Semi Conductor Devices (SCD), a leading worldwide supplier of high-end Infrared Detectors and thermal imaging cores, is looking for an Analog / Mixed-Signal VLSI Designer to join its VLSI R&D group. The role involves design and validation of custom analog and mixed-signal ASICs (ROICs) for advanced IR imaging systems, working closely with experienced analog, digital, system, and hardware teams.
Responsibilities:
Design and verify Analog and Mixed-Signal circuit blocks for IR image sensors (ROICs) under the guidance of senior designers Participate in the full ASIC development flow: specification review circuit design verification integration silicon bring-up lab validation Contribute to block-level simulations, documentation, and design reviews Work closely with digital designers, layout engineers, electronics, and system teams to support chip integration Support post-silicon validation and lab measurements, including debug and correlation to simulations Gain exposure to advanced CMOS processes, image sensor architectures, and system -driven design constraints.
Requirements: Basic requirements BSc / MSc in Electrical Engineering.
2-5 years of hands-on experience in analog or mixed-signal VLSI design (industry or advanced academic work).
Basic understanding of analog design fundamentals: gain, bandwidth, noise, stability, matching, PVT effects.
Experience reading and working from specification documents.
Familiarity with analog simulation and schematic tools (e.g., Cadence Virtuoso / ADE / Spectre).
Ability to work well in a team-oriented, multidisciplinary environment Good written and spoken English.
Advantages:
Experience with image sensors, ROICs, or custom mixed-signal ASICs. Design experience with one or more of the following:
o Analog front-ends, amplifiers, bias circuits.
o ADCs or data converters o Low-noise and/or low-power analog design. Exposure to silicon bring-up and lab validation.
Strong motivation to learn, take responsibility, and grow as an analog designer.
Location: Near Karmiel.
This position is open to all candidates.