All about SEACONVOY!

SEACONVOY is a dynamic engineering consultancy, design, and manufacturing firm based in Chennai. Established in January 2021 by a skilled team with expertise in design, fabrication, and prototype testing across naval architecture, mechanical engineering, embedded systems, and marine robotics, we operate with a dedicated and efficient team of eight professionals. Moreover, we collaborate closely with a remarkable network of subcontractors who support our operations regularly.

Acheivements:

1. In its inaugural year, SEACONVOY was honored with the DISC-5 (Defence India Start-up Challenge) award for its pioneering work on an Anti-Roll tank-based active stabilization system for warships, marking a significant achievement.
2. The company has been awarded the FORGE Innovation grant to advance the development of a waterjet propulsion system.
3. Since its establishment, SEACONVOY has successfully delivered services and products valued at ₹250 Lakhs.

Engineering consultancy & services:

We offer a comprehensive range of engineering consultancy and services, including:

• Conceptualization, evaluation, and validation of specialized systems for maritime applications including ships and underwater vehicles.

• Utilization of advanced analysis methods such as CFD and FEA for design calculations, evaluations, and prototype testing.

• Comprehensive design services including detailed design conforming to industry standards, prototyping, and performance predictions for maritime vessels.

• Expertise in propulsion system integration tailored to operational requirements, including the selection and design of propulsion components.

• Advanced 3D modelling for accurate representations of hull, propulsion, and steering systems, aiding in CAE analysis and other applications.

• Engineering support for the design of stern gear and steering gear assemblies, and preparation of documentation for class certification by recognized authorities.

 Seaconvoy products:

Our product line includes innovative solutions for the maritime sector:

1. Autonomous surface vehicles (ASV) designed for unmanned surveying and surveillance tasks.
2. A specialized design tool for the sizing, selection, and performance prediction of active roll stabilization systems for naval vessels.
3. A waterjet propulsion system specifically designed for ASVs.
4. Precision fabrication of ship and submarine models in accordance with ITTC standards.
5. Customized equipment and test rigs for hydrodynamic model testing, along with turnkey solutions for ship and underwater model experiments.
6. Advanced software solutions for navigation, control, and data acquisition, built on the ROS framework.
7. State-of-the-art onboard instrumentation and real-time data processing tools, complemented by long-range telemetry for comprehensive command and control capabilities.
8. Precision tracking of mobile platforms using RTK GPS technology, and the development of carbon fibre products and components utilizing high-performance materials.

Job Description

Technical Responsibilities:

• Responsible for designing mechanical and electromechanical products and systems utilizing principles of mechanics, thermodynamics, hydraulics, heat transfer, and material science.
• Engages in the development of mechanical and electromechanical products by analyzing design requirements, exploring and testing manufacturing and assembly methods, and selecting appropriate materials.
• Designs and refines manufacturing processes by engineering and adapting equipment for the production, assembly, and installation of components.
• Utilizes 3D modeling for the design and analysis of products and systems, aiding in manufacturing, marketing, and other applications.
• Generates and evaluates technical drawings, blueprints, and specifications using CAD software such as SOLIDWORKS, RHINOCEROS.
• Produces technical animations and visual content of products and systems derived from CAD designs.
• Ensures product and system quality by developing testing procedures, assessing the capabilities of finished products and systems, and verifying the efficacy of manufacturing, assembly, and installation practices.
• Compiles product reports by gathering, analyzing, and summarizing data and trends.
• Serves as a technical resource by responding to inquiries and requests for information.
• Maintains operational functionality of equipment by managing maintenance and repair services, adhering to manufacturer guidelines and protocols, and arranging for special service needs.
• Manages system and product databases through programming and data entry.
• Continually enhances professional and technical expertise by participating in educational opportunities, reading professional publications, building personal networks, and joining professional organizations.

Official Duties:

• Dedicates efforts to delivering thoroughly researched, fully functional, and comprehensively tested products.
• Participates in the mechanical and electrical integration of new hardware components into the test fleet for R&D and testing purposes.
• Operates in both workshop and field settings, conducting tests, simulations, and physical operations of vehicles.
• Conducts trade studies and manages the selection and integration of various components, including motors, actuaries, sensors, and receivers.
• Thrives in a dynamic, deadline-oriented environment, where small teams are responsible for a wide range of tasks.
• Prepares technical documentation and presentation materials.
• Acts as a liaison between office staff, manufacturing sites, and subcontractors.

Qualifications:

• Bachelor's degree in Mechanical Engineering, Mechatronics, or a related field, or equivalent professional experience.

Skills & Experience:

• Strong mathematical proficiency, including expertise in geometry, calculus, and physics.
• Proficiency in CAD software such as SOLIDWORKS, AutoCAD, and other mechanical design tools.
• Hands-on experience with electro-mechanical systems, including assembly, disassembly, testing, and troubleshooting.
• Knowledge of unmanned platforms and controllers, such as AUVs, Robots, Pixhawk, DJI, Ardupilot, and PX4.
• Demonstrated capability in integrating complex systems towards a unified goal, with a background in system design and testing.
• Preferred experience with MATLAB and/or Python.
• Understanding of fluid mechanics, thermodynamics, and other core mechanical engineering principles.
• Proficient in the use of MS Office and other computer productivity tools.
• Strong communication skills, both verbal and written.
• Excellent problem-solving, analytical, interpersonal, and leadership abilities.
• A proactive approach to taking responsibility and ownership of tasks.
• A commitment to learning from errors and a drive to improve personal and organizational performance.