The "Sr. Staff Engineer, Electrical" is a member of a global R&D Team. The role is of a hands‑on Electrical/Electronic engineer who is motivated to actively contribute to the new design and update of existing products.
Responsibilities
Serve thought process leadership for building depth of embedded design for team.
Understand product function & convert related design to Embedded requirements.
Perform reviews on design concepts, component selections, trade off analysis drive culture of simulation, design calculations, margin analysis & design process rigor before design finalization.
Build and review & approve the design documents and verification plan mapping to all the requirements including key performance & reliability requirements.
Approve the design performance meets the requirements, stays in sync with the Manufacturability and Serviceability, and achieve the cost/reliability target.
Requirements
Masters or Bachelor’s degree in Electrical/Electronics engineering, or related field or equivalent.
Principal Technician responsible for construction, testing, and maintenance of electro-optical setups, leading a high-performing MRO Electro Optics team.
Responsibilities
Build, lead, and support a high-performing MRO Electro Optics team
Supervise daily activities to guarantee that maintenance and repair processes comply with quality and production standards
Drive achievement of safety, quality, delivery, and productivity targets through clear leadership and standardized work practices
Execute Daily Management and Leader Standard Work to maintain operational discipline and continuous improvement
Confer with engineers, customers, vendors and others to discuss existing and potential engineering projects or products
Requirements
Bachelor in Engineering (electro-optics/electronic/electrical/mechanical)
Nice to have: Master in Engineering (electro-optics/electronic/electrical/mechanical)
Drive system-level adoption across Industrial OEMs, automation machinery builders, commercial HVAC manufacturers, and advanced electromechanical systems. Develop integrated protection and sensing solutions and partner with engineering teams to influence architecture decisions for motors, drives, controls, thermal systems, and embedded electronics.
Compensation
$104,400 - $161,760
Responsibilities
Build reference solutions for HVAC equipment, industrial machinery, commercial refrigeration, automation equipment, and control panels using Littelfuse protection, sensing, relays, and semiconductors.
Engage OEM R&D and system architects early in the lifecycle to shape specs, improve reliability, and coordinate protection/thermal performance.
Own messaging and campaigns for Industrial OEM & HVAC; tailor by sub-segment (motors/drives, compressors, controls, embedded electronics).
Provide design tools, overcurrent/thermal coordination guides, fault-tree demos, and application notes that speed qualification and certification.
Produce best-practice content on motor protection, LV control circuit reliability, inverter-driven HVAC protection, and sensor-enabled safety.
Developing Windows desktop applications that tightly integrate with industrial robots and machines to control the operation of a work cell and to connect the work cell to the enterprise.
Locations (2)
Berkeley, Missouri, United States
Hazelwood, Missouri, United States
Compensation
Summary Pay Range: $107,950 - $146,050
Responsibilities
Works with engineering and production stakeholders to develop automation software application use cases
Designs, develops, and tests software solutions to meet rate, quality, and productivity requirements for robotics and automation
Designs and document software interfaces and performs testing to verify compliance to interfaces
Develops and executes test plans to verify functionality of internally and externally developed software at both the module and system levels
Trains end users on the use of software applications developed by the team
Requirements
Principal Platform Software Engineer (Robotics and Lab Automation)
Lead design, development, and integration of robotic and laboratory automation software platforms, owning major components from architecture to production operation.
Responsibilities
Design, develop, and integrate software for heterogeneous robotic systems and laboratory instruments
Own major platform components from architecture to deployment and operation
Build backend services, APIs, SDKs, equipment adapters, and data ingestion components
Integrate robot controllers, device drivers, vendor SDKs, and equipment interfaces
Work directly with robotic arms, motion controllers, sensors, actuators, PLCs, and automated material-handling systems
Requirements
Bachelor’s degree in Computer Science, Robotics, Mechatronics, Electrical Engineering, Control Engineering, or a related discipline
The Bioproduction Design Engineer is responsible for the design, development, and optimization of components and subsystems used in upstream and downstream biopharmaceutical manufacturing, including fluidic systems, single-use assemblies, and process instrumentation.
Compensation
The compensation range for this position is $109,800.00 - $164,600.00, depending on experience. This position may be eligible for performance based bonus plan.
Responsibilities
Design and develop bioproduction components such as sensors, tubing assemblies, connectors, manifolds, filters, and related flow-path devices
Create detailed CAD models, drawings, and specifications for new products and revisions
Optimize designs for performance, manufacturability, cost, and scalability
Apply engineering principles to optimize fluid control, mass transfer, and material compatibility in bioproduction systems
Translate bioprocess requirements into component designs
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Biomedical Engineering, Chemical Engineering, or related field
Develop, prototype, and validate complex next‑generation robotics control systems.
Responsibilities
Build capabilities to assess performance of system prototypes and sub‑components
Develop novel methods, instrumentation, and testing software across mechanisms, sensors, and electronics
Partner with robotics and control algorithm developers, mechanical engineers, and power electronics teams to prototype, test, and validate custom control systems
Requirements
MS or PhD in Engineering
Nice to have: rapid prototyping using off‑the‑shelf sensors and MCUs
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