Software Development Lifecycle (SDLC)

Utilise AI to analyse video feeds for real-time detection of security threats and suspicious activities, ensuring passenger safety. Implement AI algorithms to monitor and manage passenger movement, reducing congestion and improving boarding efficiency. Analyse video data to predict maintenance needs and schedule timely interventions, minimizing downtime and enhancing service reliability. Use video analytics to monitor and report on environmental and social governance (ESG) metrics, such as energy consumption and passenger satisfaction. Provide actionable insights from video data to support strategic decisions in public transport operations and policy-making..

Develop and integrate software for vehicle control systems and electronic modules. Implement algorithms using C/C++ or Python in embedded automotive environments. Collaborate with hardware teams to ensure seamless system functionality. Debug software issues and maintain version control systems. Test software using simulation and hardware-in-the-loop platforms. Liaise with control, systems, and validation engineers.

1. oversee the planning, implementation, and management of IT systems and infrastructure to support organisational operations and goals. 2. lead IT projects from initiation to completion, ensuring adherence to timelines, budgets, and quality standards. 3. manage and optimise IT budgets and expenditures, balancing cost-effectiveness with operational needs and strategic objectives. 4. evaluate and recommend IT systems, hardware, software, and upgrades to enhance productivity and efficiency across departments. 5. ensure data security, integrity, and privacy through the implementation of robust cybersecurity measures and compliance with regulations. 6. collaborate with stakeholders to understand IT needs and priorities, aligning technology solutions with business strategies. 7. provide strategic guidance and technical expertise to resolve complex IT issues and challenges, ensuring continuous operations. 8. oversee IT staff, including recruitment, training, and performance management, to build a high-performing and cohesive team. 9. stay informed about emerging technologies and industry trends, evaluating their potential benefits and risks for the organisation. 10. establish and maintain IT policies, procedures, and standards to support governance and compliance requirements.

Assisting engineers in robotics design/configuration Building or assembling the robotic devices or systems Completing corrective or preventative maintenance Repairing, reassembling robots or components Testing performance; record test procedures and results Installing, program and repair controllers, tools, conveyors Inspecting installation sites Training operators on robotics usage Responsible in development of computer software and/or programming

Define overall vehicle layout, structure, and technical package. Establish system allocation and integration guidelines. Evaluate architectural trade-offs in weight, cost, and space. Support concept feasibility and performance simulations. Ensure compliance with regulatory and ergonomic requirements. Liaise with system owners, product planning, and styling teams.

Coordinate integration of all vehicle systems into a cohesive platform. Ensure cross-system compatibility, fitment, and performance. Conduct packaging studies and interface management. Support prototype builds and validation activities. Troubleshoot system-level integration issues. Liaise with system engineers, testing teams, and manufacturing.