Senior Mechanical Design Engineer at Planys Technologies in Chennai, Tamil Nadu, India | Kablio

Role

Description

mechanical design

mobility design

reliability analysis

field testing

sealing design

simulation validation

Design robotic mobility systems (kinematics, adhesion(magnetic/ vacuum), seledrive torque estimation, surface traction studies).
Drive product reliability improvements, failure mode analysis (RCA), corrective actions and build robustness in next revisions.
Conduct field testing and sea trials, analyse in-water performance and iterate designs based on operational feedback.
Work closely with Electrical, Software and Field Service teams during integration and qualification testing.
Mentor junior engineers & interns on design best-practices & build reviews.
Create engineering documents — detailed drawings (GD&T), tolerance analysis, BOMs, testing plans & design reports.
Lead end to end mechanical design of ROVs, AUVs, & asset inspection robotic systems.
Design sealing & penetrator interfaces — O-ring grooves, shaft seals, face seals, dynamic and static sealing conditions.
Carry out requirement analysis, concept evaluation, feasibility & simulation-based validation (analytical + numerical).
Develop structural designs considering static, dynamic, thrust loads, vibration, fatigue and hydrodynamic effects. Knowledge of hydrodynamics and CFD. Conversant with FEA/CFD tools
Design of underwater Propulsion System components, Sizing and Selection of Motors, bearings, Design of motor housings, shafts, bearing housing

Requirements

rapid prototyping

solidworks

fea

cfd

pressure vessels

gd&t

Rapid prototyping & hands-on development including machining, assembly, tolerance adjustments, and fit checks.
3D CAD (SolidWorks)
FEA / CFD Analysis
Design subsea pressure housings for electronics & sensors, Familiar with Pressure vessel design as per (BPVC), Material selection, thickness calculations, FEA Analysis of pressure vessels
Excellent Knowledge of GD&T is required.

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

Founded with a mission to revolutionize inspection and monitoring through innovative technology.
Specializes in underwater inspection, offering cutting-edge robotics and AI solutions.
Focuses on providing comprehensive survey solutions across marine, energy, infrastructure, and utilities sectors.
Known for its expertise in marine asset inspections, including offshore platforms, pipelines, and wind farms.
Has developed state-of-the-art remotely operated vehicles (ROVs) for high-precision data capture.
Committed to reducing operational risks and downtime for clients through real-time data insights.
Stands out for integrating robotics with AI, enhancing the accuracy and efficiency of inspections.

Culture + Values

Innovation and Excellence in Technology
Integrity and Transparency in Operations
Collaboration and Teamwork
Customer Centricity and Value Creation
Continuous Learning and Development

Environment + Sustainability

2030 Target

Net-Zero Emissions

Committed to achieving net-zero carbon emissions in its operations by the year 2030.

Committed to reducing the environmental impact of its operations through innovative solutions.
Focusing on minimizing energy consumption and enhancing sustainability in the marine industry.

Inclusion & Diversity

The company fosters an inclusive work culture that encourages diverse perspectives and experiences.
The company ensures equal opportunities for all employees, regardless of gender, background, or ethnicity.
Gender diversity statistics are not publicly available.

Articles

Industrial Automation Magazine – Planys profile

PIER71 startup directory – Planys Technologies

Planys BV community overview

Role

Description

mechanical design

mobility design

reliability analysis

field testing

sealing design

simulation validation

Design robotic mobility systems (kinematics, adhesion(magnetic/ vacuum), seledrive torque estimation, surface traction studies).
Drive product reliability improvements, failure mode analysis (RCA), corrective actions and build robustness in next revisions.
Conduct field testing and sea trials, analyse in-water performance and iterate designs based on operational feedback.
Work closely with Electrical, Software and Field Service teams during integration and qualification testing.
Mentor junior engineers & interns on design best-practices & build reviews.
Create engineering documents — detailed drawings (GD&T), tolerance analysis, BOMs, testing plans & design reports.
Lead end to end mechanical design of ROVs, AUVs, & asset inspection robotic systems.
Design sealing & penetrator interfaces — O-ring grooves, shaft seals, face seals, dynamic and static sealing conditions.
Carry out requirement analysis, concept evaluation, feasibility & simulation-based validation (analytical + numerical).
Develop structural designs considering static, dynamic, thrust loads, vibration, fatigue and hydrodynamic effects. Knowledge of hydrodynamics and CFD. Conversant with FEA/CFD tools
Design of underwater Propulsion System components, Sizing and Selection of Motors, bearings, Design of motor housings, shafts, bearing housing

Requirements

rapid prototyping

solidworks

fea

cfd

pressure vessels

gd&t

Rapid prototyping & hands-on development including machining, assembly, tolerance adjustments, and fit checks.
3D CAD (SolidWorks)
FEA / CFD Analysis
Design subsea pressure housings for electronics & sensors, Familiar with Pressure vessel design as per (BPVC), Material selection, thickness calculations, FEA Analysis of pressure vessels
Excellent Knowledge of GD&T is required.

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found