Alireza (Alex) Moridi Email & Phone Number

Sydney, New South Wales, Australia

Sydney, New South Wales, Australia

• Head of Engineering, Repair and Maintenace
• Member of Oldfields Senior Leadership Team

Sydney, New South Wales, Australia

• Manage engineering team to achieve most efficient and best possible engineering solutions.
• Custom made drawings and communications with manufacturing facility in a timely fashion in a variety of products including but not limited to scaffolding, voids protection and edge protection.
• Research and development for new & existing product and carry out design registration accordingly.
• Technical advise/support to branch managers and scaffold estimators, including on-site advise.
• Technical advise/support, quality control and communication to Oldfields manufacturing facility in China.

Sydney, New South Wales, Australia

• Designing of formwork/scaffod based on Australian Standards.
• Utilising conventional formwork, Acrow Wall 80, cuplock and wedgelock scaffold, powershore, MK, Slim-lite and Slim-max, Enloflex and all other available systems at Acrow Formwork and Scaffolding.
• Working on various projects from small residential projects to large billion-dollar civil projects.
• Performing FEA to test and optimize product applications.
• Utilizing AutoCad, SPAN, Microstran, iScaff, Acrow Beams, Wall Formwork, CALCUMAX, HILTI Profis Software packages for formwork and scaffold design.
• Scaffold and formwork estimating for tenders; and liaising with company sales reps and clients.

Sydney, Australia

• Successfully designed scaffold for low/high-rise commercial and residential buildings according to Australian standards such as AS/NZS 1577, AS1657, AS/NZS 1576, AS/NZS 4576.
• Designed cantilevered/hanging scaffold with RSJ or Layher beams; Also designed openings, false works, B-Class hoardings and loading platforms with different load ratings.
• Calculated scaffold loads imposed on ground or slab; also calculating of suspended/cantilevered scaffolds load/momentum based on engineering mechanics,
• Detail drawn scaffold with AutoCAD, REVIT and SolidWorks,
• Liaised with site supervisors and other subcontractors,
• Designed mechanical parts of scaffold and access components (i.e. solid parts, moving parts and sheet metal) and accessories for manufacturing using SolidWorks.

• Successfully completed a joint research project between UNSW Sydney and Silanna Semiconductors. The project had to be developed and planned and concurrently implemented to meet the milestones,
• The goal of the project was to conducted an in-depth investigation of thin-film composite systems. In order to achieve the goal several parts, tools, gauges and fixtures needed to be designed and installed to be able.
• During the project several electro-mechanical equipment were utilized such as PVD, EBL, Polishing Machines and Microscopes.
• The experimental data was successfully modeled using Microsoft Excel and the outcome was programmed as a commercial software package to calculate the material/thermal properties of thin-film composites by MATLAB GUI,
• The results were regularly presented and reported to the industry partners.

Sydney, Australia

• Instructed theoretical calculations based on engineering principles for eight years for the courses below: MECH3110: Mechanical Design 1 (Tutor for two semesters) MMAN2400: Mechanics of Solids 1 (Tutor for one.
• In addition to the courses above, assisted students to develop their knowledge in computer assisted design (CAD) software packages such as CATIA and SolidWorks,

Sydney, Australia

• Performed stress/strain analysis on composite systems,
• Modelled the multilayer composites by CAD,
• Successfully built a finite element model by ANSYS and ABAQUS to represent the composite,
• Theoretically studied the surface morphology of the thin film utilizing MATLAB,
• Presented weekly on the progress of the project to the team members within the faculty,
• Liaised with the industry clients to provide updates on the progress of the project.

Mashhad, Iran

• Worked within a team of 5 engineers in design and production division,
• Designed various mechanisms of handling and lubrications in the most efficient and effective methods by utilizing CAD software packages such as SolidWorks and AutoCAD,
• Performed stress/strain analysis on membranes and plates,
• Reported to the lead production engineer.

• Worked in QC team,
• Used ISO 9000 to perform the final product examination and QA,
• Utilized high accuracy measurement tools such as CMM, micrometres and Vernier,
• Familiarized with various manufacturing processes,
• Reported to the lead engineer,

Doctor Of Philosophy (Ph.D.), Mechanical Engineering

• Experimentally characterised composites (thin-film/substrate systems) thermal conductivities, • Performed experiment at the Australian.

Master’S Degree, Manufacturing Engineering, Destinction

• Major in Manufacturing (Micro-Machining), • Developed a new method of abrasive air-jet machining of quartz crystals, • Operated a CNC.

Bachelor’S Degree, Mechanical Engineering, Destinction

Activities and Societies: • Major in Solid Design; Honours with distinction results, • Achieved Iranian government scholarship for top.

Doctor Of Philosophy - Phd, Mechanical Engineering, Research Excellence Award