Top System Engineer Jobs in Chennai

Leads the selection, sizing, configuration, analysis, and delivery of complex power quality systems such as STATCOM and rotating stabilizers. Develops technical proposals, calculations, drawings, specifications, system single-line diagrams, and vendor documentation. Supports customer engagements, contract reviews, risk mitigation, project execution, process improvements, and cross-functional collaboration with engineering, supply chain, suppliers, and business teams. Ensures compliance with EHS policies and applicable international standards while delivering optimized solutions for industrial, utility, marine, and oil and gas applications.

Designs and delivers complex power quality systems, including selection, sizing, configuration, analysis, technical documentation, system diagrams, and protection designs. Supports proposals, customer contracts, vendor specifications, project execution, risk mitigation, and continuous process improvement. Collaborates with engineering, supply chain, vendors, subcontractors, and global business teams while ensuring EHS and contractual compliance.

Design FACTS power-quality solutions, including system topologies, single-line diagrams, power-system components, and design studies. Evaluate supplier designs, coordinate with multidisciplinary teams and customers, and support project, product, and application engineering activities. Own system-design schedules, budgets, quality, regulatory compliance, and deliverables throughout project execution.

Designs and delivers end-to-end SCADA systems for mining, metals, test bench, and process-industry projects. Responsibilities include gathering requirements, producing functional and design documents, configuring HMI and redundant servers, developing historian, alarm, reporting, and database integrations, commissioning systems, identifying technical risks, supporting cyber protection, coordinating global stakeholders and vendors, and implementing process and technology improvements. Travel within the base country and overseas is required.

Design, specify, implement, validate, and commission drive and control systems across industrial applications. Responsibilities include developing system designs and documentation, sizing power electronics and electrical components, adapting VFD controls, validating systems using real-time HIL and SIL simulation, coordinating with customers, suppliers, and cross-functional teams, supporting project execution, managing engineering changes, and advising sales and tendering teams. The role also requires PLC/HMI integration, technical troubleshooting, compliance with safety regulations, and travel to customer sites.

Administers and architects IBM i environments across IBM Power Systems, managing partitions, upgrades, backups, disaster recovery, high availability, security, performance, storage, and integrations. Develops automation with CL, SQL, and RPG; supports IBM MQ, APIs, cloud platforms, and open-source technologies. Serves as the highest technical escalation point, leads root-cause analysis, participates in on-call support, and manages infrastructure changes, modernization initiatives, documentation, and compliance.

Lead power systems engineering for variable speed drive-based solutions: define system designs, perform power system studies, manage vendor specifications and documentation, identify and mitigate technical risks, coordinate cross-functional teams, ensure compliance with standards and marine classification rules, and support project execution globally.

Design and review power conversion system solutions, perform detailed engineering and power system studies for VSDs, transformers, motors and switchgear, prepare technical documentation, manage technical risk and vendor specifications, support multi-discipline project integration, and ensure EHS compliance while coordinating with global teams and suppliers.

Designs, implements, and validates control hardware and software for industrial automation, rectifier, electrolyser, synchronous condenser, and grid automation systems. Develops engineering documentation, PLC and SCADA architectures, industrial networking, instrumentation, and closed-loop controls. Supports project execution through customer, supplier, sales, commissioning, and service collaboration; manages engineering changes and standardized solutions. Requires hands-on commissioning experience, technical advising, international teamwork, and travel to customer sites.

Supports power system studies and design for utility-scale renewable energy projects, including grounding, short-circuit, load-flow, arc-flash, protective coordination, ampacity, harmonic, and power-quality analyses. Builds system models, sizes medium-voltage collection cables, prepares technical reports, automates calculations, and supports interconnection studies. Works under senior engineer guidance while following IEEE, NESC, NEC, utility, quality, and safety standards.

Lead execution of solar, BESS and hybrid plant control system projects including detailed engineering, controls software validation, FAT/SAT/HIL commissioning, documentation, team coordination, grid-code compliance, and support for sourcing, QA/QC, and customer technical issues.

Develop and integrate software features, participate in system integration, testing, and debugging, collaborate with cross-functional teams, and contribute to CI pipelines and code-quality practices.

Execute technical engineering tasks within defined projects, apply existing design standards, prepare technical documentation, support problem solving under senior guidance, coach junior engineers, adopt digital tools, contribute to continuous improvement and innovation, and participate in budget-aware resource optimization.

Lead and manage an R&D team to design and validate e-mobility electrical systems and chargers (low- and high-power). Responsibilities include system selection, charging and protection concepts, grid-code simulations, system diagrams/BOMs, technical specs, supplier audits, lab and field testing, certification, commissioning, and customer training, ensuring regulatory compliance and cost benchmarking.

The role involves providing pre-sales and post-sales support for semiconductor testing, including project delivery, customer consultation, and technical training.

Design, build, and operate scalable data engineering services and ingestion pipelines (CDC/streaming). Develop and optimize a centralized analytics warehouse, data models, and aggregation strategies. Build APIs, enforce multi-tenant security and data governance, monitor pipeline health, improve automation and observability, and ensure production reliability through strong engineering practices.