• Lead Mechanical Engineering Design Activities, independently performing advanced engineering work • Perform advanced mechanical design tasks and computational analysis for complex projects, components and systems • Utilize AutoCAD and Revit software to prepare drawings and visual aids • Develop proposals including project scope, schedule and budget • Perform QAQC peer reviews for projects • Survey existing building conditions and prepares technical reports of findings • Prepare project design, specification and construction documents • Serve as primary client contact for one or more clients • Mentor associates and assist with training and development • Identify opportunities and lead the strategic use of technology to enhance efficiency through workflow automation

• Help lead our growing Physical Design Engineering team • Work on various projects involving physical design engineering

• Perform systems engineering on a breadth of projects across broadcast, corporate media, higher education, and government. • Be the ZTransform technical design lead and/or a supporting technical team member in the successful execution of broadcast and multimedia design-build and managed services projects. • Successfully manage all technical aspects of projects including the pre-design, detailed design, system deployment, testing, configuration management, technical systems training and readiness support for all built environments. • Participate in the development and presentation of project change orders and labor utilization models. • Establish and foster relationships with client stakeholders, providing timely and concise communication on project status, changes, and escalations. • Support in the in-field and remote troubleshooting and remediation of performance issues.

• Analyze, improve, and define subsystem architectures that directly influence system performance, throughput, and reliability for customers at the forefront of semiconductor equipment manufacturing • Architect mechanical, thermal, fluid, and structural solutions that drive system performance and reliability • Develop detailed CAD models and engineering drawings for weldments, sheet metal, machined parts, and assemblies • Lead requirements decomposition and ensure bi-directional traceability • Perform structural, thermal, dynamic, and vacuum-related analyses using advanced FEA tools • Validate system reliability through load-path evaluation, stress analysis, fatigue modeling, and environmental considerations • Represent engineering in customer engagements and roadmap discussions.