The Studio Design Engineer is responsible for integrating and balancing vehicle models with Design in partnership with Architecture, SMT, Performance, Human Factors and Manufacturing. The role works at the early stages of vehicle development at a systems level to integrate innovative technology and cutting-edge design.
Responsibilities
Create, refine and finalize engineering criteria and work collaboratively with creative design
Lead the creation of unique and highly-integrated technical engineering solutions to resolve packaging issues while protecting the design aesthetic utilizing physical and math models
Utilize DFSS methodologies to ensure robust design development trade off management to study alternatives while considering impacts such as cost, mass, timing, design for assembly, dimensional variation and other program imperatives
Integrate regional/global requirements and develop alternatives to satisfy regional/brand needs
Actively communicate with team members to understand and resolve challenges and complexities within the Expert Team meeting for your area of responsibility
Coordinate, plan and implement new programs/projects, continuous improvement and engineering changes for clients, ensuring they are completed within required goals, time and budget
Act as client representative to ensure quality requirements and product expectations are met
Manage and lead the launch of new projects to satisfy APQP requirements and meet client requirements on time and in form
Coordinate, plan, and implement new programs/projects, continuous improvement, and customer engineering changes ensuring they meet met, time, and budget goals. Act as customer representative to ensure quality requirements and product expectations.
Responsibilities
Coordinate, plan, and implement new programs/projects, continuous improvement, and customer engineering changes.
Act as customer representative to ensure quality requirements and product expectations.
Manage and lead the launch of new projects to comply with APQP to satisfy customer requirements.
Seeking a Process Engineer, Numerical Control (NC) Programmer to support the CNC Programming technical team and ensure product compliance.
Compensation
The salary range for this role is 68,900 USD - 131,100 USD.
Responsibilities
Support the CNC Programming technical team in ensuring product and process compliance by providing CNC Programming solutions per our operating procedures and requirements
Complete CNC Programming related requests
Foster and maintain a cooperative relationship with Module Center departments including other Manufacturing and Quality personnel
Drive product and process improvements
Drive a culture of continuous improvement through use of CORE tools (Standard Work, DIVE, mistake proofing, etc.)
Provide technical support for steel industry products, acting as primary contact for customers and coordinating field data collection and product improvements.
Responsibilities
Coordinate, manage, and implement key customer site visits and meetings on a regular basis
Coordinate and manage customer related inquiries and responses to product related issues with the assistance of relevant internal departments and resources
Act as the primary point of contact for customer related inquiries for the steel industry product while utilizing necessary internal departments and resources to best deliver prompt, reliable information
Collect and analyze field data and incorporate product improvements to new and existing steel industry product
Provide support to the Field Representatives during new steel industry product commissioning and conduct follow up meetings with all necessary department heads
The mechanical design engineer will support the hydraulic + passive mechanical braking systems through the entire life cycle from conceptual design through detailed design and development, testing, qualification, manufacturing, and installed fleet support.
Responsibilities
Execute projects pertaining to new product introduction, new technology integration, and field issue resolution with a heavy focus on quality and reliability verified by physical testing
Responsible for designing yaw system components for wind turbines focusing on hydraulic pressure unit (HPU) systems, yaw bearings, yaw drives, and yaw brakes
Hold ownership of and drive lessons learned, best practices, and standardization into design related documentation
Responsible for design, development of testing/validation plans to prove component function and reliability
Provide innovative design solutions to meet aggressive timing, product cost, and reliability targets
Requirements
Bachelor’s Degree in Mechanical Engineering
Nice to have: Master’s Degree in Mechanical Engineering
Nice to have: Ansys
Nice to have: Wind turbine yaw subsystem experience