CDR Sample for Electrical Engineers

Electrical engineers design, build and test electrical devices and hardware such as communication frameworks, power generators, engines, and route frameworks, as well as electrical frameworks for cars and planes. They do the construction of these devices, frameworks, and hardware.

Electrical engineering is a major branch of engineering that deals with the study and use of electricity and electromagnetics. Electrical Engineers from other countries who want to uplift their careers in Australia must undergo a CDR assessment by EA in order to be considered for the employment code: ANZSCO 233311.

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 electrical 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: Design and Analysis of Hybrid Inverter

In the first Career Episode, the author describes the project entitled as “Design and Analysis of Hybrid Inverter” that he executed during the final year of his undergraduate program IN Electrical and Electronics Engineering. He fulfilled following duties and responsibilities throughout the project:

• To conduct a literature review in order to determine the technical skills required to work on the project and to learn about current developments in green energy sources.
• To research the modules and create a schematic diagram that explains the project clearly.
• To research the modules and create a schematic diagram that explains the project clearly.
• PIC C was used to code and upload the code to the microcontroller, and PIC SIMULATOR IDE 6.83 was used to simulate it.
• To create work for the circuit’s implementation.
• To carry out the hardware implementation of the circuit and to analyze the entire system.

Project Name: Transformer Protection Using Adaptive Differential Relay

In the second Career Episode, the author describes the project he carried out as a requirement for the award of Masters of Engineering Science in Electrical Engineering. The name of the project was “Transformer Protection Using Adaptive Differential Relay” and his responsibilities were:

• To conduct a review of the power transformer, differential relays, and their current uses in the literature.
• With the help of MATLAB, work on modeling a test system.
• To gather relevant components and compute the proposed system’s weighting factors and differential current.
• To execute numerous region sub-divisions of attributes.
• In MATLAB, organize and simulate an adaptive decision logic method.
• To examine and simulate the flaws and shortcomings in a variety of systems.
• Review the entire project’s actions and outcomes, and write a comprehensive final report.

Project Name: Testing and Retrofitting of Siemens Make Transformer Differential Relay 7sr2423 and Directional Overcurrent Relay 7sr2203

In the third Career Episode, the author explains the project that he was involved in when associated with the Bhad Engineers Pvt. Ltd. As a Numerical Relay Engineer. The project was titled as “Testing and Retrofitting of Siemens Make Transformer Differential Relay 7sr2423 And Directional Overcurrent Relay 7sr2203” and his responsibilities were:

• To conduct a site survey and a feasibility study for the design and retrofitting stage.
• To hold a meeting with the client’s relevant department to discuss and review their requirements.
• To plan and carry out primary lab testing of each relay using the default parameters.
• Conduct a brainstorming session with engineers and analyze data by performing the necessary calculations for relay file settings.
• Secondary and final testing of each relay using computed values is required.
• To perform relay commissioning and retrofitting. At the same time, generate wiring diagrams for the relay panel.