Key responsibilities/main job outputs: Engineering design of hydraulic infrastructure including bulk pipeline and pipe network design, sewer and stormwater network design, water and wastewater treatment plant hydraulic design with guidance and inputs from senior engineer Assist in the construction monitoring to ensure that the project remains within budget and comply with specifications. Assist with monthly cashflows and progress reports to be compiled based on the daily measurements on site and submitted timeously to the Resident Engineer Report to the Resident Engineer and liaise with sub contractors. Assist with contract administration duties Assist with minutes taking Assist to measure and prepare monthly progress payment certificates and submit final drafts to the Resident Engineer. Adherence to quality management and quality control procedures using the project related CDE and continuous coordinating with the Documents Controller to ensure everything is correctly captured and issued as per the Quality system Keep a daily diary of construction activities and progress. Assist with the preparation of monthly progress reports Assist with the continuously compilation of as-built drawings continuously prior to approving the portion of works to ensure adherence to the designs and inform the Contracts Engineer immediately of any deviation to the design. Capture all testing requirements as per the QMS on the CDE and summarise the results. Ensure that any deviation is immediately brought under the Resident Engineers attention. Using company standard collaboration and coordination tools in line with our Digital Ways of Working. Communicate proactively any potential alternatives, deviations and issues encountered during construction to the resident Engineer Representing the civil design team and leading the coordination efforts on multi-disciplinary projects 3D modelling and coordination of infrastructure Preparing design deliverables including design reports, models, BOQs, drawings etc. Using company standard collaboration and coordination tools such as BIM360, ACC Automation of daily workflows are welcomed and encouraged. Minimum required qualification: Eng/B.Sc. Civil Engineering Candidate registration with ECSA preferred. Minimum experience , knowledge & skills: Computational design and site thinking Experience with pipeline and pipe network modelling, analysis, and design for pressure and gravity networks Basic understanding of Process Flow Diagrams and Process and Instrumentation Diagrams Strong multi-disciplinary coordination skills Basic knowledge of pump station design will advantageous. BIM implementation Creating/using BEPs and TIDPs with applying CDE principals Experience in the following software and applications: Experience with hydraulic analysis software packages essential Working knowledge of EPANET and EPASWMM Using BIM360, ACC or similar as a collaboration platform Some exposure to MS Office packages including Word and Excel essential. Behavioural competencies: Analytic thinker with flexible approach with strong problem-solving skills Ability to see the bigger picture and understand how various components of a project fit together to form a functional ecosystem Strong collaboration and coordination skills Willingness to learn from and integrate with all disciplines on designs Strong leadership skills, motivated and disciplined (track record of leading teams in own discipline) Enthusiastic to learn new skills and teaching others these skills to apply it in their daily work Taking initiative to research and suggest alternatives to design and execution methods Excellent communication and interpersonal skills verbal and written Ability to work independently with limited supervision Results orientated and target driven. Active learning & learning strategies Creative, pro-active and complex problem solver Digitally inclined, innovative, and future ready thinking