We are seeking a Mechanical / BIM Designer with 3–5+ years of experience producing mechanical drawings in AutoCAD and Revit. This role is focused on drafting, model production, and drawing package development for modular infrastructure and data center projects. This is not intended to be a senior mechanical engineering role. The ideal candidate is strong in drafting execution, can work from engineering markups and design direction, and is able to turn concepts into clean, accurate, and organized drawing sets. 

The right person will be detail-oriented, coachable, fast in production, and confident supporting engineers and designers with high-quality documentation. 

What You'll Do (Key Responsibilities)

• Create, update, and maintain 2D and 3D mechanical drawings in AutoCAD and Revit  
• Translate sketches, redlines, engineering markups, and design input into clear drawing deliverables  
• Develop plans, elevations, sections, details, equipment layouts, and mechanical coordination views  
• Draft mechanical systems including piping layouts, equipment arrangements, supports, and routing concepts  
• Support BIM model updates and coordination across mechanical, electrical, structural, and architectural disciplines  
• Maintain drawing quality, standards, layering, annotation, title blocks, revision history, and sheet organization  
• Revise drawings based on project reviews, vendor updates, and internal design changes  
• Organize project files, model content, drawing sets, and standards in a repeatable and disciplined way  
• Help maintain drafting libraries, standard details, templates, and Revit families/AutoCAD blocks  
• Coordinate closely with engineers, designers, and project managers to ensure drawings reflect current design intent  

Required Qualifications

• 3–5+ years of experience in mechanical drafting, design support, or BIM modeling  
• Strong proficiency in AutoCAD  
• Working knowledge of Revit for drafting and model-based production  
• Solid understanding of drafting principles, sheet setup, dimensions, annotations, detailing, and drawing standards  
• Ability to read and interpret engineering markups and convert them into accurate drawing packages  
• Strong attention to detail with good document control and file organization habits  
• Ability to work in a fast-paced environment with shifting priorities and evolving design inputs  
• Able to take direction, execute consistently, and ask smart questions when design intent is unclear  
• Good communication skills and a strong production mindset  

Preferred Experience and Skills

• Experience supporting MEP, mechanical, industrial, prefab, modular, or data center projects  
• Exposure to mechanical systems such as HVAC, piping, hydronics, liquid cooling, or equipment layout  
• Familiarity with BIM coordination and interdisciplinary model collaboration  
• Experience producing drawing packages for fabrication, installation, or construction  
• Understanding of clash coordination, model cleanup, and drawing issue workflows  

We are seeking a Civil Site Engineer to lead the interpretation and application of civil infrastructure requirements for Armada’s modular data center deployments. 

This role is focused on ensuring our standardized modules can be permitted, sited, and deployed across diverse jurisdictions without late-stage redesign. You will serve as the internal authority on civil site requirements, translating local codes, site constraints, and AHJ expectations into clear inputs for product, engineering, and delivery teams. 

This is a strategic, cross-functional position at the intersection of civil infrastructure, permitting, and modular deployment execution. 

What You'll Do (Key Responsibilities)

Civil Requirements & Site Strategy 

• Own interpretation of civil and site development requirements impacting modular data center deployments, including: 

• Site preparation, grading, and access 

• Foundations, anchoring, and structural interfaces 

• Utility coordination (power, grounding, water, drainage) 

• Fire/life safety site considerations (setbacks, access, egress) 

• Evaluate jurisdiction-specific codes, permitting pathways, and AHJ expectations 

• Identify constraints affecting module siting, layout, and deployment feasibility 

• Support design development as needed by translating site conditions, permitting constraints, utility requirements, and constructability considerations into actionable inputs for engineering and external GC's/civil consultants. 

Cross-Functional Leadership 

• Partner with product, engineering, and delivery teams to: 

• Translate civil requirements into clear constraints, risks, and design inputs 

• Provide early-stage feasibility assessments and go/no-go recommendations 

• Prevent non-standard site conditions from driving late-stage design changes 

• Support customer deployments by: 

• Assessing site-specific civil readiness 

• Coordinating with OEM partners and local civil consultants 

• Advising on alignment with Armada’s standard SKUs vs. required customization 

Standards & Scalability 

• Develop and maintain: 

• Civil requirement guidelines for modular deployments 

• Site readiness and permitting checklists by geography 

• Documentation that standardizes civil assumptions across projects 

• Capture recurring requirements and regional patterns to: 

• Improve deployment speed and consistency 

• Inform product and platform evolution 

Required Qualifications

Experience 

• 6+ years in civil engineering, site development, or infrastructure delivery 

• Experience with data centers, critical facilities, or large-scale infrastructure projects 

• Proven ability to operate across permitting, site execution, and cross-functional teams 

• Experience managing consultants, vendors, and project stakeholders 

Technical Expertise 

• Strong understanding of: 

• Site development (grading, drainage, access, utilities) 

• Foundations and structural interfaces for prefabricated or modular systems 

• Utility coordination, especially electrical service and grounding 

• Fire/life safety considerations at the site level 

• Ability to interpret codes, standards, and AHJ requirements and translate them into actionable guidance 

We are looking for a Mechanical Engineer - Hydronics (Distribution Focus) to own the mechanical distribution architecture for our modular liquid-cooled data center platform. This role is responsible for the piping, valves, instrumentation, module interconnects, and serviceability strategy across both the primary water loop and secondary PG25 loop. 

This is a hands-on architecture and execution role focused on building a system that is repeatable, commissionable, maintainable, and scalable across multiple deployments. The right candidate will bring deep hydronic distribution expertise and a practical understanding of what it takes to move a design from concept into manufacturing, field installation, startup, and long-term operation. 

You will work closely with internal engineering teams, OEMs, fabricators, controls, manufacturing, and commissioning leads to ensure the mechanical distribution layer is robust, standardized, and ready for real-world deployment. 

What You'll Do (Key Responsibilities)

Hydronic Architecture Ownership 

• Own the hydronic distribution architecture across: 

• Primary water/PG25 loop 

• Secondary water/PG25 loop 

• Define and standardize system design rules for flow, pressure drop, balancing, and measurement 

• Establish practical design approaches for PG25 and water-based systems, including pipe sizing, fluid behavior, and maintainability considerations 

• Support system-level alignment between plant, distribution, and rack cooling interfaces 

Distribution Design and Interface Control 

• Own distribution P&IDs, valve schedules, and instrumentation schedules 

• Maintain revision discipline, tagging standards, and interface clarity across the mechanical distribution package 

• Define boundaries and interfaces between plant equipment, CDUs, rack cooling components, and module-to-module interconnects 

• Develop and maintain interface control documentation for hydronic system boundaries 

Commissioning-First Design 

• Design for startup, commissioning, and long-term operation 

• Define fill, flush, vent, drain, isolation, bypass, and strainer strategies 

• Establish measurement points for flow, differential pressure, and temperature 

• Partner with commissioning and controls teams to define what must be measured, how it will be measured, and what acceptable startup performance looks like 

Pipe Sizing and Pressure Drop Management 

• Own pipe sizing methodology and pressure drop strategy for both PG25 and water loops 

• Define practical approaches to balancing and instrumentation placement 

• Ensure real-world field performance aligns with design intent 

• Help establish repeatable standards for distribution performance across product variants 

Layout, Serviceability, and Buildability 

• Own mechanical distribution layout packages and service clearance requirements 

• Ensure systems are designed for safe access, maintenance, replacement, and long-term serviceability 

• Support design for manufacturing by standardizing routing approaches, fittings strategy, tolerances, and assembly expectations 

• Help define clear factory-built versus field-installed scope boundaries 

Modular Interconnect Strategy 

• Define standard module interconnect approaches, including manifolds, quick connects, labeling, boundary isolation, and leak detection interfaces as applicable 

• Ensure interconnect designs support rapid deployment while preserving reliability and maintainability 

• Drive consistency across builds to reduce site variability and improve product repeatability 

Cross-Functional Integration 

• Partner with mechanical plant, thermal, electrical, controls, manufacturing, and commissioning teams 

• Coordinate system interfaces without losing baseline discipline 

• Work with OEMs and fabricators while maintaining ownership of the internal distribution architecture and standards 

• Support factory builds, field feedback collection, and lessons-learned incorporation into future revisions 

Required Qualifications

• 7+ years of experience in hydronic distribution design for data centers, industrial systems, mission-critical HVAC, or comparable thermal infrastructure 

• Strong experience owning P&IDs, valve strategies, and instrumentation design 

• Practical field knowledge of commissioning, startup, and serviceability constraints 

• Experience with glycol-based cooling systems such as PG25 or equivalent 

• Strong understanding of pipe sizing, flow management, pressure drop, balancing, and measurement strategies 

• Proven ability to maintain documentation discipline, revision control, and interface clarity 

• Strong cross-functional collaboration skills across mechanical, controls, manufacturing, and field teams 

Preferred Experience and Skills

• Experience with liquid-to-liquid and liquid-to-air cooling systems for high-density compute or AI/HPC environments 

• Familiarity with modular or prefabricated infrastructure systems 

• Understanding and experience in AFT Fathom, Pipeflo and CFD Products  

• CAD or BIM fluency sufficient for 3D coordination, clash avoidance, and clearance validation 

• PE license in Mechanical Engineering, or equivalent depth of experience 

Armada builds and deploys ruggedized, modular, containerized data centers that bring high-density AI compute to locations where traditional data centers cannot go. We are scaling production across multiple international markets, with deployments ranging from multi-megawatt GPU clusters to large-scale multi-unit campuses at up to 400 kW/rack. 

Armada needs an Electrical Design Engineer to work directly under the Senior Electrical Design Engineer on the power and integration team. This is a hands-on design role: you will own the electrical design for modular units from single-line through commissioning, review vendor submittals, and directly support manufacturing partners and deployment teams across multiple time zones. You will not be writing specs from an ivory tower — you will be on calls with manufacturers early in the morning, reviewing arc flash studies at noon, and answering field questions from a commissioning crew in the evening. 

This role is for someone who wants to ship hardware, not produce reports. 

What You'll Do (Key Responsibilities)

• Develop and maintain electrical designs for modular containerized data centers: single-line diagrams, load calculations, panel schedules, grounding, cable sizing, and raceway layouts across multiple low-voltage distribution standards (480 V and other international LV systems). 
• Run protective device coordination, arc flash, and short-circuit studies in SKM, ETAP, or equivalent. Produce labels and coordination reports that will be used in the field. 
• Review and redline vendor submittals for UPS systems, battery systems, cooling distribution units, switchgear, main distribution boards, PDUs, and generator/ATS packages. Hold vendors accountable to the spec; flag discrepancies early. 
• Support manufacturing partners: answer RFIs, resolve conflicts on layout and piping/cable routing, and participate in factory witness testing. 
• Contribute to multi-jurisdictional compliance across a range of international electrical, fire, and mission-critical facility codes, and coordinate with local Authorities Having Jurisdiction. 
• Produce clear engineering documentation: Statements of Requirements, design basis memos, block diagrams, and commissioning procedures. If you hate writing, this is not the job. 
• Work alongside mechanical, controls, structural, and fire protection engineers — and with external consultants. You will be expected to push back when something is wrong, regardless of seniority. 
• Support field commissioning and troubleshooting, including occasional international travel to manufacturing partner sites, deployments, and trade events. 

Required Qualifications

• Bachelor's degree in Electrical Engineering from an accredited program. 
• 3–7 years of post-degree experience in electrical design, with at least 2 years in data centers, mission-critical facilities, industrial power, or equivalent complex power distribution. 
• Demonstrated working knowledge of the NEC (NFPA 70) and, ideally, one or more IEC-based national codes. Multi-jurisdictional design experience is a strong plus. 
• Hands-on experience with protection coordination and arc flash software (SKM PowerTools, ETAP, EasyPower, or similar). 
• Proficiency with AutoCAD Electrical and/or Revit MEP, plus Bluebeam Revu (or equivalent) for submittal markup. 
• Familiarity with UPS systems (double-conversion topology, battery sizing, parallel operation), medium- and low-voltage switchgear, transformers, and generator/ATS integration. 
• Ability to read mechanical and structural drawings well enough to catch interdisciplinary conflicts before they hit manufacturing. 
• Clear written communication. You will be writing RFI responses, submittal reviews, and technical memos read by vendors and executives. 

Preferred Experience and Skills

• PE or EIT licensure is a plus; neither is required. 
• Experience with containerized or modular/prefabricated data center products. 
• Knowledge of high-density liquid-cooled GPU systems and their electrical implications — inrush, harmonics, rack-level power distribution, busway. 
• Working familiarity with battery chemistries beyond VRLA and lithium-ion, and with UL 9540A or equivalent large-scale battery testing requirements. 
• Familiarity with NFPA 70E, NFPA 75/76, NFPA 110, and NFPA 855 as they apply to mission-critical and energy storage installations. 
• Experience coordinating with multiple AHJs and international insurance bodies on mission-critical approvals. 
• Exposure to BMS/DCIM integration, BACnet/Modbus, and the electrical side of controls handoffs. 
• Experience working with external manufacturing partners and consultants across multiple time zones.

We are seeking a highly skilled Technical Program Manager (TPM) with experience in the IT industry—ideally working with or for major technology vendors and infrastructure providers. The ideal candidate brings strong knowledge of hardware solutions and a foundational understanding of infrastructure data center build projects, including how engineering, construction, operations, and IT come together to deliver complex systems. 

In this role, you will partner closely with cross-functional teams across engineering, construction, operations, IT, and commercial organizations to drive clarity, alignment, and momentum across highly technical and interdependent workstreams. You will serve as the connective tissue between disciplines—building trust, ensuring all stakeholders understand their roles, and driving a unified vision for program success. 

This role requires a balance of strategic thinking and hands-on execution. You will help implement scalable processes and systems while also being comfortable rolling up your sleeves to establish baseline workflows, often using short-term manual approaches before automation or tooling is implemented. 

What You'll Do (Key Responsibilities) 

• Lead complex, cross-functional technical programs spanning hardware, infrastructure, IT systems, and operational readiness. 
• Work closely with engineering, construction, operations, IT, and commercial teams to ensure alignment on objectives, dependencies, timelines, and resource needs. 
• Bring clarity and structure to complex workstreams by defining program plans, success criteria, and execution frameworks. 
• Create and maintain repeatable, scalable systems and processes, balancing long-term operational excellence with short-term pragmatism. 
• Identify and manage risks, drive mitigation plans, and ensure timely escalation of critical issues. 
• Build strong relationships with stakeholders at all levels to foster trust, shared ownership, and transparent decision-making. 
• Ensure all teams understand roles, responsibilities, and expectations, creating shared clarity around deliverables and the program’s strategic direction. 
• Facilitate effective communication, ensuring technical concepts are translated appropriately for diverse audiences. 
• Drive operational readiness, coordinating with technical and non-technical teams to ensure hardware, infrastructure, and IT systems are prepared for deployment. 
• Track and report on program progress, using data and narrative to clearly communicate status, decisions, and risks to leadership. 
• Promote a culture of accountability and continuous improvement across teams involved in program execution. 

Required Qualifications

• 8+ years of Technical Program Management experience in the IT or technology vendor industry. 
• Hands-on experience with hardware solutions, hardware lifecycle management, or hardware-dependent infrastructure environments. 
• Familiarity with infrastructure build projects (e.g., data centers, edge deployments, network installations, or similar). 
• Strong track record of driving cross-functional alignment across engineering and operational teams. 
• Demonstrated ability to bring structure and clarity to ambiguous or fast-moving technical programs. 
• Experience establishing scalable systems, workflows, and governance, while being comfortable using manual or lightweight approaches to get started. 
• Excellent communication, relationship-building, and stakeholder management skills. 
• Ability to think strategically while also executing tactically. 
• Proven ability to manage risks, dependencies, and detailed plans across several teams. 

Preferred Experience and Skills

• Experience working with data center operations, cloud infrastructure, networking hardware, or OEM hardware vendors. 
• Understanding of logistics and supply chain desirable. 
• Certification or training in program management methodologies (e.g., PMP, Agile, Lean) is a plus but not required. 
• Technical background or familiarity with IT infrastructure domains. 

You will own the controls layer for Modular Data Center from design intent to field readiness. This is not just writing sequences. This role makes the system operable: consistent points, clean alarms, predictable fault behavior, and integration-ready interfaces across OEM packaged equipment and site systems. 

We partner with OEMs and integrators, but you own the controls outcome including documentation quality, repeatability across builds, and testable behavior in the field. 

Owns: Controls intent, points list, alarm philosophy, sequences of operation, integration readiness, test alignment (FAT/SAT/IST) 
Travel: 10–30% (OEM integration, FAT/SAT support, early deployments as needed)

What You'll Do (Key Responsibilities)

Controls Package Ownership (Deliverables) 

• Create and maintain the controls package: points list, alarm matrix, sequences of operation (SoO), and trend/log requirements. 
• Define required setpoints, modes, permissives/interlocks, and operational states so behavior is predictable across variants. 

Integration Architecture and Interface Specs 

• Define the integration approach for packaged equipment and site systems using common controls protocols and clear interface specifications. 
• Standardize naming/tagging conventions and data models so every build looks the same to operators and monitoring systems. 
• Own the controls interface baseline (versioning, change control, and impact assessments when packages change). 

Fault Behavior and Operational Clarity 

• Design and validate fault responses (power events, loss of flow, sensor faults, high temperature conditions, equipment trips). 
• Ensure alarms are meaningful (actionable, prioritized, and not noisy) and tied to operational intent. 

Test Alignment and Commissioning Readiness 

• Partner with the CxA/Field Validation Lead to translate controls intent into functional test scripts and acceptance criteria. 
• Support OEM controls reviews to ensure points are exposed, alarms are rationalized, and sequences match design intent. 
• Drive integration readiness for remote monitoring, trending, and operator handoff (including commissioning support and turnover artifacts). 

Required Qualifications 

• 5+ years controls engineering experience in mission critical or industrial systems. 
• Demonstrated experience integrating packaged equipment controls into a coherent system. 
• Strong ability to write clear sequences and convert mechanical intent into testable logic.
• Experience with alarm rationalization and commissioning/startup support.
• Comfort with controls networking and integration fundamentals (addressing, data exchange, segmentation basics, reliability considerations). 

Preferred Experience and Skills

•  Direct experience with data center plant controls and/or modular infrastructure systems. 
• Hands-on experience with protocols such as BACnet and Modbus (or equivalent). 
• Prior exposure to functional performance testing and field bring-up (FAT/SAT/IST).