Experience

Transmin Pty Ltd

• Australia
• Machinery Manufacturing
• 1 - 100 Employee

• Mechanical Engineer

  • Aug 2021 - Present

  - Engineering design of feeders and hoppers/chutes, rock breakers, and hydraulic gates including instrumentation from the proposal stage through to final delivery. - Working with designers to provide engineering input to 3D models and drawing development. - Preparing vendor data and documentation including general arrangements and piping and instrumentation diagrams; equipment lists; lubrication schedules; inspection and test plans; preventative maintenance routines; and installation and operation manuals. - Liaising with clients and responding to any and all technical queries. - Design verification and validation of components considered not ‘off-the-shelf’ using a combination of first principles, Australian standards, and FEA. - Research and development of new products including apron feeders, and D6 hybrid feeders. - Continual development of design tools and calculations; incorporating first principles, Australian standards, and vendor catalogue information. - Assistance to multiple departments including estimating, procurement, sales, and aftermarket. - Fault investigation, including Root Cause Analysis and Failure Mode Effect Analysis. - Completion of the University of Newcastle TUNRA course culminating in an in-depth understanding of materials handling principles. - Use of SolidEdge, and Autodesk Inventor, Inventor Nastran, Autocad, and Navisworks.



Ausenco

• Australia
• Mining
• 700 & Above Employee

• Commissioning Engineer

  • May 2021 - Jul 2021

  Commissioning engineer for Stage 1 of the Ravenswood Gold Ravenswood Expansion Project, responsible for: - Compiling equipment and plant installation and construction check sheets.- Commissioning all mechanical equipment and systems in the leach area; including vertical and horizontal centrifugal pumps, wet vibrating screens, agitators, launder gates, hydraulic power packs, dart valves, samplers, and all associated piping.- Completion of C0 (construction handover), C1 (power on), C2 (water), and C3 (ore and slurry) commissioning activities, which included troubleshooting and testing equipment on behalf of vendors.- Updating site documents including redlining piping and instrumentation diagrams; developing site instructions, punch lists, and NCRs (non-conformance reports); and reviewing contractor documentation.- Identifying and rectifying all field design issues.

• Graduate Mechanical Engineer

  • Jul 2019 - May 2021

  Mechanical engineer on the Ravenswood Gold Ravenswood Brownfield EPCM and RG Gold Raygorodok Greenfield FEED, responsible for: - Preparing calculations and defining the designs of pumping and piping systems, dust collection and ventilation systems, and material handling systems.- Preparing scopes of work, data sheets, and technical specifications for mechanical process equipment packages including but not limited to air receivers, compressors, rock breakers, dust collectors, magnets, metal detectors, gravity concentrators, hydrocyclones, flocculant plants, and pumps for review, tender, and purchase.- Conducting technical evaluations and vendor data and documentation reviews of said mechanical process equipment packages.- Developing process flow sheets and piping and instrument diagrams, as well mechanical equipment lists.- Interacting with other discipline engineers to understand their roles and responsibilities; and interpreting process design documents including design criteria, mass balances and flow sheets. General engineering activities across various projects, including but not limited to:- Reviewing and revising piping and instrument diagrams with corresponding line, valve and tie in lists.- Conducting statistical analysis of past projects to assist management in allocating resources for activities such as the review of vendor data and documentation requirements for future projects.- Creating new and updating existing calculation tools with industry standards and literature e.g., API 2000 ‘Venting Atmospheric and Low-Pressure Storage Tanks’ for storage tank vent diameter and incorporating ANSI/HI 9.8 ‘Rotodynamic Pumps for Pump Intake Design’ into a hopper sizing tool.



Airbus

• France
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Student Mechanical Engineer

  • Jul 2017 - Dec 2017

  ASI (Aircraft Structural Integrity) and S&TE (Support & Training Equipment) team member: - Cataloguing ARH usage data for the Aging Aircraft Audit - Structural verification chapter of the ARH ASI Management Plan. - ECPs (Engineering Change Proposal) for GSE (Ground Support Equipment). - Technical change plans, requirement specifications and trade studies. ASI (Aircraft Structural Integrity) and S&TE (Support & Training Equipment) team member: - Cataloguing ARH usage data for the Aging Aircraft Audit - Structural verification chapter of the ARH ASI Management Plan. - ECPs (Engineering Change Proposal) for GSE (Ground Support Equipment). - Technical change plans, requirement specifications and trade studies.



Ezy Math Tutoring Pty Ltd

• Australia
• Education Administration Programs
• 100 - 200 Employee

• Mathematics Tutor

  • Jun 2015 - Jun 2017

  - Tutored senior mathematics B and C, and physics. - Tutored senior mathematics B and C, and physics.



FE Consultants

• Australia
• Mechanical Or Industrial Engineering
• 1 - 100 Employee

• Student Mechanical Engineer

  • Nov 2016 - Dec 2016

  - Advanced technical design, analysis, and solutions for pressure vessels and other structures. - Autodesk software; AutoCAD and Inventor. - Abaqus. - Advanced technical design, analysis, and solutions for pressure vessels and other structures. - Autodesk software; AutoCAD and Inventor. - Abaqus.