Job Summary: As Project Engineer - Tailings, you will lead a team and interpret, organize, execute, and coordinate the engineering technical aspects for complex projects with internal team members and external design consultants for the tailings and associated facilities for mineral processing projects. You will participate in project planning, proposal review, and will own the engineering elements of capital estimates. Your technical guidance and recommendations will ensure engineering aspects meet project requirements and remain within scope and budget.
Major Responsibilities: Supervises the engineering activity (all disciplines) on a medium-sized project, or a small project of greater complexity, or designated portions of a project with minimal to moderate complexity for a global business unit. Plans and directs engineering assignments on the project. Possesses technical responsibilities for interpreting, organizing, executing, and coordinating these assignments. Ensures the facilities are designed in a safe, reliable, and efficient manner in accordance with policies and all applicable laws, regulations, authorization basis, codes, standards, and technical requirements including international regulations. Represents Engineering on the project and with the client to resolve technical questions, expedite procurements, coordinate construction interfaces and as required to coordinate work. Other responsibilities as designated. Education and Experience Requirements: Requires bachelor's degree (or international equivalent) and 10-13 years of relevant experience or 14-17 years of relevant work experience.
Required Knowledge and Skills: Broad progressive work experience in design engineering, science or other relevant types of engineering such as systems startup, field engineering or plant operation in large scale mining facilities, non-process infrastructure, mineral processing facilities, industrial plants, utilities, process plants, or engineering/construction firms. Knowledge of systems, calculations, equipment, applications of methods, materials, and computers in the discipline. Knowledge of engineering work planning and control methods. Knowledge of related construction practices and the economics involved. Knowledge of industry/regulatory codes and standards, including international, and design and/or layout criteria pertinent to the particular discipline. Knowledge of application and coordination of 2-D and 3-D Computer Aided Design (CAD) tools on a project. Demonstrated skill in leadership and supervision. Working in a dynamic environment to meet challenging milestones. #J-18808-Ljbffr
