Top Tech Jobs & Startup Jobs in Chennai

Designs and validates mechanical packaging for electrical components in low- and medium-voltage drive products. Responsibilities include requisition engineering, new product introduction, localization, development, cost reduction, value analysis, equipment optimization, and technical risk management. The role collaborates with cross-functional and global teams, supports manufacturing and quality objectives, and applies CAD, sheet metal design, international standards, GD&T, simulation, DFMEA, and DFM practices.

Leads the design, development, sizing, simulation, testing, validation, and certification of low- and medium-voltage industrial drives. Responsibilities include power electronics design, loss calculations, protection and arc-flash analysis, hardware verification, technical documentation, factory and vendor manufacturing support, functional testing, FAT execution, and cross-functional project coordination. The role also mentors team members and may require travel.

Design, specify, implement, validate, and commission drive control systems across industrial applications. Develop project documentation, adapt VSD controls, size power-electronic and electrical components, coordinate with customers and suppliers, and support multidisciplinary teams. Validate controls using real-time simulators in HIL and SIL modes. The role requires expertise in AC/DC and medium-voltage drives, motors, PLCs, HMIs, industrial networks, power quality, harmonics, and control-system troubleshooting. Travel to customer sites and regional units in India and overseas is required.

Leads end-to-end type testing for GIS and AIS high-voltage switchgear, including test planning, laboratory coordination, budgets, logistics, compliance, execution, and documentation. Manages mechanical test laboratory operations, maintenance, upgrades, scheduling, and continuous improvement. Coordinates with external laboratories, witnessing agencies, tendering, project teams, and global stakeholders to ensure adherence to IEC and IEEE standards and secure customer approvals.

Designs, analyzes, validates, and documents mechanical components, subassemblies, and assemblies for high-voltage switchgear drives. Performs value engineering, risk assessment, simulations, prototype validation, design reviews, and drawing releases for manufacturing and testing. Collaborates with cross-functional teams, suppliers, global R&D groups, and test facilities while delivering designs within specification, cost, quality, and schedule requirements.

Leads the design and development of low- and medium-voltage variable speed and frequency drives. Responsibilities include power electronics design, drive and filter sizing, simulations, loss calculations, protection and arc-flash analysis, hardware validation, certification testing, documentation, factory and vendor manufacturing support, and project FATs. The role collaborates with engineering and project teams, mentors team members, and may require travel.

Develops and implements application-layer software and control architectures for industrial drive systems. Responsibilities include defining requirements, designing and validating inverter controls, developing HMI interfaces, integrating industrial communication protocols, troubleshooting performance and coding issues, and supporting system-level testing. The role requires autonomous engineering execution, technical documentation, risk identification, customer collaboration, and participation in Agile technical reviews. Hands-on work in test labs and at customer sites is required.

Lead mechanical component design activities including design, analysis, and evaluation using engineering principles. Develop technical expertise, collaborate across teams, propose solutions, and execute project tasks. Provide informal guidance or early people leadership and support product/component improvements while adhering to standards and procedures.

Owns and governs standardized cost baselines for HVDC reference solutions across regions and tenders. The role coordinates sourcing, engineering, finance, proposal, and project teams; supports bid and execution activities; analyzes actual and estimated costs; identifies cost risks; improves competitiveness and profitability; and drives consistent use of cost tools, models, and assumptions.

Leads systems engineering for EMS, substation automation, microgrid, marine, oil and gas, and power projects. Responsibilities include system design, network and protocol configuration, PLC programming, technical documentation, customer and vendor coordination, requirements analysis, risk mitigation, solution reviews, and project execution. The role supports technical proposals, ensures regulatory and EHS compliance, collaborates across engineering and supply chain teams, and drives process improvements. Travel within the base country and overseas may be required.