Top Design Engineer Jobs

Support design and development of HVAC and mechanical building systems under senior guidance. Prepare drawings and specifications, perform calculations, coordinate multidisciplinary work, conduct field investigations, and support quality control and project documentation.

The role involves designing and simulating RF power amplifiers, with a focus on innovation in CMOS SOI technology for Wi-Fi 7 systems.

The IC Design Engineer will design digital components for high-performance SerDes IP, focusing on high-speed communication, system integration, and silicon validation.

Designs, analyzes, and qualifies high-performance BLDC motors and voice coil actuators for aerospace and defense applications. Leads feasibility, testing, thermal-electromagnetic and structural evaluations, produces manufacturing documentation, and coordinates cross-functional teams to deliver AS9100-compliant, manufacturable motor solutions meeting customer and regulatory requirements.

Design high-performance delta-sigma ADCs/DACs and amplifiers in advanced CMOS processes. Model circuits in Matlab/Verilog-A/SystemVerilog, simulate with Spectre and Maestro, and perform chip-level verification using analog-on-top and digital-on-top methods.

Lead low-power hardware design for wearable devices: define power architecture, battery/charging profiles, design and validate schematics, build system-level power models, run power experiments, and collaborate with product, firmware, manufacturing, and QA to meet power targets.

Design and develop CMOS mixed-signal circuits (primarily delta-sigma ADCs/DACs) from concept to production, model and simulate using Matlab/Verilog-A/SystemVerilog and Spectre/ADEXL, and verify chip-level performance using analog-on-top and digital-on-top methodologies.

Design high-performance mixed-signal CMOS data converters and amplifiers from concept to production; model circuits in Matlab/Verilog-A/SystemVerilog; simulate and verify using Spectre and Maestro; perform chip-level analog-on-top and digital-on-top simulations.

Design and implement RTL for digital signal processing and mixed-signal data converters. Perform logic simulation, verification, synthesis, behavioral modeling, integration, and support tape-out, post-silicon validation, characterization, and production test across device development lifecycle.

Design and implement RTL digital logic and DSP for mixed-signal ICs. Perform simulation, functional verification, behavioral modeling, integration, tape-out support, and post-silicon validation/production test from concept through mass production.

Design and implement advanced power-conversion mixed-signal ICs from concept through post-silicon validation. Responsibilities include modeling (Matlab/Simulink/Spectre AMS), transistor-level design, layout leadership, lab debug, and support for product validation and production test.

Design and implement RTL digital logic and DSP for mixed-signal ICs, perform simulation, verification, synthesis, and behavioral modeling; support integration, tape-out, post-silicon validation, characterization, and production test.

Lead digital IC design for mixed-signal CMOS devices from concept to production. Design and validate digital and DSP IP, model control loops in Matlab/Simulink, convert subsystems into silicon-ready designs, perform lab debug and post-silicon validation, characterization, and production test, and support integration with SoC architectures.

Design and integrate digital logic for mixed-signal CMOS ICs from concept to production. Implement and verify digital IP (interfaces, state machines, filters, control loops) using Verilog/SystemVerilog, model algorithms in Matlab/Simulink, collaborate on physical design and post-silicon validation, and support product characterization and production test.

Design and develop digital and DSP IP blocks for mixed-signal SoCs, convert subsystems to final RTL for tape-out, and support post-silicon validation, characterization, and product test.

Lead DFT architecture and implementation for complex FPGA/SoC designs: insert test logic, generate ATPG patterns, perform pre-silicon validation, collaborate with IP and test teams, and improve DFT methodologies and automation to meet coverage, cost, yield, and debug goals.

The Senior HPT Rotor Design Engineer will focus on design durability and validation for the GE9X engine, collaborating across teams to ensure effective solutions and improvements in rotor hardware during the pre-entry into service phase.

The Senior HPT Airfoils Engineer will focus on product durability and validation for the GE9X engine, requiring collaboration across teams and leading redesign initiatives.

Lead design and qualification of downhole completion and flow-control tools across full product lifecycle. Perform detailed engineering analysis, prototype assembly and lab testing, create documentation and design packs, support manufacturing and operations, disposition nonconformances, mentor junior engineers, and manage large development projects.

The Senior Digital Design Engineer will design and implement digital designs for high-performance connectivity solutions, collaborating across teams for successful product delivery.

The Principal Digital Design Engineer will architect and implement complex digital designs for connectivity solutions, oversee micro-architecture and RTL implementation, and mentor junior engineers.

The Digital IC Design Engineer will define micro-architectures, implement designs using RTL coding, collaborate with cross-functional teams, and support silicon bring-up processes.

Design and architect FPGA and firmware for chip test infrastructure. Collaborate on hardware development, simulation, verification, and debugging to support data communication systems.

The Staff Opto-Mechanical Design Engineer will lead the design of fiber-optic components, generate design documents, and collaborate with engineers and vendors on project specifications and quality assurance.

The RFIC Design Engineer will design and develop advanced RF circuits for a satellite communications network, focusing on high performance and efficiency. Responsibilities include creating RF front-end components, circuit simulations, collaborating with engineers, and supporting prototype testing.