Top System Engineer Jobs in Chennai

The Senior Engineer will perform power system studies, lead design activities for HV systems, and ensure compliance with grid codes while mentoring junior staff.

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.

The Power System Engineer will support project execution, analyze contracts, perform engineering, review designs, identify risks, and ensure compliance with EHS policies.

As a Network System Test Engineer, you will work with cross-functional teams to analyze customer needs, create test plans, and ensure high-quality networking products through exploratory testing and automation support.

The Senior System Engineer oversees the administration and support of IBM AIX and pSeries systems, managing virtual environments, performance tuning, migrations, and incident resolutions, as well as automating tasks and leading technical projects.

The Lead System Engineer manages the selection, sizing, and configuration of power quality systems, ensuring technical solutions meet customer needs while overseeing project lifecycles. Responsibilities include documentation, risk analysis, and process improvement.

The System Engineer is responsible for selecting, sizing, and configuring power quality solutions, managing projects from proposal to delivery, and ensuring compliance with technical and safety standards across various industries.

Responsible for system studies for FACTS technology, creating power system models, performing performance studies, and coordinating with project teams.

Responsible for the architecture and implementation of SCADA systems, collaborating with stakeholders and vendors to deliver solutions while managing technical risks and ensuring compliance with policies.

Designs and verifies HVDC station layouts and systems, performs electrical and mechanical calculations, grounding, lightning, insulation and EMF studies; supports projects, tenders and R&D; interfaces with stakeholders; ensures regulatory compliance; selects and sizes power system equipment and uses simulation and CAD tools to validate designs.

The System Engineer is responsible for engineering solutions, creating system designs, performing calculations, and ensuring compliance with industry standards for projects in various sectors.

The HMI/SCADA engineer manages SCADA projects, develops system architecture, collaborates with stakeholders, and ensures compliance with EHS policies while enhancing system solutions.

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.

Engineer and coordinate marine, oil & gas, and power automation projects. Perform basic and detailed engineering for HMI and controller systems, prepare technical specifications and documentation, review vendor deliverables, identify and mitigate technical risks, liaise with cross-functional teams, ensure EHS compliance, and deliver projects on time, budget, and quality.

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.

Lead systems engineering for power conversion projects: develop and review system solutions, perform detailed engineering and power system studies (VSDs, transformers, motors, switchgear), manage technical risks, coordinate vendors/suppliers, ensure EHS and standards compliance, and drive process improvements while collaborating across functions and supporting project execution globally.

The Design Engineer will create and manage designs for digital control systems, ensuring they meet customer requirements and comply with standards while collaborating closely with teams on technical solutions.

As an L3 Linux System Engineer, manage Linux-based environments, troubleshooting issues, optimizing servers, deploying automation, and ensuring security compliance while mentoring lower-level engineers.

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

The System Engineer will develop systems solutions, perform engineering calculations and detailed designs, ensure compliance with codes and standards, and liaise with various stakeholders to optimize project outcomes.

Design and define system topology for FACTS solutions, specifying components and performing design studies while ensuring compliance with standards.

Design and review power conversion system solutions, lead project execution, perform detailed engineering and power system studies (VSDs, transformers, motors, switchgear), manage technical risk, review vendor documentation, and liaise with cross-functional and external stakeholders to support project delivery.

Design and integrate secure control-system architectures for O&G/Industry/Marine projects, perform OT vulnerability assessments, threat modeling, hardening, incident investigation, ensure compliance with IEC 62443/NIST/ISO, conduct FAT/SAT from a cybersecurity perspective, onboard vendor equipment, provide training, and liaise with engineering and supply chain teams.

Design, deploy, and administer AVEVA System Platform and MES solutions for discrete manufacturing. Implement OEE monitoring, production tracking, historian and visualization systems, integrate MES/SCADA/PLC/ERP, develop object models, analyze performance, and support troubleshooting and continuous improvement.

Support sales tasks, shadow service engineers to learn welding practices, and educate customers on product advantages with training sessions.