Top Design Engineer Jobs in Bangalore

Develops physical designs for next-generation AI semiconductors, delivering signoff-quality chip layouts at advanced process nodes. Responsibilities include floorplanning, synthesis, placement and routing, clock-tree synthesis, timing analysis, logical equivalence, physical verification, flow enhancement, scripting, debugging, and PPA optimization. The engineer collaborates with RTL, verification, DFT, architecture, packaging, product engineering, foundries, and external support teams.

Designs high-speed mixed-signal communication circuits and digital circuits interfacing with analog circuitry. Responsibilities include RTL coding, simulation, synthesis, timing closure, verification, evaluation, and debugging at circuit and behavioral levels. The engineer also develops test methods, specifications, application materials, data sheets, and demo boards; solves complex technical problems; and collaborates with analog and digital design teams.

Performs semiconductor physical design and integration at block, subsystem, sub-chip, and full-chip levels. Responsibilities include floorplanning, synthesis, placement, clock-tree synthesis, routing, static timing, physical verification, formal equivalency, power optimization, IR-drop, and electromigration analysis. The engineer may develop and automate physical design flows, evaluate technology and IP options, support vendor selection, communicate program risks, and contribute to complex ASIC tapeouts.

Designs analog ICs, chip subsections, and IPs from architecture through manufacturing release. Responsibilities include circuit design, simulations, silicon evaluation, verification, layout coordination, parasitic analysis, and production transfer. The role collaborates with verification, validation, test, product engineering, customers, and cross-functional teams to deliver high-quality custom semiconductor designs on schedule.

Leads end-to-end hardware development for next-generation routing and switching platforms, from architecture and PCB design through production. Responsibilities include schematic, BOM, placement, routing, Gerber release, bring-up, debugging, validation, fault analysis, compliance testing, and product sustaining. The role leads technical deliverables, collaborates with cross-functional teams and suppliers, designs with CPLDs and FPGAs, and addresses high-speed CPU, memory, and networking interfaces while considering signal integrity, thermal, power, mechanical, manufacturing, and cost requirements.

Integrate IP and subsystems into top-level SoC designs, develop RTL and microarchitecture, maintain build environments, and perform synthesis, linting, CDC/RDC, and timing checks. Support verification and physical design teams through interface handoffs, debug integration issues, improve automation flows, produce documentation, and coordinate consistent practices across sites.

Lead and execute IC package design from concept through implementation. Optimize pinouts, stack-ups, PDN, and high-speed routing. Collaborate with silicon floorplanning, SI/PI, and layout teams, improve methodologies, mentor engineers, and work with vendors on multi-die and interposer solutions for high-performance ASICs.

Designs and develops platform hardware, including electronic components, PCBs, integrated circuitry, schematics, and board layouts. Translates platform requirements into circuit specifications, manages layout through tape-out, evaluates BOM costs and component availability, and collaborates with architecture, verification, validation, manufacturing, and vendor teams. Leads hardware power-on, troubleshooting, debug, testing, and reliability improvements for advanced hardware platforms.

Designs integrated voltage regulators and analog/mixed-signal circuits for advanced CPUs, GPUs, and SoCs. Responsibilities include circuit architecture, transistor-level design, Cadence-based simulation, Monte Carlo and corner analysis, layout oversight, SPICE verification, and post-silicon lab characterization. The role requires expertise in device physics, analog topologies, signal integrity, mixed-signal behavioral modeling, and CMOS technologies.

Senior staff package design engineering role at Renesas, supporting semiconductor solutions for automotive, industrial, infrastructure, and IoT applications. The provided description primarily presents company information, culture, benefits, and equal opportunity policies; specific responsibilities and qualifications are not included.

Designs electrical systems for airport facilities, including power distribution, lighting, earthing, backup power, substations, transformers, UPS, DG sets, and airfield lighting. Prepares calculations, diagrams, layouts, BOQs, specifications, and tender documents; reviews vendor submissions; coordinates with multidisciplinary teams; supports construction, testing, commissioning, and site inspections; and ensures compliance with airport and electrical standards while incorporating sustainable solutions.

Create and modify 3D mechanical part models using NX or other CAD software. Read mechanical drawings, assemble parts including large assemblies, and extract engineering drawings from 3D models. Teamcenter or other PLM experience is preferred. Candidates must hold a B.Tech, B.E., or Diploma in Mechanical Engineering and have at least two years of 3D CAD experience.

Lead complex contract logistics solution designs for B2B and B2C fulfillment environments. Develop warehouse operating models, process flows, facility layouts, sizing calculations, resource models, productivity assumptions, costing, pricing, and financial business cases. Evaluate and integrate warehouse automation technologies, support implementation and commissioning, and collaborate with customers and stakeholders during RFIs, RFQs, workshops, and commercial pursuits.

Develop and optimize RTL-to-GDS implementation flows for high-performance CPU cores. Drive power, performance, and area closure using timing-driven placement, clock-tree synthesis, routing, and ML-based design-space exploration. Develop Tcl and Python automation, resolve flow and tool issues, support hierarchical physical design, and collaborate with SRAM and standard-cell IP teams. The role requires advanced expertise in Synopsys implementation tools and experience with leading-edge FinFET process nodes.

Provides mechanical design support for commercial HVAC and refrigeration product development. Responsibilities include sheet metal and tubing design, layouts, sketches, drawings, bills of material, engineering documentation, change notices, production-part support, and design releases. Collaborates cross-functionally while applying drafting standards, GD&T, manufacturing-process knowledge, and refrigeration subsystem expertise.

Design and implement GPU ASIC control subsystems, including microarchitecture and RTL using Verilog/SystemVerilog. Collaborate with architecture, verification, and physical design teams to meet performance, power, area, and timing goals. Participate in validation, silicon bring-up, post-silicon debugging, and performance analysis while contributing to graphics and compute IP development.

Lead physical design implementation and integration at block/subsystem/sub-chip/SoC levels including floorplanning, synthesis, placement, CTS, routing, STA, physical verification, formal equivalency, power integrity (IR-drop/EM) and tapeout readiness. Drive PD flow automation, team delivery against milestones, vendor/IP evaluations, and report progress, issues, and risks to management.

Leads mechanical product design and development for fastening solutions, including detailed design, calculations, tolerance analysis, 3D models, fabrication drawings, BOMs, and design reviews. Applies FMEA, DFM/DFA, validation, and manufacturing knowledge to develop robust, producible products. Coordinates with manufacturing, suppliers, project managers, and global engineering teams, while leading team members, improving processes, ensuring quality and delivery, and supporting innovation and intellectual property activities.

Design and integrate complex analog and custom digital circuits for advanced DRAM products; perform parasitic modeling, validation, tape-out revisions, and verification using industry simulators; oversee layout, floor-planning, placement, and routing; collaborate across engineering and product teams; mentor junior designers; apply AI tools (e.g., Claude, agentic AI) to improve PPA and delivery.

Designs and validates custom high-speed IO circuits, including GPIO, DDR, SerDes, ESD protection, buffers, drivers, and termination circuits. Performs transistor-level simulations, signal integrity analysis, layout reviews, reliability checks, silicon bring-up, characterization, debugging, and production support. Collaborates with physical design, package, reliability, system, and product engineering teams while maintaining design and verification documentation.

Design and modify standard equipment and system designs for weighing and rolling mill applications. Produce drawings, calculations, BOMs, and design verifications. Coordinate with manufacturing and testing, apply DFMEA, and recommend improvements to increase machine efficiency and quality while adhering to standards and safety.

Leads development of complex power management and analog IC products from architecture and IP definition through verification, tapeout, silicon evaluation, and production release. Provides technical leadership, resolves complex analog and silicon issues, mentors junior engineers, guides layout and verification teams, manages schedules and resources, and collaborates with systems, applications, marketing, validation, product engineering, and test teams.

Lead end-to-end analog IP development for power management ICs, from architecture and circuit design through verification, layout guidance, silicon evaluation, and production transfer. Develop regulators, charge pumps, gate drivers, comparators, and mixed-signal control loops. Collaborate with validation, product, test, layout, systems, and global design teams while managing technical objectives, schedules, debugging, and execution for consumer, industrial, and automotive products.

Design electrical systems for infrastructure and airport facilities, including power distribution, lighting, earthing, backup power, substations, transformers, and UPS systems. Prepare diagrams, calculations, layouts, BOQs, specifications, and tender documents. Coordinate with multidisciplinary teams, review vendor submissions, support construction and commissioning, conduct site inspections, and implement energy-efficient solutions. Ensure compliance with ICAO, DGCA, NBC, IS codes, and applicable electrical standards.

Design and deliver analog power-management IP blocks from definition through verification and implementation. Perform block-level design, simulation, reliability analysis, and silicon debugging; guide layout engineering; collaborate with validation, product, and test teams; present technical results; and execute work aligned with full-chip schedules. The role covers regulators, gate drivers, control loops, and complex mixed-signal designs for consumer, industrial, and automotive applications.