Top Design Engineer Jobs in Bangalore

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.

Designs and develops conveyor systems, ASRS, SPMs, and automated material-handling equipment. Creates SolidWorks 3D models, 2D manufacturing drawings, layouts, BOMs, manuals, and technical documentation. Performs mechanical calculations, component selection, GD&T, tolerance analysis, DFMEA, FEA, design validation, and safety compliance activities. Collaborates with electrical, controls, procurement, manufacturing, and commissioning teams while supporting prototyping, assembly, testing, troubleshooting, and shop-floor modifications.

Designs and develops conveyor systems, ASRS, SPMs, and automated material-handling equipment. Creates SolidWorks models, manufacturing drawings, layouts, BOMs, and technical documentation; performs mechanical calculations, tolerance analysis, component selection, FEA, DFMEA, and validation testing. Collaborates with controls, electrical, procurement, manufacturing, and commissioning teams. Supports prototyping, assembly, troubleshooting, shop-floor modifications, installation documentation, and continuous product improvement while ensuring compliance with safety and design standards.

Design and develop conveyor systems, ASRS, SPMs, and automated material-handling equipment. Create SolidWorks models, manufacturing drawings, layouts, BOMs, manuals, and technical documentation. Perform mechanical calculations, component selection, tolerance analysis, DFMEA, design reviews, and validation testing. Collaborate with electrical, controls, procurement, manufacturing, and vendors. Support prototypes, assembly, troubleshooting, shop-floor activities, equipment modifications, and as-built documentation while ensuring safety and design-standard compliance.

Designs conveyor systems, ASRS, SPMs, and automated material-handling equipment using SolidWorks and AutoCAD. Creates 3D models, manufacturing drawings, layouts, BOMs, manuals, and technical documentation. Performs mechanical calculations, tolerance analysis, component selection, DFMEA, design validation, and FEA. Collaborates with electrical, controls, procurement, manufacturing, and commissioning teams while supporting prototypes, assembly, testing, troubleshooting, and as-built documentation.

Designs and modifies mechanical layouts, schematics, and specifications for semiconductor equipment. Performs engineering analyses, troubleshoots mechanical problems, coordinates component procurement and assembly, documents test results, and supports handling, assembly, and disassembly throughout the product life cycle. The role also oversees manufacturing and installation processes and resolves technical issues involving mechanical components and subsystems.

Leads analog IC and power IC architecture, transistor-level design, simulation, verification, layout coordination, silicon evaluation, and production release. Owns designs from definition through manufacturing, drives technology roadmaps and best practices, guides team members, collaborates cross-functionally with verification, validation, test, and product engineering teams, and represents Texas Instruments in customer technical discussions. Participates in hiring and personnel development while ensuring complex projects meet technical, quality, schedule, and customer requirements.

Supports pre-sales engineering for global security system projects. Reviews specifications and drawings, identifies security equipment, prepares bills of material, cost estimates, technical write-ups, network and cable calculations, block diagrams, and compliance documentation. Participates in project reviews, manages risks and scope issues, ensures quality and timely delivery, provides customer reporting, and supports project coordination.

Design and own analog and mixed-signal PMIC blocks, including buck, boost, LDO, and charge-pump converters. Responsibilities span architecture contributions, transistor-level circuit design, schematic simulation, layout reviews, post-layout verification, silicon bring-up, and characterization. The engineer will analyze performance, reliability, noise, mismatch, and process trade-offs; collaborate across teams to resolve integration issues; make technical decisions; and mentor junior engineers.

Leads mechanical design and FEA activities for multiple wind turbine pitch bearing programs. Responsibilities include new product development, validation, root-cause analysis, lifecycle cost reduction, testing, technical drawing review, GD&T application, risk mitigation, and cross-functional collaboration. The role independently manages complex multi-program engineering deliverables, supports technology integration, resolves field issues, and communicates technical recommendations to global teams and leadership.

Leads mechanical design, finite element analysis, validation, lifecycle cost, quality, and fleet-support activities for pitch bearing programs in wind turbines. Develops execution plans for complex cross-program initiatives, drives redesign and technology development, applies GD&T, coordinates testing and problem solving, and influences global cross-functional teams and senior leadership.

Design and integrate RTL for automotive MCU subsystems and SoCs, including ARM-based CPU, low-power, reset, and clock-management systems. Responsibilities include defining microarchitecture, collaborating with IP, architecture, verification, DFT, emulation, and physical implementation teams, and supporting debug, design reviews, timing analysis, formal verification, and industry-standard front-end design flows.

Leads digital design for complex mixed-signal ICs, including RTL, DFT, synthesis, timing analysis, and place-and-route. Defines architectures and micro-architectures, supports pre- and post-silicon verification, silicon validation, test development, and debugging. Collaborates with analog, physical design, verification, systems, and test teams while engaging customers in architecture reviews. Mentors engineers and drives delivery against performance, power, and area targets.

Designs and architects analog ICs and power-management circuits from definition through manufacturing release. Responsibilities include circuit design, simulation, verification, layout oversight, silicon evaluation, customer interaction, technology roadmap development, and cross-functional collaboration with process, packaging, validation, test, and applications teams. The role also provides technical leadership, guides team members, supports hiring and development, and ensures high-quality, manufacturable designs meet customer requirements and schedules.

Leads analog IC, chip, subsection, and IP architecture and design from definition through manufacturing release. Guides layout, verification, validation, testing, and production transfer while evaluating silicon performance. Collaborates with systems, applications, customers, and sales teams to define requirements and resolve technical issues. Provides design guidance, manages schedules, supports hiring and personnel development, and ensures high-quality, manufacturable designs meet customer and product requirements.

Designs and engineers pump upgrades, replacement parts, and aftermarket units. Reviews requirements, develops SolidWorks designs, applies GD&T and engineering standards, verifies form, fit, function, safety, manufacturability, and assembly, and delivers drawings, analysis reports, documentation, and parts lists. Coordinates with stakeholders, maintains status updates, follows document-control procedures, and ensures timely, high-quality deliverables.

Lead analog/mixed-signal circuit design for HBM products: design, simulate (HSPICE/FINESIM/Verilog), optimize layout and EM/IR, validate reliability, manage tape-outs and layout flows, integrate with PDN, mentor teams, and apply AI tools to improve PPA and delivery.

Lead FPGA RTL design and platform enablement for Altera development kits. Responsibilities include FPGA architecture, Verilog/SystemVerilog implementation, Quartus Prime flows, timing closure, board bring-up, interface validation, simulation, hardware debugging, and technical leadership. The role involves PCIe, Ethernet, memory, transceiver, and peripheral interfaces; collaboration with board, firmware, IP, silicon, and validation teams; and mentoring engineers through cross-functional issue resolution.

Design and deliver signoff-quality silicon layouts for leading-edge AI chips using state-of-the-art EDA tools and in-house flows. Responsibilities include floorplanning, synthesis, place-and-route, timing closure, physical verification, flow/tool enhancement, debugging complex issues, and cross-team collaboration with architecture, packaging, and foundry partners.

Leads end-to-end design and development of heavy-duty air disc brakes, calipers, wheel-end systems, and related mechatronic components. Owns product architecture, technical decisions, design quality, validation, DFMEA, DVP&R, prototype testing, manufacturability, VAVE, production launch, and field-failure resolution. Coordinates global cross-functional teams, suppliers, and customers while mentoring engineers and managing technical risks, cost, schedule, and delivery.

Design and develop next-generation PCIe, CXL, and AMBA controller IPs. Responsibilities include architecture and micro-architecture, SystemVerilog RTL implementation, collaboration with verification teams, and FPGA prototyping. The role requires close collaboration with international engineering teams in a hybrid work environment.

Design and validate complex analog mixed-signal circuits for advanced HBM products including amplifiers, comparators, references, IO (DDR/LPDDR), charge pumps, oscillators, DLLs, and sensors. Lead layout, floor-planning, placement, routing and EM/IR optimization. Perform simulations with FINESIM/HSPICE/Verilog, parasitic modeling, reliability/degradation verification, tape-out support, and cross-functional collaboration. Provide technical leadership, standardization, and training while leveraging AI tools to improve design efficiency and PPA.

Drive ASIC backend implementation from RTL through GDS, including hierarchical floorplanning, placement and routing, clock and power distribution, timing closure, power integrity, static timing verification, physical verification, and equivalence checks. The role focuses on performance and die-size optimization for very large networking chips, methodology development, automation, timing ECO flows, and sign-off across advanced process nodes.