Software Engineer - Autonomous Vehicles

Are you passionate about advancing autonomous vehicle technology and seeking an exciting opportunity to make a real impact? iO Associates is partnered with a leader in innovative maritime and robotics solutions, and looking to hire a talented Software Engineer to play a pivotal role in developing autonomous systems for marine vehicles. This is a full-time, permanent position based onsite in New Jersey, ideal for engineers eager to contribute to cutting-edge projects in a dynamic and supportive environment.

Organization Overview
Our Client operates at the forefront of maritime and marine robotics industries, delivering sophisticated solutions that enhance safety, efficiency, and environmental sustainability across defence, science, offshore energy, and offshore wind sectors. Renowned for their innovative products, including AI-driven maritime awareness systems, unmanned surface vehicles, and autonomous power platforms, they foster a culture of continuous innovation, collaboration, and growth. With a strong reputation for technical excellence and a comprehensive benefits package, they are an outstanding place to develop your career and make a meaningful difference in the world of marine autonomy.

Role Summary
This newly created position is essential to the expansion of our Client’s autonomous vehicle capabilities. As a Software Engineer specialising in autonomous surface systems, you will tackle complex technical challenges that shape the future of marine robotics. This role offers a unique chance to influence mission-critical software, driving advancements in sensor integration, obstacle avoidance, and multi-vehicle systems in challenging ocean environments. Your work will directly contribute to innovative solutions that redefine autonomous maritime operations.

Responsibilities

• Design, develop, and maintain software for control, navigation, and communication of autonomous surface vehicles.
• Collaborate closely with hardware teams, integrating software with sensors and embedded systems.
• Develop algorithms leveraging AI and machine learning for obstacle detection and path planning.
• Enhance multi-vehicle cooperation protocols for surface, underwater, and aerial assets.
• Create simulation models to test vehicle behaviour in dynamic marine environments.
• Diagnose and resolve software issues encountered during field operations and sea trials.
• Document technical specifications, API designs, and testing procedures to ensure robust software life cycle management.

Essential Skills & Experience

• Bachelor’s university degree in Computer Science, Engineering, or an equivalent discipline.
• At least two year’s experience in software development within robotics, autonomous systems, or embedded platforms.
• Strong proficiency in C and C++, with exposure to real-time and embedded system programming.
• Extensive experience with UNIX/Linux environments and POSIX standards.
• Hands-on knowledge of Robot Operating System (ROS) and networking protocols such as UDP/IP, serial, LTE, WiFi, and satellite communications.
• Proven problem-solving skills and ability to troubleshoot complex software issues.
• Effective communicator capable of working collaboratively within multidisciplinary teams.

Desirable Skills & Experience

• Background in computer vision for obstacle detection and sensor data processing.
• Practical experience with machine learning applied to autonomous navigation.
• Familiarity with SLAM techniques for localisation and mapping.
• Experience with multimedia libraries such as SFML.
• Marine vessel or autonomous vehicle field test experience, including sea trials.
• Knowledge of micro controller integration within robotic systems.
• Willingness to travel occasionally for testing, fieldwork, or technical demonstrations.
• Ability to obtain relevant security clearances if required.

Application
If you are eager to contribute to innovative autonomous marine solutions and possess the skills outlined above, we invite you to submit your CV for consideration. Join our Client’s team and be at the forefront of maritime robotics that are shaping a safer, smarter ocean future.