Apply on Employer Site

Teledyne Technologies Incorporated · 1 month ago

ASIC Digital Design Engineer

Goleta, CA

Full-time

Onsite

Senior Level

$142K/yr - $189K/yr

5+ years exp

Teledyne Technologies Incorporated provides enabling technologies for industrial growth markets that require advanced technology and high reliability. They are looking for an ASIC Digital Design Engineer to oversee definition, design, verification, and documentation for ASIC development, contributing to the development of multidimensional designs involving complex integrated circuits.

ElectronicsEnergyManufacturingTelecommunications

No H1B

U.S. Citizen Only

Responsibilities

Flow down and documentation of customer requirements

Perform digital design, timing design, and detailed digital simulations

Develop IC specifications & documentation

Requirements Capture & Documentation

Translating system-level specs into digital requirements

Creating detailed timing (setup/hold, pixel clocking) and block diagrams

Creating risk assessments and traceability matrices

RTL Front-End Design

Behavioral modeling of digital controllers (e.g., pixel readout sequencing, windowing)

Finite State Machine and datapath design for ASIC modes

Clock domain crossing and power-aware RTL coding (asynchronous resets, and multi-clock domains)

Modular and synthesizable SystemVerilog

Synthesis & Optimization

Logic synthesis with constraints (timing, area, power)

Multi-corner, multi-mode (MCMM) analysis

DFT/ATPG insertion (scan chains, BIST for ASIC testability)

Clock/Power optimization for low-power ASICs

Perform Back-End Physical Design as needed

Floorplanning and power grid design

Place and Route (APR) with congestion management

Timing closure across PVT corners

DRC, LVS, extraction and signoff

Perform RTL Verification & Simulation as needed

Functional verification with UVM testbenches, coverage driven verification(code/functional/toggle)

Assertion based checks for timing critical paths, and co-simulation with analog models (e.g., pixel array interfaces, Verilog-AMS)

Customer interface and design review presentations

Coordination with design team, analog design, and full custom IC cell layout

IC Device Test Support: Provide assistance (as required) to test engineering to perform test verification

Qualification

ASIC DesignRTL DesignDigital SimulationIC Design CAD toolsSynthesis & OptimizationUVM VerificationPower OptimizationAnalytical Problem-SolvingInnovationISO 9001 KnowledgeDigital Design for CMOSSPICE SimulationCollaborationCommunication SkillsDecision Making

Required

B.S. in EE or Physics required

Attention to Detail required while performing design, layout, verification and simulations

Collaboration and Teamwork required to coordinate with design team, analog design, and full custom IC cell layout team members

Analytical Problem-Solving skills required in order to identify the root cause of difficult technical problems as well as analyzing alternate approaches and developing practical solutions to solve technical problems while performing complex IC designs

Organization, Planning & Execution required to ensure adherence to detailed digital IC design process and documentation

Strong Communication Skills and Good Presentation required to support customer presentations. i.e. PDR, CDR

Innovation: must have the ability to develop new ideas and/or creative designs using innovative methodologies and/or concepts

Decision Making; Must be self-directing and possess the ability to make decisions based on problem analysis and evaluation of alternatives, risks and consequences

Flow down and documentation of customer requirements

Perform digital design, timing design, and detailed digital simulations

Develop IC specifications & documentation

Translating system-level specs into digital requirements

Creating detailed timing (setup/hold, pixel clocking) and block diagrams

Creating risk assessments and traceability matrices

Behavioral modeling of digital controllers (e.g., pixel readout sequencing, windowing)

Finite State Machine and datapath design for ASIC modes

Clock domain crossing and power-aware RTL coding (asynchronous resets, and multi-clock domains)

Modular and synthesizable SystemVerilog

Logic synthesis with constraints (timing, area, power)

Multi-corner, multi-mode (MCMM) analysis

DFT/ATPG insertion (scan chains, BIST for ASIC testability)

Clock/Power optimization for low-power ASICs

Perform Back-End Physical Design as needed

Floorplanning and power grid design

Place and Route (APR) with congestion management

Timing closure across PVT corners

DRC, LVS, extraction and signoff

Perform RTL Verification & Simulation as needed

Functional verification with UVM testbenches, coverage driven verification(code/functional/toggle)

Assertion based checks for timing critical paths, and co-simulation with analog models (e.g., pixel array interfaces, Verilog-AMS)

Customer interface and design review presentations

Coordination with design team, analog design, and full custom IC cell layout

IC Device Test Support: Provide assistance (as required) to test engineering to perform test verification

Knowledge Of And Continuous Learning In The Following Areas

Full Custom IC Layout Design and CAD tools

Imaging Systems and Electro-Optical Components

Digital design for CMOS technology

Simulation tools such as SPICE

Schematic Capture and simulation

Digital Synthesis and RTL code development, implementation, and verification

Applicants must be either a U.S. citizen or PERMANENT Resident

Preferred

Minimum 5 years' experience in IC design, circuit topology, digital schematic capture and simulation desired

Strong Computer Skills: Word, Excel, Outlook and PowerPoint

Knowledgeable in ISO 9001 process and procedures

Advanced skills in IC Design CAD tools

Company

Teledyne Technologies Incorporated

Glassdoor3.4

Teledyne Technologies is a leading provider of sophisticated electronic components, instruments & communications products, including defense electronics, data acquisition & communications equipment for airlines and business aircraft, monitoring and control instruments for industrial and environmental applications and components, and subsystems for wireless and satellite communications.

Founded in 1960

Thousand Oaks, California, USA

10001+ employees