Senior Electrical Engineer

Teledyne Technologies•Lincoln, NE

23h

About The Position

Teledyne is seeking a Senior Electrical Engineer to support new product design projects across the Lab and Field Instrumentation business segment. Senior engineers serve as a technical leader at the project level, driving the development of designs from the translation of customer needs through to the final production handoff. This role requires a deep understanding of electrical design principles and best practices as well as the skills to coordinate across disciplines and produce robust products that satisfy customer needs. This position offers a high‑impact opportunity to shape both the technical direction of our products and the development of the engineering team.

Requirements

Bachelor's degree (B.S.) from four-year college or university in Electrical Engineering or a related field and at least 8 years of directly related experience and/or training, or equivalent combination of education and experience
Strong background in mixed‑signal electrical design, including microcontrollers, power conversion, motor drivers, analog signal conditioning, and interconnects / wire harnessing
Expertise in PCB design and layout best practices, including stack‑up definition, impedance control, EMI/EMC mitigation, and design for manufacturability and testability
Hands‑on proficiency with electrical CAD tools for schematic capture, layout, and release (Altium preferred)
Experience using electrical simulation and analysis tools to support circuit design, stability analysis, and design tradeoffs
Advanced hands‑on use of laboratory instrumentation (oscilloscopes, logic analyzers, spectrum analyzers, signal generators, power analyzers, etc.) for debug, characterization, and validation
Experience developing and executing validation and verification testing, including functional, stress, environmental, performance, and regulatory pre‑compliance testing
Ability to author clear technical specifications, requirements, and test plans, and to review and approve engineering documentation
Working knowledge of regulatory compliance processes and documentation (FCC/IC, CE, UL, and related standards)
Familiarity with modern sensing technologies and their electrical integration considerations
Working knowledge of basic building electrical systems (120/240 VAC), grounding, and safety considerations
Comfortable driving project execution, including task estimation, schedule development, technical risk identification, and cross‑functional communication

Responsibilities

Design and develop electronic hardware systems and subsystems, including architecture definition, analysis, and component selection
Deliver hardware designs from concept through prototype, validation, and production release in compliance with established product development and quality processes
Prepare and review schematics, technical drawings, specifications, and engineering documentation to ensure alignment with internal standards, regulatory requirements, and customer requirements
Develop and execute validation and verification plans, including functional, stress, environmental, performance, and compliance testing
Perform root cause analysis and failure investigations for development, production, and field issues; implement corrective and preventive actions
Design for manufacturability, testability, reliability, cost, and regulatory compliance in collaboration with manufacturing, quality, and supply chain teams
Interface with suppliers, contract manufacturers, and external test laboratories to support component qualification, production readiness, and compliance certification
Support the development of project SOWs, schedules, cost estimates, and risk mitigation plans to drive new product introduction activities including pilot builds, production ramp, and issue resolution
Communicate status and technical concepts to cross-functional stakeholders
Provide technical leadership and mentor junior engineers through consultation, design reviews, and day‑to‑day collaboration to build capability and ensure consistent engineering practices
Work evenings and weekends when necessary to meet critical milestones and business objectives