Sr. R&D Product Development Designer

Munters•Irving, TX

2d•Onsite

About The Position

The Munters R&D group develops new products for the Data Center Cooling market. The Sr. R&D Designer develops, maintains, and releases mechanical design packages for new product development, prototypes, lab testing, product improvements, and production implementation. This role provides senior-level CAD design, drawing, BOM, and engineering documentation support while working with R&D Engineering, Project Engineering, Manufacturing, Quality, Supply Chain, vendors, and laboratory teams. The role requires strong ownership of design details, manufacturability, configuration control, and release readiness.

Requirements

Advanced proficiency with SolidWorks 3D CAD software, including large assemblies, sheet metal, weldments, and 2D detailing.
Strong knowledge of mechanical drawing standards, tolerancing, GD&T principles, materials, finishes, manufacturing processes, and assembly requirements.
Working knowledge of HVAC, hydronic systems, data center cooling equipment, piping, valves, pumps, coils, fans, and heat exchangers.
Experience with PDM/PLM/ERP systems, BOM management, part number creation, drawing release, and ECO/ECR workflows.
Ability to interpret engineering requirements, project specifications, vendor data, and manufacturing feedback.
Strong problem-solving ability, attention to detail, ownership mindset, and ability to identify design risks before release.
Ability to manage multiple priorities and work independently with minimal supervision.
Effective written and verbal communication skills across engineering, manufacturing, quality, lab, supplier, and management teams.
7+ years of relevant mechanical design / CAD experience in HVAC, industrial equipment, data center cooling, refrigeration, hydronic systems, sheet metal, or piping.
Demonstrated experience creating production-ready drawings, complex assemblies, BOMs, and released engineering documentation.
Experience supporting new product development, prototype builds, lab testing, product sustaining, or manufacturing implementation.
Experience with design for manufacturability, design for assembly, supplier coordination, and engineering change control.

Nice To Haves

Associate's degree in Mechanical Design, Drafting, Engineering Technology, Mechanical Engineering, or a related technical field; Bachelor's degree preferred.
Equivalent experience may be considered.
Familiarity with ASME Y14.5 / GD&T, weld symbols, sheet metal fabrication, pipe fabrication, and industrial assembly processes preferred.

Responsibilities

Develop and maintain complex 3D models and 2D drawings for data center cooling products.
Support hydronic piping, sheet metal, structural parts, brackets, coil/fan interfaces, CDUs, chillers, evaporators, and condensers.
Create and release manufacturing drawings with proper dimensions, tolerances, notes, materials, finishes, weld requirements, and inspection details.
Perform layout studies, clearance checks, interference reviews, serviceability checks, and manufacturability reviews before drawing release.
Support design standardization, cost reduction, supplier changes, and product improvements through the ECR/ECO process.
Create, update, and maintain engineering BOMs, part numbers, assembly structures, and drawing packages in the applicable PDM/ERP systems.
Ensure design documentation is complete, accurate, revision-controlled, and aligned with the released product configuration.
Coordinate drawing and BOM updates with Engineering, Project Engineering, Manufacturing, Quality, Supply Chain, and suppliers.
Review vendor drawings, 3D models, datasheets, and component interfaces for fit, form, function, and manufacturability.
Support prototype builds, lab test units, design validation activities, and engineering change implementation.
Collaborate with VA and TX lab teams on fit checks, component layouts, piping arrangements, instrumentation mounting, and test apparatus.
Assist with field issues, C2/warranty topics, nonconformance reviews, and corrective actions when design documentation is involved.
Provide practical design input to improve assembly, serviceability, reliability, manufacturability, and quality.
Act as a senior design resource for assigned programs, helping define drawing scope, priorities, timing, and release deliverables.
Mentor designers, drafters, and technical support personnel in CAD standards, drawing quality, and configuration discipline.
Participate in design reviews, ECO reviews, supplier discussions, lab build reviews, and manufacturing readiness meetings.
Communicate risks, open items, schedule impacts, and required decisions to engineers, project leaders, and managers.