work as a Development Engineer: Systems, in the field of Autonomous Systems. The scope of work includes (but the following: a. Collaborate with system engineers to create system-level requirements, designs, implementations documentation; b. Collaborate with system engineers to devise system-level test cases, and procedures, enhance the system engineering processes; d. Engage with COTS suppliers, explore system design and architecture integrators; f. Manage a functional system integration facility for comprehensive system-level integration and testing;
components and systems, such as support structures, mounting systems, and tracking systems, to ensure they including support structures, racking systems, and tracking systems, to ensure they meet design specifications equipment, and components used in mechanical systems, verifying their quality, suitability, and compliance mechanical components, support structures, and mounting systems are installed correctly and according to design commissioning of mechanical components and systems, such as tracking systems, to verify their proper functionality
support activities of South African railway signal system, including the preparation of technical bidding for engineering design liaison, preparation of system design documents, engineering design including Responsible for the interface design with external systems. · Responsible for the construction and testing Responsible for retrofitting existing signalling systems to update them, either in response to regulations etc. · Fault find electronic systems and report back results and any systemic issues. · Ensure that “Best
single-pump self-enclosed landscape pumping systems to large-capacity systems for water districts, resorts, and software solutions and web-based telemetry for remote system monitoring and control. With state-of-the-art facilities we are committed to providing reliable pumping systems and total water management solutions. The ideal high quality, cost effective industrial control systems for water irrigation pumping, while ensuring compliance control systems, advanced control techniques using VFDs, cellular remote monitoring systems, and power
substation, including the interconnection with the PV system, to ensure the safe and reliable distribution of of electrical wiring, connections, and control systems necessary for the substation, ensuring proper sizing control systems. · Coordinate the testing and commissioning of substation equipment and systems to verify functionality, including protection schemes and control systems. · Develop and implement protection schemes for fault detection and isolation to safeguard the PV system and the electrical grid. · Maintain comprehensive
substation, including the interconnection with the PV system, to ensure the safe and reliable distribution of of electrical wiring, connections, and control systems necessary for the substation, ensuring proper sizing control systems. · Coordinate the testing and commissioning of substation equipment and systems to verify functionality, including protection schemes and control systems. · Develop and implement protection schemes for fault detection and isolation to safeguard the PV system and the electrical grid. · Maintain comprehensive
experience of integrating electrical and mechanical systems. Key Responsibilities: Develop, read, interpret electrical systems and equipment. Troubleshoot and diagnose issues in electrical systems. Read schematics the method and sequence of assembly of a part, system, or piece of equipment Perform routine inspections inspections and preventive maintenance to ensure system efficiency. Follow safety protocols and ensure compliance
and testing of renewable power and energy storage system projects including associated electrical devices communications systems, power generators, motors and navigation systems, and electrical systems Lead and conduct automation/SCADA and the integration design to the Utility systems. Lead and witness the factory acceptance testing schemes, telecoms schemes and substation automation systems. Lead and monitor in the site installation work schemes, telecoms schemes and substation automation systems. This includes all related power and control cable
and testing of renewable power and energy storage system projects including associated electrical devices communications systems, power generators, motors and navigation systems, and electrical systems · Lead and automation/SCADA and the integration design to the Utility systems. · Lead and witness the factory acceptance testing schemes, telecoms schemes and substation automation systems. · Lead and monitor in the site installation work schemes, telecoms schemes and substation automation systems. This includes all related power and control cable
control systems, advanced control techniques using VFDs, cellular remote monitoring systems, and power power monitoring software systems.