What you’ll get
Continuing Professional Development
Three Career Episodes
CDR Sample for Electronics Engineers
If you are an electronics engineer and want to migrate to Australia to seek better career prospects or a new job in your domain, then you can prepare a CDR sample for electronics engineer according to the Migration Skills booklet prepared by Engineers Australia. The Electronics Engineers from overseas with a wish to enhance their career in Australia are required to go through a CDR assessment by EA to get selected in the employment code: ANZSCO 233411.
CDR sample for Electronics Engineers includes all the required reports such as Curriculum Vitae (CV), Continuing Professional Development (CPD), three Career Episodes (CE), and Summary Statement. The content of the CDR Report Samples is given below:
Curriculum Vitae (CV): Resume on the basis of a professional template.
Continuing Professional Development (CPD): The sample of CPD clarifies the Engineering Knowledge of the applicant – 343 words.
Electronics Engineer Career Episode Sample 1: “FINGERPRINT-BASED STUDENT ATTENDANCE REGISTER” – 2033 words.
Electronics Engineer Career Episode Sample 2: “GSM BASED SMART HOME” – 1831 words.
Electronics Engineer Career Episode Sample 3: “PATIENT MONITORING SYSTEM” – 2030 words.
Electronics Engineer Summary Statement Sample: Detailed explanation of all the competency element – 1680 words.
Electronics Engineer Career Episode Sample 1
Project Name: Fingerprint-based student attendance register
This project was titled as “Fingerprint-based student attendance register”. The engineering activities that the author did during the project are as below:
To study about factor to be considered, approach to be taken, and another critical element to be considered for the development of attendance system.
To select the component like a fingerprint scanner, the storage system involved in the design of the fingerprint-based system.
To design the database and redefining for the desired process and use the PCA process.
To perform the image processing for the designed system using Matlab.
To develop the user interface for the attendance system.
To test and analyze the result of the system.
Problem & Solutions
Some of the major problems that were encountered by the author during the “Fingerprint-based student attendance register” along with their solutions are defined below:-
- Problem 1 career episode 1 and its Solution
Creating the database with executing PCA was a problem seen in system development. As the time elapsed was long, there was a problem regarding the system crash because of heavy computational processing. High computational complexity was an issue while creating a database by executing PCA.
To solve this issue algorithm for PCA was considered. The covariance matrix was calculated using n^2*n^2 resulting in n^2 eigenvalues and eigenvector, which made the computation immense resulting in a system crash. This problem was resolved using Turk and Pentland schema which compute the covariance considering the number of dataset images rather than the number of pixels in the images.
- Problem 2 career episode 1 and its Solution
Sometimes, there were variations in the drawings and with the site situation, so in that case, the author had to repeat Electronics calculations that the author made to re-check if the structure was still safe with the condition found at the site.
The technical manager assisted and guided him a lot during this process. This affected the timeline of the project but managed it through a schedule crashing approach.
- Problem 3 career episode 1 and its Solution
The author found major issues regarding the database. Updating the database, connecting the two different databases and issues regarding the security and system crash.
To resolve these issues, security measures like internet security and firewall measures were used along with the crash of the data, the backup system was built where copies of the data were stored. Issues regarding the integration of the database were resolved using the special software developed to integrate the database. Issues regarding the update of the database were resolved using the less complex algorithm for an update in the database. Issues regarding the scalability were resolved by using the vertical as well as the horizontal method of scaling.
Electronics Engineer Career Episode Sample 2
Project Name: GSM BASED SMART HOME
This project was titled as “GSM based smart home”. The engineering activities that the author did during the project are as below:
To study and review the existing smart home system and gather the knowledge regarding the component involved in the development of such a system.
To select components like microcontroller, Analog and digital converter and develop the component diagram.
To develop the program codes for an operation involving microcontroller, GSM module.
To design and simulate the connection of the overall system using Proteus.
To assemble the component for the development of the system as per the component diagram.
To test and analyze the system and make a necessary adjustment regarding the issues.
Problem & Solutions
Some of the major problems that were encountered by the author during the “GSM based smart home” along with their solutions are defined below:
- Problem 1 career episode 2 and its Solution
Many issues were found during the testing of the GSM modem. There was an unexpected outcome regarding the interface between the microcontroller and GSM modem. The unwanted message was seen in the GSM modem.
To resolve this problem, author restarted the GSM modem but it did not solve the issue raised as the AT command was missing in the GSM modem. Even after that, there was fluctuation in the power supply.
So author used to relay and Zener diode for proper power supply to the modem. With the constant power supply, author tested the result again and found that there were no issues by the GSM module.
- Problem 2 career episode 2 and its Solution
When author performed the testing of the system, there was a time delay between the command send and command executed, which is the major issue on the system where security is concerned.
To resolve this problem, author checked the component with datasheets but there were no issues with the component. Thus, author examined the system program code and found that there were issues regarding the program codes. These program code had made the delay signal response slower, so unnecessary codes were removed from the program.
- Problem 3 career episode 2 and its Solution
While performing the interface between the microcontroller and GSM module, author found that the microcontroller was not working effectively. The author made interfacing to solve the real issue and found that the pin connection was loose that resulted in the problem but the interface problem was not solved. After that, author checked the transmitter and receiver side and found that the transmitter was working effectively, but the receiver was not in proper condition. These issues were raised because of the relay used in the receiver end of the microcontroller.
To solve this issue, author changed the switching current, load voltage and control parameters in the relay.
Electronics Engineer Career Episode Sample 3
Project Name: PATIENT MONITORING SYSTEM
This project was titled a “Patient monitoring system”. The engineering activities that the author did during the project are as below
To study and review the factor to be considered, mechanics involved in the development of the monitoring system.
To select components like Arduino UNO, GSM module, ECG sensor, heartbeat sensor for system development.
To develop the system model design regarding hardware and software involved.
To perform the connection setup involving components like ECG sensor, Heartbeat sensor with Arduino.
To test and analyze the heartbeat result, ECG report of the system.
To implement the designed system in areas of interest.
Problem & Solutions
Some of the major problems that were encountered by the author during the “Patient monitoring system” along with their solutions are defined below:
- Problem 1 career episode 3 and Solution
Since author used Windows as an operating system. So, Arduino had a problem regarding upload which was solved using the correct serial port number. An error message like not in sync: resp=0x30, stk500_getsync () seen during the upload. This problem was raised because of an incorrect serial port number and due to the incorrect installation of the FTDI driver.
So, these issues can be solved by assigning the correct serial port no and installing the FTDI driver correctly. An error message like port COM4 already in used was an issue that was resolved using FTDI virtual COM port driver or by closing the program which uses the COM4 serial port. There was a problem regarding the dim LED because this issue was resolved by checking the PIN which is declared on output.
- Problem 2 career episode 3 and Solution
Hardware unavailable, hardware unit not found and an issue regarding the communication was resolved by a detailed study of the communication model involved and by making the proper connection between the hardware and Arduino. Troubleshooting the problem was also done to resolve the problem. There was an issue that was raised when the system executed properly, but the result or output did not appear in the LCD.
To solve this issue the device was properly connected using simulation software. Simulation software shows details regarding the connection and what the practical execution lacks can be found and resolved by using such simulation software.
- Problem 3 career episode 3 and Solution
When author conducted the test for the complete system model, there was a problem regarding the LCD. For this, the author checked the connection wire and power supply, which was as per requirement. LCD (P8-P5) and Arduino (pin 13-10) were incorrect, so these issues were solved by connecting Arduino pin with LCD in with (P14-P11). Author then tested the LCD, but it was not working again. After that, author observed the programming function regarding the LCD and Arduino, which were not designed properly.
Author consulted with the supervisor and found that the value assigned with the register chip select was wrong which raised because of a lack of knowledge regarding the RS and RW pin.
Electronics Engineer Continuing Professional Development
CPD refers to the process of tracking and documenting the skills, knowledge and experience gained both formally and informally.
The CPD writing is in a list format (title, date, duration, and venue) and includes the following details:
Formal engineering study.
Conferences at which you have delivered papers or attended.
Short courses, workshops, seminars, discussion groups, technical inspections and technical meetings you have attended.
Preparation and presentation of material for courses, conferences, seminars and symposia.
Services to the engineering profession (volunteer work, board or committee volunteering, mentoring, etc.
Some of the presentation, seminars, workshops and trainings done by the author are mentioned below:
Training on Design and Install telecom Equipment for 1 week.
Seminar on Maintenance of Telecom system for 2 days.
Presentation on Temperature and Pressure Sensor for 2days.
Conference on Waste Management in Manufacturing industries for 1 day.
Workshop on Evaluation of Design Modification.
Seminar on Cost Control and Estimation for 2 days.
Electronics Engineer CV
The CV includes a full summary of the authors engineering education and work experience. The CV here is a complete record of the activities of the author.
The author is an ECE graduate who is involved in the invention, design, construction and operation of electronic systems and devices and has also works in different segments of the communication industry, automobile industry or in robotics and many more.
The author worked as an Electronics Engineer from June 2012- June 2016 at ABC Construction Pvt. Ltd. Some of the responsibilities the author had are mentioned below:
To design, produce, install and maintain telecommunications systems.
To design and manage equipment used to control and monitor processes, systems and machinery in many different areas.
To use and design systems to control pressures and temperatures and to manage waste in manufacturing industries.
The author also worked at XYZ Construction from June 2016- July 2017 as an Electronics Engineer. Some of the responsibilities the author had are mentioned below:
To design electronic components, software, products, or systems for commercial, industrial, medical, military, or scientific applications.
To analyze customer needs and determine electrical system requirements, capacity, and cost to develop a system plan.
To develop maintenance and testing.
The author studied Bachelor in Electronics and Communication Engineering from 2013-2017 at ABC University located in Location.
Some of the skills of the author are mentioned below:
Identified complex problems and reviewing solutions.
Excellent communication, assessment and evaluation skill.
Good time management and coordination skills.
A summary statement is the detail explanation sample of all the competency elements.
The summary statement consists of the Consistency Elements, a Brief summary of how the author has applied the element and the paragraph number in the career episode(s) where the element is addressed in tabular format.
Professional engineer Summary Statement is divided into three parts:
- PE1 KNOWLEDGE AND SKILL BASE
PE1.1 Comprehensive, theory-based understanding of the underpinning natural and physical sciences and the engineering fundamentals applicable to the engineering discipline.
PE1.2 Conceptual understanding of the mathematics, numerical analysis, statistics and computer and information sciences which underpin the engineering discipline.
PE1.3 In-depth understanding of specialist bodies of knowledge within the engineering discipline.
PE1.4 Discernment of knowledge development and research directions within the engineering discipline.
PE1.5 Knowledge of contextual factors impacting the engineering discipline.
PE1.6 Understanding of the scope, principles, norms, accountabilities and bounds of contemporary engineering practice in the specific discipline.
- PE2 ENGINEERING APPLICATION ABILITY
PE2.1 Application of established engineering methods to complex engineering problem solving.
PE2.2 Fluent application of engineering techniques, tools and resources.
PE2.3 Application of systematic engineering synthesis and design processes.
PE2.4 Application of systematic approaches to the conduct and management of engineering projects.
- PE3 PROFESSIONAL AND PERSONAL ATTRIBUTES
PE3.1 Ethical conduct and professional accountability.
PE3.2 Effective oral and written communication in professional and lay domains.
PE3.3 Creative innovative and proactive demeanour.
PE3.5 Orderly management of self, and professional conduct.
PE3.6 Effective team membership and team leadership.
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