Factory Acceptance Testing (FAT) Engineer – De Aar Overview: As a Factory Acceptance Testing Engineer, you be responsible for ensuring that equipment and systems meet specified requirements before they are delivered conduct rigorous testing procedures and document results to ensure that products meet quality, safety, and and requirements to understand testing scope. · Develop FAT protocols, test plans, and acceptance criteria requirements. 2. Testing Execution: · Conduct Factory Acceptance Tests (FAT) on equipment, systems, or components
Acceptance Testing Engineer, you will be responsible for ensuring that equipment and systems meet specified conduct rigorous testing procedures and document results to ensure that products meet quality, safety, and and requirements to understand testing scope. o Develop FAT protocols, test plans, and acceptance criteria requirements. 2. Testing Execution: o Conduct Factory Acceptance Tests (FAT) on equipment, systems, or components Perform functional tests, performance tests, safety tests, and reliability tests as per project specifications
To oversee and manage the electrical infrastructure within the substation, including the interconnection interconnection with the PV system, to ensure the safe and reliable distribution of electrical Develop detailed ensure the safety of the substation. Implement quality control measures to ensure that the electrical 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
stakeholders. 3. Resource Management: · Coordinate with resource managers to allocate resources effectively maximize productivity and minimize costs. 4. Risk Management: · Identify potential risks and uncertainties decisions promptly. 7. Quality Assurance: · Ensure that project deliverables meet quality standards and comply comply with regulatory requirements. · Conduct quality checks and inspections as necessary throughout the manufacturing industries. · Proficiency in project management software such as Primavera P6, Microsoft Project
stakeholders. 3. Resource Management: o Coordinate with resource managers to allocate resources effectively maximize productivity and minimize costs. 4. Risk Management: o Identify potential risks and uncertainties decisions promptly. 7. Quality Assurance: o Ensure that project deliverables meet quality standards and comply comply with regulatory requirements. o Conduct quality checks and inspections as necessary throughout the manufacturing industries. Proficiency in project management software such as Primavera P6, Microsoft Project
To manage and supervise the on-site civil engineering activities, ensuring that the construction and and installation of solar power systems proceed smoothly, safely,efficiently, and in accordance with project topography, drainage, and accessibility. Oversee and manage site clearing, grading, and preparation activities for the PV system. Monitor the construction of foundations and structural support systems for solar panels to safety standards and regulations. Implement quality control measures to ensure that the civil construction
maintaining Project Communication and Document Control Systems. Monitoring schedules and ensuring all company tracked. Managing SharePoint/Teams Folder Structure and adherence to requirements. Providing management tools required by Project Director and Construction Manager. Audit site Document Control and folder structure Technical Teams. Project Trackers & Reporting: Managing Project Deliverables List and EDMS. Updating timelines Electronic Document Management System (EDMS). Knowledge of document control processes and systems on projects