CDR Sample for Mechanical Engineers

Mechanical engineers design power-generating equipment like electric generators, internal combustion engines, steam and gas turbines, as well as machineries like refrigeration and cooling systems. Different equipment, such as lifts and elevators, are planned by mechanical engineers.

Mechanical engineers are in more demand in Australia as a result of technological advancements. They need highly trained and skilled mechanical engineers from Australia and other countries around the world. Engineers from all over the world are clamoring for Australian immigration and a chance to build a name for themselves by working in Australia.

Australia is looking for qualified individuals in a wide range of fields to help boost its industries around the country. Therefore, competent professionals can get a plethora of chances as well as top average wages in Australia.

The CDR sample for mechanical engineers includes all required reports such as CV, continuing professional development, career episodes, and a summary statement. CDR samples for migration skills assessment provided by CDRAustraliaHelp are all approved by Engineers Australia. We have a professional team of writers to prepare your CDR report in the best way. The sample content of the CDR report is as follows:

Project Name: Designing of HVAC System, plumbing system and firefighting system in Samsung Naffora Techno Valley Building

In the first Career Episode, the author describes his work in the project he carried out at the Assystem Radicon engineering consultant from 15th October 2008 to 20th April 2009. The name of the project was “Designing of HVAC System, plumbing system and firefighting system in Samsung Naffora Techno Valley Building” and his responsibilities were:

• Conduct an on-site inspection of the HVAC installation and record the HVAC design, fire suppression design, and other observations obtained from the survey.
• Gather all the main parts of the program that will be implemented in the project and develop an orderly management method chart, showing the precise activities and key stages of the program.
• To select all the equipment of HVAC with the use of Vendor Catalogue and calculate the parameters to be included in the design of HVAC such as calculations of load, calculations of plumbing, and so on using the Elite software.
• Designs accurate models for the project, namely HVAC drawings, sections, equipment schedules, water supply, expanded design, fire prevention plans, isometric water supply and drainage plans, etc.
• Analyze the design, plans, models, etc. Prepared for the project to check for design errors that may affect the project during execution.
• Prepare the project report as a basic report for HVAC, piping and fire protection design, and then give the conclusion of the project with the best design solution.

Project Name: Designing of HVAC, plumbing and firefighting sections for the construction of new Al-ZULFI 380/132/33kv BSP Substation

In the second Career Episode, the author describes the project he executed as a Design Engineer at ASSystem-Radicon titled as “Designing of HVAC, plumbing and firefighting sections for the construction of new Al-ZULFI 380/132/33kv BSP Substation”. Some of his roles and responsibilities in this project were:

• Conduct site surveys and collect information to design various parts of the water supply system, HVAC system, and fire suppression system.
• Develop a process flow diagram to understand the main steps to be taken in the project, which helps to understand the sequence of the project method.
• Use Elite software to perform HVAC load calculations, fresh air sizing calculations, etc., and uses AutoCAD software to design HVAC systems using various equipment plans, parts and programs.

Project Name: CP system based upon Optimizing of Anodes order quantity

In the third Career Episode, the author describes the project titled “CP system based upon Optimizing of Anodes order quantity”. He did this project while working at L&T Hydrocarbons. Some of his roles and responsibilities in this project were:

• Achieve the best net weight, calculate the most effective number of anodes, can be used in multiple projects, and minimize project costs.
• Conduct literature review, in-depth understanding of various factors related to the project, and understand the protection of underwater shell structures from corrosion The purpose of the anode.
• designed sacrificial anode length and quality according to ONGC customer specifications, and placed anodes on the jacket structure to achieve uniform distribution of cathodic protection to span the 25-year project life cycle.
• Calculation of the number of anodes required to optimize the project.
• Analyze the results obtained from the specific calculations performed.
• Experiments with numerical simulation models and boundary conditions.
• Verifies the results obtained from the simulation and applies them to optimize the number of anodes.