CDR Sample For Biomedical Engineer

CDR Report Samples Approved By Engineers Australia

Download the free CDR report samples written by our professional experts according to the Migration Skill Assessment guidelines.

Biomedical Engineer ANZSCO 233913

CDR Sample for Biomedical Engineer

CDR sample for Biomedical Engineer

CDR Sample: Biomedical Engineer ANZSCO Code: 233913

The CDR Sample for Biomedical Engineers includes all the necessary reports, such as Three Career Episodes, Continuing Professional Development Writing, and a Curriculum Vitae Summary Statement. The Content of the CDR Report Sample is as follows:

  • Curriculum Vitae: Resume based on a professional template.
  • Continuing Professional Development Sample: The CPD Sample clearly explains the author’s engineering knowledge (1000 words).
  • Biomedical Engineer Career Episode Sample 1: “Practicability of Intelligent Wheelchairs with the Use of Speech Recognition Technique” (1600 words).
  • Biomedical Engineer Career Episode Sample 2: “Dealing with the Biomedical Signals” (1670 words).
  • Biomedical Engineer Career Episode Sample 3: “Development of an ECG amplifier channel” (1700 words).
  • Biomedical Engineer Summary Statement Sample: A detailed explanation of all the competency elements (2700 words).

The CDR Sample for Biomedical Engineers incorporates all the required reports, such as a Resume or Curriculum vitae (CV), Continuing Professional Development(CPD), 3 Career Episodes(CE), and a Summary Statement. The CDR Report Samples contain the following contents:

An excellent resume or CV for Engineers Australia Assessment depends on a professional template.

The CPD for Engineers Australia Migration Skills Assessment illuminates the engineering knowledge of the applicant. It should be around 250 words. The documents show how the applicant has developed their career to the point that they need to be assessed by Engineers Australia for Skill Assessment in the desirable engineering occupation.

Engineers must submit 3 career episodes reflecting their work during their study or work.

Biomedical Engineer Career Episode Report: Sample 1

Project Name: Practicability of intelligent wheelchairs with the use of speech recognition technique

In first career episode, the writer explains about the project he carried out to fulfill the necessity of Masters of Engineering in Biomedical Engineering. The project’s title was “Practicability of intelligent wheelchairs with the use of speech recognition technique“. The roles and responsibilities of the writer in that project were:

To do complete research and literature review on the project
To plan the work activities
To design a voice controlled system with its commercial application in the prevailing wheelchairs
To design speech recognition unit for noise filtering
To reduce the noise interference using band pass filter
To use high-quality microphone and voice sensors
To test the designed system

Biomedical Engineer Career Episode Report: Sample 2

Project Name: Dealing with the biomedical signals

In second Career Episode, the writer describes the project he accomplished as the partial fulfillment of the Master’s Degree in Biomedical Engineering. The project was entitled “Dealing with the biomedical signals” and the major tasks he performed were:

To accumulate relevant and practical data set for the project
To perform Short Term Fourier Analysis and Continuous Wavelet Transform
To analyze signals in different motion
To design a DWT filter
To implement the designed system in LabVIEW and analyse its performance

Biomedical Engineer Career Episode Report: Sample 3

Project Name: Development of an ECG amplifier channel

In third Career Episode, the writer explains the project he conducted for the fulfillment of  the Biomedical Engineering Course he pursued. The project name was “Development of an ECG amplifier channel”.  The writer had following responsibilities in this project:

To determine the required specifications for the ECG amplifier channel
To setup design parameters, perform calculations and select the components for the design
To design additional level shifting features and right leg drive circuit
To implement the design and develop a ECG amplifier
To test the system and gather the implications

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