Top Design Engineer Jobs in Delhi

Design multilayer PCBs for energy IoT devices, finalize schematics and layouts with embedded teams, optimize for DFM and EMC, select components for mass production, run signal/thermal/power simulations, debug prototypes, and collaborate with vendors/EMS to bring boards to production.

Design rooftop and ground-mounted solar power plants, conduct preliminary site surveys, prepare bills of materials, PVSyst models, and plant layouts, and support presales through order closure. The role also contributes to process development and requires frequent city and PAN India site visits. Initial training is based in Ahmedabad for three months.

Designs and develops mechanical and electromechanical test fixtures, environmental test systems, and specialized tooling for optical networking products. Responsibilities include CAD modeling, engineering drawings, BOMs, tolerance studies, documentation, fabrication support, assembly, troubleshooting, validation, and deployment. The role collaborates with engineering teams, technicians, suppliers, manufacturing partners, and vendors to deliver reliable, manufacturable hardware solutions throughout the product development lifecycle.

Designs and implements DFT architectures and specifications for ASIC/SoC products. Responsibilities include scan insertion, ATPG pattern development, compression and clock-control insertion, optimizing test coverage and power, and pre- and post-silicon verification and debug. The role also requires gate-level simulation, failure analysis, scripting, and collaboration across product teams.

Leads end-to-end ASIC development for deep submicron technology, from requirements analysis and microarchitecture definition through RTL design, implementation, verification, silicon qualification, and lab validation. Provides technical leadership, reviews architecture and timing results, performs design checks including lint, CDC, RDC, and synthesis, and collaborates with architecture, SDK, verification, emulation, and validation teams. Mentors designers and supports delivery of major ASIC functions.

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.

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.

Design and verify complex CPU/SoC IP by planning verification, building constrained-random UVM or C/C++ test environments, or using formal SVA tools. Debug RTL (Verilog) in simulation/emulation, write functional coverage, and close verification holes to meet tape-out requirements.

Design and evaluate ASIC/FPGA chip-design workflows spanning RTL development, verification, synthesis, physical design, timing closure, and sign-off. Create reference implementations, testbenches, constraints, grading criteria, and EDA environments for assessing AI-generated designs. Diagnose functional, coverage, timing, power, performance, and area issues, automate evaluation flows, identify recurring AI-agent failures, and document methodologies while collaborating with engineering and research teams.

Own core product surfaces from concept through launch, creating high-fidelity coded prototypes and improving the coss ui design system. Collaborate asynchronously with product and design engineering, emphasizing accessibility, web standards, interaction details, evidence-based decisions, and reusable component architecture. Frame hypotheses, measure outcomes, document decisions, incorporate critique, and deliver prototypes that engineers can implement directly.

Lead mechanical design for consumer electromechanical products from concept through production. Responsibilities include CAD modeling, prototyping, testing, thermal/fluid/structural analysis, cross-functional collaboration, DFM/DFA, tolerance analysis, and manufacturing ramp support in Asia. The role requires designing plastic, metal, and soft goods components integrated with sensors and actuators, supporting high-volume manufacturing, and traveling to China as needed.

Design and build interfaces for HUD’s AI agent training, evaluation, and marketplace products. Translate complex reinforcement learning workflows, agent runs, evaluation results, reward signals, and quality feedback into clear, actionable experiences. Collaborate with users, researchers, and engineers to ship polished products, conduct user discovery, improve usability, and develop reusable interaction patterns.

Design and verify digital integrated circuits for TI products, including processor, memory-management, multicore, and cache architectures. Responsibilities include defining specifications, analyzing architecture trade-offs, participating in design reviews, supervising IC layouts, developing behavioral models, characterizing prototypes, creating test specifications, and coordinating with test and product engineering teams to support product releases.

Designs high-speed mixed-signal communication chips 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 role also develops test methods, specifications, application materials, data sheets, and demo boards while collaborating closely with analog and digital engineering teams.

Designs high-speed mixed-signal communication chips and digital circuits interfacing with analog circuitry. Responsibilities include RTL coding, simulation, synthesis, timing closure, verification, evaluation, debugging, test method development, specifications, application materials, datasheets, and demo boards. Collaborates closely with analog and digital engineering teams to solve complex problems and deliver projects on time.

Build production-quality, pixel-accurate UI components and interactions in React Native; prototype in Figma with designers; own the design system and component library; improve performance, animations, and cross-platform UI architecture; define design-to-dev tooling and collaborate across design and engineering.

Owns product development end to end by researching user problems, defining solutions, designing interfaces and prototypes in Figma, building production-ready React experiences, and iterating based on user behavior. The role combines product management, UX and visual design, and frontend engineering while improving workflows, component quality, responsiveness, accessibility of interactions, and design consistency.

Design and coordinate MEPF systems for building projects: produce detailed CAD/Revit drawings, perform load calculations and sizing, ensure code compliance, visit sites, integrate with architectural/structural teams, apply BIM workflows and sustainable/energy-efficient solutions, maintain project documentation, and mentor junior engineers.

Design, develop and integrate building management and controls for modular datacenter MEP systems. Own control architecture, PLC/HMI/SCADA programming, protocols, vendor review, FAT/SAT commissioning, troubleshooting, and mentor junior controls engineers while aligning with cybersecurity and IT requirements.

Lead full-chip or large-block physical implementation from netlist to GDSII. Drive floorplanning, placement, CTS, routing, STA timing closure, DRC/LVS/EM/IR signoff, ECOs, hard-macro integration, PPA optimization, and automation scripting while collaborating with RTL, architecture, verification, and foundry teams.

The role involves leading a team of Physical Design engineers in delivering high-performance silicon products while ensuring adherence to timing, power, and area requirements. Responsibilities include technical leadership, hands-on ownership of critical blocks, automation development, and stakeholder management to meet project milestones.

Design and simulate transistor-level analog/mixed-signal IC blocks (amplifiers, converters, power circuits), define architectures, integrate blocks into mixed-signal systems, present results to teams/customers, support layout, lab evaluation and test, mentor others, and improve design methodologies to meet power, timing and functional objectives.

Own end-to-end UI/UX and frontend implementation: design user flows, craft high-fidelity prototypes, build responsive React+TypeScript interfaces, implement scalable component architecture, integrate with REST/GraphQL APIs, optimize performance, and collaborate with backend and product teams in a regulated life-sciences context.

As a Design Verification Engineer, you will ensure the quality of advanced RADAR products, involving verification of IP, Subsystem, and SoC designs, collaborating with cross-functional teams, and developing robust verification methodologies.

Lead development, optimization, and verification of digital silicon IP from model to bring-up. Create and maintain specs, block diagrams, and documentation. Characterize IP performance using industry-standard tools and flows, including FPGA simulation and emulation. Collaborate with architecture, physical design, and software teams and lead verification engineers.