, nonconformities, and supplier-performance concerns; this role does not unilaterally change product design, commercial terms, or warranty administration.

Product Quality Manager - Mechanical & Structural

noun_Location_7820501_FF3333__1200.png

Goodyear, Arizona, United States

noun_clock_7638538_FF3333__1200.png

Full-Time

noun_Workplace_8433752_FF3333__1200.png

On-Site

Position Overview

The Mechanical & Structural Product Quality Manager owns product-quality assurance across the mechanical and structural product lifecycle, including steel frames, piping, welding, coatings, dimensional control, module integration, fit and finish, installation feedback, and corrective action. Reporting directly to the Chief Product Officer, Mechanical Systems, this role translates product requirements into CTQs, acceptance criteria, qualification evidence, and release decisions. The role partners with the Senior Program Quality Manager on common methods, multi-site governance, audits, metrics, and escalation while retaining accountability for mechanical and structural technical quality. The supplier remains responsible for daily inspection, testing, documentation, and correction of its own work.

Minimum Qualifications

  • Bachelor's degree in mechanical, manufacturing, quality, or a related engineering discipline; equivalent technical experience may be considered.
  • Six or more years of progressive mechanical/structural manufacturing, fabrication, product quality, supplier quality, QA/QC, inspection, or testing experience, including ownership of quality decisions and cross-functional issue resolution.
  • Ability to interpret mechanical and structural drawings, specifications, welding and fabrication requirements, piping and pressure-test records, material certificates, coatings requirements, dimensional controls, and module fit-and-finish criteria.
  • Proficiency with applicable measuring and test equipment, quality records, nonconformance documentation, and root-cause / corrective-action methods.
  • Strong judgment, communication, documentation, and cross-functional problem-solving skills.

Preferred Qualifications
  • Experience auditing suppliers and managing inspection and test plans for structural steel, welded assemblies, piping systems, coatings, modular integration, and fabricated mechanical systems.
  • Working knowledge of ISO 9001 principles, APQP/PPAP or comparable qualification methods, FAI, MSA/SPC, welding and special-process controls, configuration control, and risk-based inspection.
  • Multi-site or multi-supplier quality experience; ASQ, AWS/CWI, NACE/AMPP, or comparable quality, welding, coating, inspection, or manufacturing certification.

Operating Model
  • Phase 1 — Supplier Selection and Capability Assessment: Partner with Preconstruction and Procurement to assess candidate suppliers' quality systems, technical processes, people, equipment, capacity, traceability, sub-tier controls, and ability to meet product CTQs before commercial selection.
  • Phase 2 — Supplier Onboarding and Qualification: Define requirements flowdown, inspection and test plans, control plans, first-article or pilot evidence, process and personnel qualification, calibration, training, document retention, traceability, and the objective exit criteria required for production approval.
  • Phase 3 — Controlled Ramp-Up and Early Production Containment: During pilot and early production, provide intensified, hands-on verification of designated CTQs; witness key inspections, tests, and hold points; review complete release packages; train supplier inspectors; and manage a focused KPI and containment cadence. Reduce oversight only after objective exit criteria demonstrate stable performance, effective CAPA, complete traceability, and supplier self-inspection capability.
  • Phase 4 — Approved Production and Ongoing Monitoring: After approval, operate through supplier-owned QA/QC, approved inspection and test plans, scorecards, scheduled audits, change control, risk-based independent verification, and evidence-based final acceptance.
  • Phase 5 — Recovery and Requalification is triggered by a critical escape, sustained KPI miss, unapproved material/process/site change, or ineffective CAPA; the supplier returns to containment until requalification evidence is accepted.

Core Responsibilities

Quality Planning and Acceptance Criteria
  • Translate approved mechanical drawings, specifications, bills of materials, customer requirements, and applicable standards into supplier acceptance criteria, critical-to-quality attributes, inspection and test plans (ITPs), control-plan expectations, and unit release checklists.
  • Establish mechanical hold and witness points, including as applicable material traceability, fit-up, orientation, dimensions and tolerances, welded or fabricated assemblies, pressure testing, flange, bolting, gasket and valve installation, coatings, and final configuration.
  • Review and approve the supplier's ITP, data-package requirements, and evidence that measuring and test equipment is calibrated and controlled for the assigned scope.
  • Maintain current acceptance criteria when approved engineering changes, deviations, or nonconformance dispositions affect production.

Supplier Quality System Governance
  • Conduct scheduled and event-driven audits of supplier quality systems, production processes, inspection execution, traceability, calibration control, training, and readiness for production.
  • Review supplier inspection, test, material, dimensional, and production records; verify sufficiency and accuracy rather than recreating the supplier's routine inspection records.
  • Maintain supplier quality scorecards covering first-pass yield, defects and escapes, rework, release-package completeness, audit findings, corrective-action closure, and repeat nonconformities.
  • Coordinate with Product Engineering, Manufacturing, Supply Chain, and supplier leadership to remove systemic quality barriers and sustain process capability.

Verification and Factory Acceptance
  • Witness selected critical inspections and tests in accordance with the approved ITP and defined hold or witness points.
  • Perform independent, risk-based verification of high-risk, repeated-failure, safety-critical, or customer-critical attributes.
  • Manage temporary containment verification when required by supplier performance, a corrective-action plan, or a unit recovery plan.
  • Verify complete and traceable unit release packages before Mod42 acceptance, including required inspection records, test results, approved deviations, material documentation, and configuration evidence.
  • Place Mod42 acceptance on hold and escalate when product, records, or corrective-action evidence does not demonstrate conformity.

Nonconformance, CAPA, and Escalation
  • Ensure the supplier contains, documents, repairs, and verifies its own nonconforming work before requesting Mod42 acceptance. Issue or track supplier corrective-action requests for material nonconformities, defects, escapes, recurring issues, or process failures. Review root-cause analysis, corrective actions, and preventive actions; verify implementation and effectiveness before closure.
  • Escalate unresolved, repeated, or shipment-threatening quality issues through the defined Mod42 and supplier-management channels.

Cross-Functional and Field Interface
  • Partner with Product Engineering on quality requirements, technical clarifications, approved deviations, and design-feedback trends; Product Engineering retains design and change-control authority. Work with Manufacturing and Supply Chain to align supplier readiness, material quality, build sequencing, and release timing.
  • Support targeted installation or field validation when a factory, supplier, or product-quality issue requires direct observation or verification.

Warranty Interface
  • Provide quality records, failure-analysis support, and CAPA follow-through for warranty issues.
  • Do not serve as the central owner for warranty-claim intake, commercial recovery, replacement-part coordination, or field-labor coordination; those activities are owned by the separate warranty role.

Key Performance Indicators
  • Supplier first-pass yield, defect and customer-escape rate, and rework trend.
  • On-time, complete, and accurate supplier inspection and release packages.
  • Corrective-action closure time and verified corrective-action effectiveness.
  • Audit finding closure and sustained compliance with approved ITPs and control plans.
  • Repeat nonconformity rate and recovery of stable supplier process performance.

Decision Rights and Working Boundaries
  • Approve or reject supplier ITPs, quality plans, and objective-evidence packages for the assigned scope.
  • Witness, verify, or sample work based on risk and performance; the supplier remains responsible for routine inspection and testing.
  • Place Mod42 acceptance on hold and recommend shipment hold when required evidence or conformity is absent.
  • Escalate quality risks, nonconformities, and supplier-performance concerns; this role does not unilaterally change product design, commercial terms, or warranty administration.

3D CAD Designer

noun_Location_7820501_FF3333__1200.png

Buffalo, New York, United States

noun_clock_7638538_FF3333__1200.png

Full-Time

noun_Workplace_8433752_FF3333__1200.png

On-Site

Position Overview

Mod42 is seeking a 3D CAD Designer to join its engineering team in Buffalo, New York. This role will develop the coordinated three dimensional models and production-ready drawings used to manufacture, assemble, and install complete modular data center systems.

​

This is a product and manufacturing-focused design position, not an architectural design role. The designer will model the full module, integrating mechanical, electrical, and structural components into one accurate and buildable design. The specific design platform is still being evaluated, so Mod42 is open to candidates with strong experience in Inventor, SolidWorks, AutoCAD 3D, Revit, or comparable three dimensional CAD or CAD CAM software. The ability to understand how systems are fabricated, assembled, connected, and installed is more important than experience with one specific program.

Key Responsibilities

  • Develop and maintain detailed three dimensional models of complete modular data center assemblies, including mechanical, electrical, and structural systems.
  • Translate engineering concepts, sketches, specifications, equipment data, and markups into accurate, coordinated, and production-ready models and drawings.
  • Produce fabrication drawings, assembly drawings, shop drawings, equipment layouts, sections, elevations, bills of materials, and installation details as required.
  • Incorporate equipment dimensions, connection points, routing, tolerances, service clearances, access requirements, and fabrication constraints into each design.
  • Coordinate across mechanical, electrical, and structural disciplines to identify clashes, fit issues, missing information, and constructability concerns before production.
  • Work directly with engineering, manufacturing, fabrication, procurement, and field teams to ensure designs can be efficiently built, transported, installed, and serviced.
  • Participate in design and production reviews, clearly communicate questions or conflicts, and revise models based on approved decisions and feedback.
  • Develop and maintain reusable components, templates, libraries, standards, and naming conventions within the selected design platform.
  • Maintain drawing accuracy, revision control, and consistent documentation throughout the product lifecycle.
  • Support the evaluation and implementation of the three dimensional modeling platform and workflows that best fit Mod42's manufacturing environment.

Required Qualifications
  • Three or more years of hands-on experience producing detailed three dimensional models and fabrication, manufacturing, assembly, or construction drawings.
  • Experience with industrial equipment, modular construction, manufacturing, fabrication, MEP systems, or another environment where designs must translate directly into physical production.
  • Proficiency in at least one three dimensional CAD or CAD CAM platform, such as Autodesk Inventor, SolidWorks, AutoCAD 3D, Revit, or a comparable system.
  • Ability to read and interpret engineering drawings, specifications, equipment submittals, schematics, and technical documentation.
  • Working knowledge of how mechanical, electrical, and structural systems are fabricated, coordinated, assembled, and installed.
  • Ability to recognize clashes, tolerance concerns, clearance issues, access limitations, and other conditions that could affect manufacturing or installation.
  • Strong attention to detail, organization, revision control, and documentation accuracy.
  • Clear communication skills and the ability to collaborate closely with engineers, tradespeople, production teams, and field personnel.
  • Ability to work full time on site with the engineering team in Buffalo, New York.

Preferred Qualifications
  • Experience modeling complete products, equipment skids, modular assemblies, prefabricated systems, or other multidisciplinary industrial packages.
  • Background with HVAC equipment, piping, ductwork, electrical distribution, controls, cable routing, structural steel, or related building systems.
  • Experience developing bills of materials, fabrication details, production packages, or assembly instructions.
  • Experience supporting data centers, mission-critical infrastructure, advanced manufacturing, or other technically complex facilities.
  • Experience helping a growing organization establish modeling standards, libraries, templates, and repeatable design workflows.
  • Associate degree, technical certification, apprenticeship training, or equivalent practical experience in drafting, design technology, manufacturing, engineering technology, construction, or a related field.

Compensation
  • The anticipated base salary range is $65,000 to $130,000. The final offer will reflect the candidate's experience, technical proficiency, manufacturing knowledge, and ability to independently model complete multidisciplinary modules. Highly specialized or extensively experienced candidates may be considered outside the anticipated range. This is a permanent position directly employed by Mod42. The GOR Group is Mod42's authorized recruiting partner.

Explore open roles at Mod42:

Most data centers are still delivered as custom, sequential construction projects. Every new project starts from a blank sheet. Every delay compounds. And every capacity shortfall slows the AI workloads, products, and businesses waiting to come online.

​

Mod42 takes a fundamentally different approach. We begin with a pre-engineered, AI-native platform. Complete building sections are manufactured and tested in a controlled environment while site development moves forward in parallel. Structure, power, cooling, controls, life safety, security, and monitoring are integrated before delivery.

​

This is not a shipping container or a collection of equipment skids. It is permanent, mission-critical digital infrastructure – manufactured as a complete system.

Don’t just build another data center.
Change how data centers get built.

Don’t just build another data center.
Change how data centers get built.

Most data centers are still delivered as custom, sequential construction projects. Every new project starts from a blank sheet. Every delay compounds. And every capacity shortfall slows the AI workloads, products, and businesses waiting to come online.

​

Mod42 takes a fundamentally different approach. We begin with a pre-engineered, AI-native platform. Complete building sections are manufactured and tested in a controlled environment while site development moves forward in parallel. Structure, power, cooling, controls, life safety, security, and monitoring are integrated before delivery.

​

This is not a shipping container or a collection of equipment skids. It is permanent, mission-critical digital infrastructure – manufactured as a complete system.

boxes mesh white_edited.jpg

Shape a new category

We are not simply making traditional construction faster. We are replacing an unpredictable, project-by-project process with a repeatable manufacturing platform. You will help establish a new model for delivering critical infrastructure at scale.

Solve at the system level

Mod42 brings together structural, electrical, mechanical, thermal, controls, monitoring, manufacturing, logistics, and field delivery expertise. The challenge is not optimizing one component. It is making the entire system work better.

Work alongside industry veterans

Our team brings more than 75 years of combined experience delivering billions of dollars in critical infrastructure across hyperscale, colocation, and enterprise environments, along with more than a decade of modular data center delivery.

See the result of your work

From engineering and factory integration through installation and commissioning, the outcome is physical, measurable, and consequential: operating AI capacity delivered faster and with greater certainty.

Why Mod42

Work where AI, engineering, and advanced manufacturing converge.

At Mod42, the work does not disappear into a presentation or remain on a roadmap. It becomes steel, power, cooling, controls – and ultimately, live compute.

boxes mesh white_edited.jpg

Shape a new category

We are not simply making traditional construction faster. We are replacing an unpredictable, project-by-project process with a repeatable manufacturing platform. You will help establish a new model for delivering critical infrastructure at scale.

Solve at the system level

Mod42 brings together structural, electrical, mechanical, thermal, controls, monitoring, manufacturing, logistics, and field delivery expertise. The challenge is not optimizing one component. It is making the entire system work better.

Work alongside industry veterans

Our team brings more than 75 years of combined experience delivering billions of dollars in critical infrastructure across hyperscale, colocation, and enterprise environments, along with more than a decade of modular data center delivery.

See the result of your work

From engineering and factory integration through installation and commissioning, the outcome is physical, measurable, and consequential: operating AI capacity delivered faster and with greater certainty.

Why Mod42

Work where AI, engineering, and advanced manufacturing converge.

At Mod42, the work does not disappear into a presentation or remain on a roadmap. It becomes steel, power, cooling, controls – and ultimately, live compute.

The AI era needs a new infrastructure model.

Help us build it.

bottom of page