Marine robotics
World-class autonomy below the surface.
ROV, AUV, and tethered systems. Acoustic SLAM, sensor fusion, and field-ready vehicles built around safety culture borrowed from automotive.
depth-ratedCoimbatore, India · open to work
Embedded systems for environments that don’t forgive.
I’m Anandhu Prakash, an Embedded & Systems Engineer at Bosch — two-plus years on safety-critical work, with three weeks of recent hands-on ROV training in Sharjah. Building toward embedded roles where the test cell isn’t a dyno.
- Safety-critical embedded · SIL, AUTOSAR, MATLAB/Simulink
- Subsea & ROV systems · telemetry, pressure comp, RS-485
- Open to work · embedded / systems / harsh-environment roles
Operating doctrine
Trailblaze a path to find novel solutions to complex engineering problems.
- 01 Define mission requirements
- 02 Design system architecture & data flow
- 03 Implement a prototype
- 04 Bench → tank → field
- 05 Take to production
- 06 Maintain, scale, and grow the team
Range of operation
I work on safety-critical embedded systems for hard environments.
Space systems
Design, build, and qualify in zero margin.
GNC, ADCS, HIL benches, and embedded firmware for the kind of hardware that doesn't get a service call once it ships.
flight-qualifiedROV & embedded
Grow and operate world-class teams.
Real-time pipelines, telemetry, and pilot tooling. Hourly, monthly, or project-based — depending on how heavy the seas are.
team-readyRecent work
Projects in flight
From the journal
Latest logs
Standing by
Looking for a robotics engineer for hard environments?
Hiring for marine, space, or ROV roles? Or just want to compare notes on the strange overlap between automotive safety culture and underwater ops? Pinging back within a tide cycle.