Top Design Engineer Jobs in Bangalore

The Staff Digital Design Engineer is responsible for RTL coding, micro-architecture design, and verification processes within digital subsystems, mentoring junior engineers, and ensuring product compliance with power and performance goals.

The role involves developing and supporting memory macros, enhancing memory verification methods, and automating memory-related procedures while ensuring quality assurance in memory design.

The role involves collaborating on firmware design for high speed SERDES, mentoring junior engineers, and debugging IP issues during customer deployment.

The Design Engineer Director will lead teams in developing high-speed interfaces and mentor engineers, focusing on cutting-edge technology.

The Principal Design Engineer will design and lead high-speed IP development, focusing on analog design and silicon validation, while also engaging with customers.

Design and optimize SRAM circuits for CPUs/GPUs, ensuring performance, area, and power requirements are met while developing custom memory solutions and methodologies.

Design and assist customers with semi-custom ASICs, FPGAs, and electronic systems. Responsibilities include development, testing, and debugging of designs and systems, while providing technical support to clients.

Lead HV and EHV substation design projects, including creating deliverables, design calculations, client communication, and mentoring juniors. Ensure quality and interdisciplinary coordination.

As a Digital Design Engineer, design and implement digital circuits. Engage in RTL coding, simulations, and collaborate with teams for design validation.

Lead the design and development of complex analog and mixed-signal integrated circuits, providing technical leadership and mentoring junior engineers. Collaborate with cross-functional teams to innovate solutions and ensure successful product delivery.

The role involves micro-architecture and RTL development for memory subsystem components, collaboration with various teams, and post-silicon verification.

The Mechanical Design Engineer will design mechanical components for electrical systems, perform engineering tests, and lead projects in a cleanroom environment.

Design and develop RTL for ASIC memory subsystems, collaborating with teams for verification, synthesis, and debugging, while making architectural decisions.

Lead Physical Design Methodologies, automate CAD flows, provide technical expertise on EDA flows, manage timing analyses, mentor junior engineers, and enhance design workflows.

The Staff Digital Design Engineer develops specifications, designs RTL with Verilog/System Verilog, mentors junior engineers, and collaborates on verification and validation efforts within digital design projects.

The Principal Digital Design Engineer will define strategies for digital design, lead SoC architecture projects, mentor talent, and engage with industry partners.

Design and develop RCC components for customer solutions, work collaboratively with production and procurement, and ensure designs meet cost and compliance targets.

Lead all block/chip level physical design activities for GPUs and ASICs. Improve RTL2GDS flow, debug design issues, and collaborate with design teams.

Design and implement complex ASIC features, define micro-architecture, and mentor junior engineers while collaborating with verification and physical design teams.

The Senior Physical Design Engineer will engage in physical design methodology, troubleshoot design issues, write scripts, and support chip design teams in enhancing PPA.

The GPU SOC Design Engineer develops logic design and RTL coding for graphics IPs, optimizing designs for performance and power, while ensuring integration quality in SoC projects.

The Lead Design Engineer is responsible for BMC firmware development, debugging, and design for server and storage systems, collaborating with cross-functional teams and creating firmware CI/CD processes.

Lead design and micro-architecture of SoC from specs to production. Implement design methodologies, sign off on RTL, and support debugging.

Design and develop conveyor and automated material handling systems using SolidWorks. Collaborate with teams, perform calculations, and create technical documentation.

The role involves researching and developing power electronics and analog circuit designs, conducting simulations, and working in a lab setting to create and test prototypes.