Responsibilities

• Perform on-site installation, troubleshooting and debugging of autonomous vehicle (AV) systems and related components
• Conduct and facilitate regular inspections, diagnostic tests, and scheduled maintenance for all vehicle assets
• Assist in routine data collection and documentation optimization or preventive maintenance
• Coordinate operational activities including scheduling, resource allocation, and route optimization for the AV fleet
• Collaborate with cross-functional teams to facilitate coordination between technical tasks and operational requirements
• Any other additional duties relating to product and operations support

Requirements

• An Engineering diploma or degree in Electrical, Electronic, Mechatronics, Robotics, or Automation
• Hands-on experience in systems deployment, service engineering, technical support, and/or operations coordination
• Capability to adjust to a shift-based support working environment
• Experience working in Linux OS environment
• Practical expertise in electrical and electronic wiring as well as mechanical systems
• Familiarity with ROS is a plus
• A Class 3/4 driving license will be an added advantage

Responsibilities

• Level 1 Troubleshooting and Technical Support – identify, diagnose, and resolve basic configurations concerns, or minor hardware malfunctions
• Offer customer support by resolving queries, providing technical assistance, and ensuring customer satisfaction
• Execute routine data collection processes from data loggers, onboard sensors, software systems, diagnostic tools and feedback forms
• Analyze collected data to identify performance patterns, trends, and potential areas for optimization or preventive maintenance
• Conduct and facilitate regular inspections, diagnostic tests, and scheduled maintenance for all vehicle assets including on-board equipment to ensure optimal functionality and safety
• Develop maintenance schedules, ensuring adherence to protocols and manufacturer’s guidelines for regular inspections, software updates, and component replacements
• Generate detailed reports outlining identified issues, recommended solutions, and actions taken for each maintenance task or diagnostic analysis
• Coordinate operational activities including scheduling, resource allocation, and route optimization for the AV fleet
• Collaborate with engineering, operations, and management teams to facilitate coordination between technical tasks and operational requirements

Requirements

• Minimally a diploma in relevant Engineering field with equivalent work experience, with a focus on mechatronics preferred
• Proficiency in Level 1 troubleshooting, data collection methodologies, and coordination of maintenance activities for Class 3 and 4 vehicles and electronics equipment
• Excellent communication skills and the ability to collaborate effectively with technical teams and stakeholders
• Dedication to meticulous documentation and reporting practices

Responsibilities:

• Testing & validation of software for vehicle controls
• Design and implement methods to optimize and improve vehicle controller performance under safety and comfort requirements
• Data collection and logging for review and improvements
• Consider safety situations and policies for vehicle driving in urban situations
• Work with simulation platform for developing and testing controllers

Requirements:

• Bachelor’s degree or above in Control, Electrical Engineering, Mechanical Engineering or related field
• Knowledge of Linux, and development on Linux systems
• Experience working on robot and/or autonomous system
• Excellent C/C++ and/or Python development skills on Linux platform
• Experience developing software as part of a team

Responsibilities:

• Assist mechanical and electrical engineers for system assembly, installation, commissioning, and troubleshooting
• Carry work assembly and installation according to design requirements, schematics, drawings or working instructions
• Undertake ad-hoc responsibilities assigned

Requirements

• NITEC/Diploma in Mechatronics/Mechanical/Electrical/Electronic engineering
• Knowledge on mechanical and electrical principles
• Able to comprehend electrical and electronic schematics and mechanical drawings
• Hands-on experience is a must, e.g. soldering, wiring, M&E assemblies, panel wiring, grinding, drilling
• Able to work with minimal supervision

Responsibilities:

• Design, implement and test motion planning software for autonomous driving, including path planning, dynamic motion planning and obstacle avoidance functions
• Work with the team to optimize motion planning algorithms to improve software performance and efficiency
• Develop simulation tools to verify and validate the accuracy and stability of mission planning algorithms
• Analyze problems that arise during mission planning and propose corresponding solutions
• Track the latest technology trends and developments in the mission planning community and drive technological innovation

Requirements:

• Bachelor’s degree or above in Computer Science, Electrical Engineering, Mechanical Engineering, or related field
• Experienced in motion planning software development and be familiar with path planning, dynamic motion planning and obstacle avoidance algorithms
• Proficient in programming languages such as C++ and Python, with good programming skills and practical experience in software engineering
• Be familiar with common motion planning tools and libraries
• Good teamwork skills, good communication skills and problem-solving skills

Responsibilities:

• Research, develop, and translate methods at the frontier of learning, prediction, and planning to improve MooVita’s current behaviour and decision-making stack
• Develop rigorous performance evaluation of developed intelligent behaviour modules and benchmarking with existing best-in-class methods
• Work with team on efficient implementation, testing and validation of developed algorithms in AV simulation environments and on real vehicle

Requirements:

• Master or PhD degree in Computer Science, Engineering or related field
• Deep knowledge and practical experience with AI and learning based approaches (e.g. deep learning, reinforcement learning, transformer) for prediction, planning, or decision-making
• Excellent C/C++ and/or python programming skills
• Knowledge of Linux, and development on Linux systems
• Experience in development, application, or simulation of robotics and autonomous systems will be a plus.