Top Design Engineer Jobs in Bangalore

The job involves designing high-performance analog and mixed-signal circuits, overseeing layout engineers, performing post-silicon validation, and mentoring junior engineers with a focus on high-speed wireline and optical products.

Develop methodology, flows, and tools for SoC and IP development efficiency; work with teams on automation tools using VLSI expertise.

Lead the design verification function for complex gate drivers, define test cases, automate DV suite, and create models for analog blocks.

Lead implementation of RTL-to-GDS flows for multiple IP blocks, develop/automate flows, plan resources for implementation and signoff, support and train customers, and resolve design and deployment issues.

The UX/UI Engineer will design and develop AI-enhanced interfaces, conduct user research, and collaborate with teams to create scalable, accessible experiences for AI applications.

Lead or participate in micro-architecture design, RTL coding, verification tasks, and provide mentoring. Collaborate with design, verification, and software teams throughout the SoC development process.

The Principal Engineer will design critical IP, implement specifications, ensure quality, and collaborate across teams for digital IC design processes.

As a Principal Design Verification Engineer, you will develop verification architectures, write test plans, and ensure design compliance across various technologies and industries.

Lead early-stage digital design implementation, focusing on backend design tasks, collaboration across teams, mentoring, and process innovation to enhance efficiency and quality.

This role involves leading memory design validation efforts for SRAM, TCAM, and ROM, performing detailed circuit simulations and analysis, and coordinating with various teams to ensure high-quality memory compiler performance.

The role focuses on Design for Test (DFT) for high-performance AI/ML architectures, implementing DFT features and supporting silicon debug.

The Analog IC Design Principal Engineer will design analog integrated circuits, develop transmission lines, and apply advanced knowledge of mixed signal circuits and CAD tools for high performance optical interface chips.

As a verification engineer, you will design test strategies, build UVM infrastructure, analyze failures, and create test plans for functional correctness.

The role involves design implementation for 32-bit microcontroller products, focusing on Synthesis, Timing Closure, and Static Timing Analysis while optimizing metrics and supporting cross-functional teams.

The Principal Engineer will design high-speed IO solutions for SoCs, lead integration activities, guide junior engineers, and propose design enhancements.

Drive the SoC architecture, design, and integration of complex digital systems. Collaborate with cross-functional teams and mentor engineering teams while ensuring quality in RTL design and methodologies.

The Staff Engineer will design and optimize FPGA systems, develop RTL code, implement embedded firmware, and ensure high-performance storage solutions. Mentorship and technical leadership are also key responsibilities.

The Principal Engineer will lead the design and integration of PCIe systems for NVMe SSD products, focusing on architecture, firmware guidelines, and cross-team technical escalations.

Lead technical direction for engineering efforts, drive innovation, mentor engineers, and oversee software development for high-performance infrastructure systems.

Lead end-to-end RTL-to-GDSII execution for SoC programs, ensuring successful tapeouts, signoff, and collaboration across teams while championing automation and low-power design strategies.

The Staff Engineer will optimize Physical Design methodologies and automation flows, collaborate with CAD and implementation teams, and enhance execution efficiency across complex SoC programs.

The Lead Engineer Design executes engineering tasks, focusing on product design, calculations, and collaboration with teams, requiring 6 to 8 years of experience.

Lead end-to-end product design for heavy-duty transportation systems: detailed CAD, design calculations, DFM/DFA, prototype development, testing, supplier collaboration, root-cause analysis, and mentor junior engineers.

Design and develop advanced analog and mixed-signal integrated circuits, providing technical leadership and mentorship, while collaborating with cross-functional teams.