Electrical Engineer to design and lead advanced electromechanical systems for subsea applications.
Compensation
CTC: $125,000 - $150,000
Responsibilities
Design electrical systems for advanced electromechanical products including propulsion systems, actuators, motors, sensors, and power transmission equipment.
Develop brushless motor drive electronics and supporting circuitry.
Design, analyze, prototype, test, and validate embedded electrical systems.
Create electrical schematics, PCB layouts, Bills of Materials (BOMs), and engineering documentation.
Improve existing products to enhance reliability, manufacturability, and overall performance while reducing cost.
Coordinate hardware program activities for enterprise storage systems, managing documentation, procurement, and lifecycle processes.
Responsibilities
Coordinate material readiness, procurement, and lifecycle management for mechanical and electrical hardware across new product development, prototype builds, product changes, and sustaining engineering activities.
Partner with mechanical engineering, electrical engineering, program management, and release management to define configurations, build quantities, milestones, schedules, part numbers, and assembly structures.
Create, maintain, and release part numbers, bills of material (BOMs), engineering change documentation, specifications, drawings, and product records in Agile PLM and Windchill PLM.
Manage request for quotation (RFQ) activities, evaluate supplier and contract manufacturer quotes, support vendor selection, and track cost, delivery, quality, and technical issue resolution.
Create, track, reconcile, and close purchase orders, material requests, and purchasing-card transactions while verifying commodity and general ledger coding.
Lead technical execution and change control for high-impact product engineering initiatives at CPC.
Compensation
Pay Range: $108,000.00 - $122,000.00 / year
Responsibilities
Drive Technical Execution for Released Products
Serve as the technical lead/SME on high-impact and highly technical product engineering initiatives
Perform root cause analysis utilizing tools (e.g., 8D, 5 Whys, Pareto) to solve complex engineering challenges
Transfer lessons learned to NPI teams to improve design for injection molding, design for assembly and manufacturing readiness
Provide technical support to customers and internal customers including Sales, Quality, Marketing, Manufacturing, Tooling, Purchasing, and Design Engineering
Requirements
Bachelor’s degree in Engineering or related field
Nice to have: M.S. in Engineering
Nice to have: M.B.A.
Nice to have: knowledge of injection molded thermoplastic components
Develops and refines product designs for new and existing products by applying engineering principles, design standards, and manufacturing best practices. Creates engineering models, drawings, and documentation to ensure products meet quality, performance, manufacturability, and customer requirements.
Responsibilities
Develop product designs of moderate complexity based on engineering requirements, project objectives, and design concepts
Create engineering layouts, 3D models, and detailed drawings using Computer Aided Design tools, primarily Creo
Analyze product designs for form, fit, function, manufacturability, assembly, and serviceability
Select appropriate materials, standard components, and engineering specifications for assigned design projects
Collaborate with suppliers and manufacturing teams to obtain technical information, prototype support, material recommendations, and manufacturing feasibility feedback
Responsible for production support engineering with respect to testing methods, procedures, problem solving, electro-optic assembly specification, yield issues, minor redesign of assemblies, analysis of customer returns, and optimizing device production relative to cost constraints.
Responsible for production support engineering with respect to testing methods, procedures, problem solving, electro-optic assembly specification, yield issues, minor redesign of assemblies, analysis of customer returns, and optimizing device production relative to cost constraints.
Assumes responsibility for design transfer from engineering to production and is usually responsible for supporting manufacturing operations.
Be a self-starter and able to prioritize multiple tasks in a fast paced, highly technical work environment.
Be comfortable working as part of an integrated team including technicians, engineers, program managers, and research scientists.
Hardware Program Coordinator supporting new product development and sustaining engineering for enterprise storage systems.
Responsibilities
Coordinate material readiness, procurement, and lifecycle management for mechanical and electrical hardware across new product development, prototype builds, product changes, and sustaining engineering activities.
Partner with mechanical engineering, electrical engineering, program management, and release management to define configurations, build quantities, milestones, schedules, part numbers, and assembly structures.
Create, maintain, and release part numbers, bills of material (BOMs), engineering change documentation, specifications, drawings, and product records in Agile PLM and Windchill PLM.
Manage request for quotation (RFQ) activities, evaluate supplier and contract manufacturer quotes, support vendor selection, and track cost, delivery, quality, and technical issue resolution.
Create, track, reconcile, and close purchase orders, material requests, and purchasing-card transactions while verifying commodity and general ledger coding.
Lead Process Engineering team in Penang, Malaysia enabling production and development of Instruments and Accessories for use in robotic procedures worldwide.
Responsibilities
Lead Process Engineering team (Manufacturing Engineering and Equipment Engineering) in Penang, Malaysia enabling production and development of Instruments and Accessories for use in robotic procedures worldwide
Maintain and execute multi-year roadmap for capacity improvements including mid and high volume products
Oversee the validation and qualification of manufacturing equipment and processes in compliance with medical device manufacturing standards (DQ/IQ/OQ/PQ/PPQ)
Maintain compliance with medical device quality system including corrective action closure, discrepant material disposition, internal/external audits and Engineering Change Orders (ECO)
Hire, train, mentor and evaluate personnel to ensure efficient operation of process engineering functions
Requirements
Minimum BS degree in Engineering (Mechanical, Electrical / Electronics, Computer Science, Manufacturing , Biomedical or equivalent)
A Hardware Program Coordinator supporting new product development and sustaining engineering activities for complex enterprise storage systems, coordinating documentation, BOMs, procurement, and product lifecycle management.
Responsibilities
Coordinate material readiness, procurement, and lifecycle management for mechanical and electrical hardware
Partner with mechanical engineering, electrical engineering, program management, and release management to define configurations, build quantities, milestones, schedules, part numbers, and assembly structures
Create, maintain, and release part numbers, bills of material (BOMs), engineering change documentation, specifications, drawings, and product records in Agile PLM and Windchill PLM
Manage request for quotation (RFQ) activities, evaluate supplier and contract manufacturer quotes, support vendor selection, and track cost, delivery, quality, and technical issue resolution
Create, track, reconcile, and close purchase orders, material requests, and purchasing-card transactions while verifying commodity and general ledger coding
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