Designer

• Act as a primary design point of contact for external partner studios
• Drive the conceptualization, documentation, and macro-level vision of levels and gameplay experiences
• Drive the development and iteration of pipelines, processes, and tools
• Drive cross-functional strike teams to achieve end-user experience goals
• Lead by example in grey-boxing, pacing, layout beats, scripting, and gameplay implementation
• Spearhead testing, debugging, level performance, streaming, and optimization strategies
• Drive the vision for environmental storytelling, world building, tone, setting, and art propping
• Act as a champion for the discipline and own specific project mandates
• Provide high-level mentorship to Associate and Core designers

Senior Game Designer

• Lead design projects and oversee work of junior designers
• Apply National Electrical Code (NFPA 70) to design requirements
• Work in a fast-paced office environment

Senior Designer

• Preparing design layouts, creating detail part, assembly, and installation models, and releasing data sets using CAD and Product Lifecycle Management (PLM) tools.
• Applying relevant company (design, drafting, parts) techniques to plan, layout, and maintain data depicting engineering designs (detail, assembly and installation drawings or MBDs).
• Interface with other vehicle subsystem teams to route harnessing in the vehicle model.
• Reviewing engineering drawing and designs to ensure alignment to established specifications and standards.
• Implementing engineering and manufacturing standard methodologies to achieve a balanced approach to cost, schedule and performance requirements.

Technical Designer – CAD III

• Lead the interior design effort of special or more complex projects.
• Support Project Designers in quality review of design deliverables.
• Contribute experience to the interior environment with knowledge and skills about space planning, interior building materials and finishes; casework, furniture, furnishings, and equipment; lighting; acoustics; wayfinding; ergonomics and anthropometrics; and human environmental behavior.
• Execute full design process, from initial sketch through start of construction
• Work independently or with minor oversight to perform assignments including, conceptual design, schematic design, design development, space planning and construction documentation
• Produce mood, material and design presentations independently or with minimal supervision
• Participate in internal and consultant meetings
• Provide extensive and rapid fire knowledge of FF&E vendors and resources to the team
• Be wildly creative and push the boundaries!

Senior Project Designer

• Own the mechanical design of the auxiliary and driveline systems supporting large-scale turbomachinery development and testing
• Responsible for design and development of shaft couplings, bearing housings and integration, speed-reduction gear units, bearing fluid lubrication systems, seal support systems, mounting and structural support systems — from concept through hardware implementation and test
• Lead the driveline architecture trades: rigid versus flexible coupling, direct drive versus an intermediate / quill shaft with its own bearings versus a reduction gear unit; document the decisions and their rationale
• Create and release engineering drawings, 3D models, and specifications in CAD (NX or Creo) and the PLM system (Windchill), applying GD&T per ASME Y14.5
• Perform and direct tolerance stack-ups, fit / clearance definition, and alignment analysis for the rotating-equipment train
• Integrate the bearing system into the driveline design — housings, fits, instrumentation provisions, and assembly — in close collaboration with bearing subject-matter experts.
• Serve as the prime mechanical-design interface to external vendors (coupling, bearing, gear-unit, and driven-equipment suppliers): own the interface control documents, evaluate proposals, and drive technical alignment
• Interface with the core turbomachinery team on rotordynamics and bearing loads so that coupling, bearing, and shaft-train requirements are correctly captured and met
• Contribute to detailed trade studies that result in selecting optimal mission-suitable subsystem hardware
• Support hardware build, assembly, acceptance testing, alignment, and anomaly investigation for auxiliary-systems components; provide engineering dispositions for non-conforming hardware
• Develop and maintain design requirements and documentation; contribute technical artifacts to subsystem and program gated reviews (SRR, PDR, CDR, MRR, TRR)

Propulsion Engineer III – Auxiliary Systems Design

• Draft, edit, and finalize design plans and details using appropriate and efficient methods and adhering to Geosyntec design/drafting standards.
• Understand and visualize overall civil/geotechnical engineering concepts, such as grading/site layouts, and translating abstract concepts to design drawings.
• Analyze sketches, notes and other input material to determine best approach to complete a grading or modeling task or prepare a design drawing set.
• Manage the production of drawing sets from creation, markup and modification based on overall design.
• Work collaboratively with Autodesk Construction Cloud with other Geosyntec CADD practitioners to prepare design drawings and details and reviewing completed work products to ensure quality.
• Participate in our CAD Action Group, by supporting, networking, and collaborating to improve CAD standards, workflows, and efficiencies across the company.

Senior Designer, Civil 3D

• Prepare/evolve design layouts, create and maintain detail part and assembly drawings using CAD and Product Lifecycle Management (PLM) tools.
• Support engineering teams in the development with mechanical layout and detail design and drawing for structural, mechanical, fluids and electronic detail parts and assemblies.
• Apply relevant company (design, drafting, parts) techniques to plan, layout, and maintain data depicting engineering designs (detail, assembly and installation drawings or datasets).
• Implement engineering and manufacturing standard methodologies to achieve a balanced approach to cost, schedule and performance requirements.

Technical Designer – CAD II

• Preparing design layouts, creating detail part, assembly, and install models
• Releasing data sets using CAD and Product Lifecycle Management (PLM) tools
• Applying relevant company techniques to plan, layout, and maintain engineering designs
• Interface with other vehicle subsystem teams to create and place avionics boxes in the vehicle model
• Reviewing engineering drawing and designs to ensure alignment to established specifications and standards
• Implementing engineering and manufacturing standard methodologies

Technical Designer – CAD III, Avionics

• Preparing design layouts, creating detail part, assembly, and install models, and releasing data sets using CAD and Product Lifecycle Management (PLM) tools
• Applying relevant company techniques to plan, layout, and maintain data depicting engineering designs
• Interfacing with other vehicle subsystem teams to create and place thermal hardware in the vehicle CAD model
• Reviewing engineering drawing and designs to ensure alignment to established specifications and standards
• Implementing engineering and manufacturing standard methodologies to achieve a balanced approach to cost, schedule and performance requirements

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