Jobs at XNRGY Climate Systems

Supports manufacturing and process engineering by developing assembly processes, improving production workflows, conducting time studies, updating work instructions and training documents, troubleshooting equipment, supporting production trials, and documenting corrective actions. The role emphasizes lean manufacturing, root cause analysis, safety compliance, process optimization, and hands-on collaboration with manufacturing, design, and engineering teams.

Investigates field failures involving complex HVAC and electromechanical systems, performs structured root-cause analysis, manages corrective actions, and improves product reliability. Maintains service bills of materials and parts catalogs, supports technical escalations and commissioning, updates drawings and service documentation, verifies engineering changes, and trains field personnel. The role requires approximately 30% travel to data-center sites and collaborates across engineering, manufacturing, quality, supply chain, and service operations.

Authors and maintains controlled technical documentation for chillers, liquid-cooling systems, and related industrial equipment. Develops field procedures, manuals, checklists, service bulletins, training materials, illustrations, and troubleshooting content. Manages document registers, revision control, approvals, change notices, translations, templates, and editorial standards. Collaborates with engineers, technicians, training teams, and application developers to structure reusable content for print, web, and future technician-facing applications. Observes field work and incorporates feedback into accurate, executable, safety-critical documentation.

Provides comprehensive administrative support to site leadership by managing calendars, coordinating domestic and international travel, preparing documents and meetings, handling communications and confidential records, processing expenses and invoices, coordinating stakeholders, and supporting office operations and special projects.

Leads mechanical development of CRAH and air-side cooling products from concept through production release. Creates and approves 3D models, assemblies, manufacturing drawings, and engineering documentation; supports NPI, prototypes, production ramp-up, and manufacturing implementation. Provides technical leadership, resolves product and field issues through root-cause analysis, manages engineering changes, and collaborates with manufacturing, sourcing, quality, service, and suppliers. Requires extensive HVAC or mechanical product development experience and strong SolidWorks or Creo skills.

Designs production-ready electrical cabinets, control-panel enclosures, sheet-metal assemblies, and component-mounting systems for cooling equipment. Creates 3D models, detailed drawings, electrical layouts, BOMs, and manufacturing documentation. Collaborates with engineering, manufacturing, quality, supply chain, and suppliers throughout product development, from prototypes through production launch. Supports builds, troubleshooting, root-cause investigations, configuration control, design reviews, and product improvements while considering manufacturability, safety, serviceability, ventilation, and cost.

Develops, tests, validates, and supports deployment of HVAC products including chillers, CRAHs, AHUs, and data center cooling systems. Responsibilities include executing qualification plans, analyzing test data, preparing reports, supporting prototypes and pre-production builds, coordinating laboratories and suppliers, assisting manufacturing launches, resolving technical issues, and conducting root cause analysis. The role also supports design reviews, engineering changes, product improvements, and industry certification programs.

Develops, optimizes, and sustains manufacturing and assembly processes to improve safety, quality, delivery, efficiency, and cost. Responsibilities include line balancing, capacity analysis, MES work instructions, tooling and equipment standards, factory layout, PFMEA, control plans, capital projects, NPI support, root-cause analysis, and continuous improvement. The role also mentors engineering and production teams and collaborates with manufacturing, operations, engineering, and equipment vendors.

Develop and maintain production-critical software for HVAC product selection, configuration, pricing, and quoting. Build numerical calculation engines, performance databases, configuration rules, integrations with ERP, CRM, and PLM systems, and automated technical deliverables. Establish scalable architecture, testing, version control, deployment, and release practices while collaborating with mechanical engineering, applications, sales, and testing teams.

Lead the strategy, architecture, development, validation, and release governance of CPQ and HVAC selection tools. Govern performance models and data, ensure AHRI, ASHRAE, and AMCA compliance, oversee testing and calibration, and develop automated customer submittals. Manage a technical team, coordinate with engineering, testing, sales, CAD, and document control, and ensure software releases produce accurate, traceable, and commercially defensible selections.

Supports trade, import, product, environmental, and customer compliance across the organization. Responsibilities include HTS classification, country-of-origin determinations, import documentation, tariff evaluation, REACH and RoHS compliance, supplier documentation, customer requirements, compliance risk assessment, recordkeeping, audits, training, and corrective actions. The role collaborates with engineering, sourcing, supply chain, quality, legal, operations, suppliers, customs brokers, and customers to translate regulatory requirements into practical actions.

Leads a mechanical design team developing HVAC equipment, including air handling units, CRAHs, and chillers. Assigns work, reviews and approves CAD models and manufacturing drawings, establishes design standards, and ensures manufacturability. Serves as the GD&T and tolerance analysis expert while collaborating with engineering, production, sourcing, quality, and suppliers. Supports manufacturing issue resolution, engineering changes, product improvements, and development from concept through production release.

Lead end-to-end execution of multiple complex product programs involving custom thermal systems, from feasibility and order release through production readiness and shipment. Coordinate Engineering, Manufacturing, Supply Chain, Logistics, Quality, Sales, and Field Service while managing risks, schedules, costs, margins, and quality. Establish program governance, oversee BOM and material readiness, validate engineering maturity, manage FAT and inspections, provide executive reporting, and improve product program management standards and PMO operating models.

Leads annual operating planning, multi-department budgeting, financial forecasting, long-term cash forecasting, capital planning, returns analysis, and working-capital analysis. Builds financial models, evaluates investments using NPV, IRR, ROIC, and payback, and prepares decision-ready reporting for senior leadership and the Board. Uses ERP data, Excel, SQL, Python, and AI tools to improve reporting, data preparation, forecasting, and recurring analytical processes.

Coordinates bids, RFPs, equipment selections, pricing, quotes, CRM records, ERP sales orders, staged releases, shipments, storage, and change orders. Reviews purchase orders, maintains audit trails, monitors data quality, supports pipeline reporting, and communicates across Sales, Engineering, Planning, Production, Service, Finance, customers, contractors, and representatives. Also researches product and competitor information and maintains technical references and templates.

Leads and develops a manufacturing procurement team while overseeing sourcing, supplier relationships, negotiations, purchase orders, inventory coordination, risk mitigation, cost reduction, supplier performance, compliance, and continuous improvement. Collaborates with planning, production, engineering, quality, and logistics teams to ensure material availability and operational efficiency. Manages procurement KPIs, supplier corrective actions, ERP usage, reporting, and digital transformation initiatives.

Lead and deliver manufacturing engineering projects for complex ETO/CTO HVAC products: design tooling/fixtures, optimize assembly and processes, implement improvements, manage supplier coordination and production validation, maintain manufacturing standards, and drive root-cause analysis and continuous improvement.

Lead end-to-end execution of multiple complex customer programs from feasibility through shipment readiness. Drive cross-functional alignment across engineering, manufacturing, supply chain, quality, and service; enforce readiness gates (G1–G6); validate manufacturability; manage BOM, materials, FAT, and documentation; own post-shipment deficiency resolution; establish program governance and deploy Product Program Management operating model to improve manufacturing readiness and delivery performance.

Protects plant production from supplier quality disruptions by monitoring supplier performance, leading containment and corrective actions, managing non-conformances, assessing supplier risks, supporting launches and engineering changes, maintaining quality documentation, and collaborating with suppliers, manufacturing, engineering, procurement, and quality teams. The role uses 8D, 5-Why, root cause analysis, SPC, PFMEA, and control plans to prevent recurring defects and production interruptions.