Top Design Engineer Jobs in Chennai

Designs and develops elevator engineering solutions by analyzing contracts and specifications, preparing manufacturing drawings, and applying structural, material, safety, maintenance, manufacturability, and sustainability principles. Uses Creo for sheet metal modeling and large assembly handling, supports engineering processes and tools, communicates progress to stakeholders, and contributes to global engineering initiatives. Elevator industry, EN code, manufacturing, and AutoCAD experience are advantageous.

Designs protection and control systems for medium- and high-voltage substations, including single-line diagrams, panel layouts, BOMs, schematics, junction boxes, load calculations, trip matrices, interlocking tables, communication architecture, and digital substation drawings. Coordinates with cross-functional teams, addresses customer technical queries, reviews documentation, supports relay configuration and testing, and ensures compliance with engineering standards and quality requirements.

Designs protection and control systems for medium- and high-voltage substations. Responsibilities include preparing single-line diagrams, panel layouts, bills of materials, schematics, trip matrices, I/O lists, interlocking diagrams, communication architectures, and digital substation drawings. The role supports protection integration, IED selection, customer technical queries, cross-functional coordination, document reviews, and quality compliance. Relay configuration and testing are advantageous.

The posting provides no specific job responsibilities, qualifications, technologies, salary, travel requirements, or experience expectations. It identifies a full-time, on-site Primary Design Engineer position in Chennai, India, with standard accessibility, automated recruitment, and background-screening notices.

Designs secondary electrical circuits for substations, transmission lines, and industrial power systems. Prepares schematics, wiring diagrams, engineering drawings, and bills of materials using CAD software. Performs protection coordination, relay setting, and control logic calculations; integrates SCADA systems; supports technical reviews, factory and site acceptance testing, troubleshooting, commissioning, and compliance with electrical standards. Requires collaboration with multidisciplinary teams and preparation of technical documentation.

As a Control Design Engineer, you'll develop power electronic converter control systems, focus on software applications for SCADA, and provide technical support throughout project phases, enhancing safety and security of power connections while collaborating with multiple stakeholders.

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 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.

Designs 3D CAD models, detailed engineering drawings, and bills of materials. Applies design for manufacturability principles, collaborates with production teams, and maintains design records, safety compliance reports, and technical manuals. Requires a bachelor’s degree in mechanical engineering or a related field, proficiency with CAD and analysis software, and knowledge of GD&T, material science, and manufacturing processes.

Performs VLSI physical design from RTL handoff through tapeout, including floorplanning, power planning, placement, clock tree synthesis, routing, timing closure, physical verification, DRC/LVS cleanup, ECO implementation, and signoff. Collaborates with STA, DFT, and RTL teams on block-level closure and supports full-chip integration.

Lead full-chip and block-level physical design, including floorplanning, placement, CTS, routing, timing, power, signal-integrity, and physical verification signoff. Drive advanced-node tapeouts, resolve timing and congestion issues, collaborate with CAD, methodology, and IP teams, and mentor junior engineers.

Senior R&D mechanical design engineer responsible for high-voltage converter valve design, from 3D CAD and simulation to DFMEA, testing, documentation, and manufacturing readiness. Leads multidisciplinary design, root-cause analysis, and stakeholder coordination while ensuring compliance with standards and IP considerations.

Designs control and protection hardware for HVDC transmission systems, including specifications, diagrams, panel and cubicle documentation, bills of materials, cable schedules, and termination details. Participates in design reviews, project execution, process optimization, factory testing, installation, commissioning, and customer requirement compliance. Coordinates across engineering teams and supports functional performance testing and site commissioning.

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.

Leads electrical protection and control design for power-system projects, covering base and detailed engineering, schematics, IED configurations, cubicle and manufacturing documentation, interface drawings, project budgeting, task delegation, customer approvals, quality reviews, and root-cause resolution. Manages multiple projects, ensures compliance with checklists and ISO standards, and owns assigned project scope through execution.

Design and integrate manufacturing processes, tooling, fixtures, and assembly strategies for high-voltage battery modules and packs. Develop detailed CAD models and production drawings, perform tolerance stack-up analyses, support prototype builds, and validate tooling and processes. Collaborate with product design, quality, suppliers, and manufacturing teams on battery assembly operations including laser welding and adhesive dispensing.

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.

Designs and develops control and protection systems for power electronic converter projects using MATLAB Simulink and PEC/MACH platforms. Responsibilities include closed-loop control development, converter simulations, real-time and hardware verification, secured network architecture, stakeholder and supplier coordination, FAT/SAT participation, commissioning support, and customer service assistance. Frequent collaboration across locations and travel to domestic and international sites may be required.

Design and execute substation, FACTS, and HVDC secondary control and protection systems. Responsibilities include MACH and IED cubicle design, auxiliary AC/DC system sizing, switchboard and battery system design, cable estimation, supplier coordination, purchasing, FAT participation, commissioning support, and as-built documentation while meeting project standards, schedules, quality, and budget requirements.

Designs and develops control, protection, SCADA, HMI, and secured network systems for power electronic converter and substation automation projects. Responsibilities include open-loop control programming, converter simulations, real-time and hardware verification, FAT/SAT participation, commissioning support, cybersecurity evaluation, infrastructure configuration, supplier coordination, and customer service support. The role requires collaboration across locations and willingness to travel domestically and internationally on short notice.

Design electrical systems for combined-cycle and thermal power plants, including substations up to 400kV, equipment sizing, protection and metering diagrams, grounding and lightning protection, cable sizing and layouts, relay coordination, and auxiliary power distribution. Conduct ETAP system studies, interpret results, review vendor drawings, evaluate technical bids, and prepare DCS/PLC electrical I/O lists.

The Design Engineer will create mechanical system designs, maintain Revit models, prepare engineering drawings, and collaborate with teams on industrial projects.

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 aviation-grade electronics for battery management, traction battery packs, HV/LV converters, and thermal management systems. Responsibilities include schematic capture, component selection, multilayer PCB layout, mixed-signal and high-speed design, signal integrity, compliance with aerospace standards, hardware-software interface definition, lab debugging, board bring-up, HIL testing, and environmental qualification support. Collaborates with mechanical, firmware, harnessing, validation, and testing teams throughout the hardware product lifecycle.

Supports the design of racking systems based on customer requirements. Responsibilities include preparing basic AutoCAD drawings, creating bills of material, coordinating with Sales Engineers, updating customer details in a CRM system, and assisting with material planning. The role requires attention to detail, communication skills, English and Tamil fluency, and a Diploma or Bachelor’s degree in Mechanical, Civil, or related Engineering.