RTL Design Engineering Intern

Teledyne Technologies IncorporatedCamarillo, CA
$50,600 - $67,500

About The Position

Join Teledyne Imaging Sensors as an RTL Design Engineering Intern. We are looking for individuals who thrive on making an impact and want the excitement of being on a team that wins. We’re the world’s leading provider of infrared sensors for space, with customers like NASA, ESA, and the US Department of Defense. Our mission-focused team values technical excellence, collaboration, and agility.

Requirements

  • Pursuing a degree in Electrical Engineering, Computer Engineering, or a related field
  • Strong understanding of digital logic design and hardware description languages
  • Experience with Verilog or SystemVerilog
  • U.S. citizenship due to access restrictions.

Nice To Haves

  • Familiarity with imaging systems, sensor architectures, or mixed‑signal concepts is a plus
  • Exposure to FPGA development or ASIC design flows
  • Interest in infrared imaging, optics, or sensor physics
  • Strong analytical skills and a desire to learn how digital logic interacts with real‑world analog signals

Responsibilities

  • Design and implement RTL modules for infrared sensor subsystems, including: Pixel readout controllers, Timing generators, High‑speed data formatting and output interfaces
  • Write synthesizable Verilog/SystemVerilog that meets strict timing, power, and noise‑sensitivity constraints
  • Develop testbenches and run simulations to verify functionality and robustness
  • Support integration of digital logic with analog/mixed‑signal blocks such as ADCs, ROICs, and sensor biasing circuits
  • Analyze simulation waveforms, debug RTL issues, and contribute to design reviews
  • Document design specifications, verification plans, and results

Benefits

  • Hands‑on experience designing RTL for real infrared imaging sensors
  • Insight into how digital logic, analog circuits, and detector physics come together in a sensor system
  • Experience with industry‑standard EDA tools and FPGA platforms
  • Mentorship from engineers working on state‑of‑the‑art IR imaging technologies
  • Opportunities to contribute to sensor prototypes used in aerospace, defense, industrial, and scientific applications
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