Project EngineerAs a Project Engineer I am dedicated to maintain and foster client relationships by communicating with key stakeholders to aid in making advised decisions. I demonstrate behavior and actions that are transparent and lead to a positive workplace culture. I further exhibit actions that foster team spirit and build co-operative and productive relationships towards achieving common outcomes.Responsibilities§ Help ensure contracts/projects are tendered correctly, completed within budget and on time§ Ensure that costs are captured, invoices raised and costs receipted for completed works§ Bi- monthly cost reporting and distribution of quality, OHS and management documentation to clients § Quality tracking, system improvements and closing out of corrective actions§ Production notification, programming, project handover and client correspondenceProject Scope§ Project Engineer for spray seal, asphalt and maintenance for Northern region of the NT § Department of Infrastructure Southern Reseals Project’15 [$3.6m]§ Department of Infrastructure Northern Surfacing Repairs [$3.5m]§ Department of Infrastructure Temple Terrace upgrade’15-‘16 [$2 m]

Site EngineerAs a Site Engineer I have been able to establish, maintain and develop effective planning and coordination of teams. I have the ability to establish credibility and earn the respect, support and confidence of my crew and learned to identify and control project risks.I am able to work within cost constraints and unwavering safety objectives in reporting to Project Engineers and have demonstrated conflict management resolution while working with sub-contractors.I have gained insight into project reporting and budget monitoring during my time in the commercial team and am aware of environmental safety measures learnt during my time in the environmental team as a Graduate Engineer.Further to this, I believe my solid grounding in finance will hold me in an excellent position to ensure high quality outcomes to financially related tasks.ResponsibilitiesResponsibilities  Cost tracking, tendering, site progress reports & raising purchase orders  Writing ITP's, Task Risk Assessments & Process Procedures  PT stressing of tendons, rectification & hazard analysis of Launching Truss, needle beam modification, closing work lots, viaduct access & temporary lighting strategies  Site Engineering for; erection of falsework towers & segments, sign off & load testing of pier brackets and the internal grouting of tendons and bars Project Scope  Elevated roadway: 3 carriageways in each direction, 2.8 km long in total (roadway spanning 5km)  Unique smoothly curved piers that integrate into the environment: 68 piers in total (740 CFA piles)  Constructed by joining 2,200 segments to be erected using Gantry Truss, 500T crane and lifters  Segments linked, stressed together and strengthened using post-tensioning and grouting techniques