How much salary can I expect as a Electrical, Controls and Robotics Engineer in Larsen & Toubro Ltd in Mumbai/Bombay?

You can expect a minimum salary of 0 INR. The salary offered will depend on your skills, experience and performance in the interview.

What is the eligibility criteria to apply for Electrical, Controls and Robotics Engineer in Larsen & Toubro Ltd in Mumbai/Bombay?

The candidate should have completed the required education and people who have 2 to 4 years are eligible to apply for this job. You can apply for more jobs in Mumbai/Bombay to get hired quickly.

Is there any specific skill required for this job?

The candidate should have sound communication skills and sound communication skills for this job.

Who can apply for this job?

Both Male and Female candidates can apply for this job.

Is it a work from home job?

No, it's not a work from home job and can't be done online. You can explore and apply for other work from home jobs in Mumbai/Bombay at apna.

Are there any charges or deposits required while applying for the role or while joining?

No work-related deposit needs to be made during your employment with the company.

How can I apply for this job?

Go to the apna app and apply for this job. Click on the apply button and call HR directly to schedule your interview.

What is the last date to apply?

The last date to apply for this job is . For more details, download apna app and find Full Time jobs in Mumbai/Bombay . Through apna, you can find jobs in 64 cities across India. Join NOW!

Electrical, Controls and Robotics Engineer

Larsen & Toubro Ltd

Electrical, Controls and Robotics Engineer

Larsen & Toubro Ltd

Mumbai/Bombay

Not disclosed

Work from Office

Full Time

Min. 2 years

Job Description

Electrical/ Controls/ Robotics Engineer

The role involves design, development, integration, and validation of electrical and control subsystems for uncrewed marine platforms including Autonomous Underwater Vehicles (AUVs) and Uncrewed Surface Vehicles (USVs). The engineer will be responsible for control system design, sensor integration, actuator control, and real-time system behavior validation.

Responsibilities include development and tuning of control algorithms using MATLAB/Simulink, embedded implementation on microcontroller platforms, integration with higher-level autonomy stacks, and support to system-level testing including SIL/HIL and field trials. The role requires close collaboration with mechanical, software, and autonomy teams to ensure reliable vehicle behavior in real-world operating conditions. Prior experience with robotics platforms, ROS/ROS2, and deployment of autonomous systems is highly desirable. Exposure to marine or mobile robotic platforms will be an added advantage.