Electronics Designer

Teledyne Technologies Incorporated•Waterloo, ON

1d•$93,700 - $124,900

About The Position

Teledyne Digital Imaging, a subsidiary of Teledyne Technologies Inc., specializes in the manufacture, design, research, and development of high-performance CMOS and CCD image sensors and modular expandable cameras. Our products are used worldwide in various applications including machine vision, document scanning, image capture, surveillance, process monitoring, manufacturing inspection, medical imaging, and multimedia. We are seeking a Sr. Electronics Designer to join our growing team and contribute to cutting-edge projects in the high-technology market.

Requirements

Previous space hardware design experience for LEO applications preferred.
Familiarity with NASA, ESA, MIL spec requirements.
Strong, demonstrated expertise in digital and analog circuit design.
Experience with PCB design tools (e.g., Siemens PADS) and lab instrumentation such as high-speed scopes and thermal chambers.
Strong working knowledge of high-speed digital, mixed-signal, and power electronics design.
Extensive experience with ADCs, DACs, SMPS, LDOs, op-amps, FPGAs, microcontrollers, and fiber optics.
Proven ability to own complex technical problems and deliver solutions independently.
Ability to influence technical direction and collaborate across multiple teams.
Minimum Bachelor’s degree in Electrical Engineering or related field required.
Typically 8+ years of relevant experience.

Nice To Haves

Previous space hardware design experience for LEO applications

Responsibilities

Work on a multidisciplinary team consisting of software, mechanical, optical, FPGA, and systems design as a senior electronics designer.
Lead the design and development of Focal Plane Array (FPA) and Camera platforms for Low Earth Orbit (LEO) imaging applications.
Own board-level architecture decisions including: power, signal integrity, high-speed interfaces, grounding.
Define PCB stackups and guide layout strategy for complex, high-performance designs, with emphasis on signal integrity and EMI control.
Drive design optimization for cost, reliability, manufacturability, scalability, and testability, including the special requirements for space-rated/radiation-tolerant components.
DFM and DFT considerations at the design level.
Independently debug, validate, and qualify designs through prototype and production stages.
Provide technical leadership across firmware, FPGA, mechanical, thermal, and test teams.
Lead design reviews and ensure adherence to engineering standards and best practices.
Mentor intermediate and junior designers, providing technical guidance and developmental feedback.
Identify technical risks early and implement mitigation strategies across projects.
Support production ramp-ups and resolve escalated field or manufacturing issues.
Comfortable working with external labs/specialists as needed to oversee design tasks such as EMC testing, and Thermal Analysis.