Career Episode Report For Telecom Network Engineer – ANZSCO CODE: 263312

5 Things to Avoid While Writing Career Episodes for Telecom Network Engineer ANZSCO Code 263312

#1 Do not copy career episodes from a template – You might find hundreds of free samples and example templates for career episodes but you must not copy them. Engineers Australia expects every engineer to create their career episodes from scratch as it is a personalized document. Submitting plagiarised reports can lead to rejection and further consequences.

#2 Avoid grammatical errors and punctuation mistakes – Do not write your report in a rush as you will make many mistakes that could be avoided. Give yourself enough time to edit and proofread your work. You must read your career episodes at least twice or thrice and ensure that they are grammatically correct.

#3 Do not just assume the format of the career episodes – Always follow the migration skill assessment booklet (MSA booklet). It contains all the information about how to create CDR, CPD, career episodes and summary statements. It also states their significance that shall make it much easier for you to create the documentation.

#4 Do not copy someone’s project – Select your projects carefully. Give yourself some time to pick up the best projects you have worked on, where you have played a keen role and have made a difference. You must have enough evidence to support your role in the project. Do not think of copying someone else’s work as the assessor would probably recognize that sooner or later.

#5 Do not trust every free resource – Career episodes play a great role in making your career in a foreign country. Anything of such high value cannot come without a price. So before you get lured into websites offering free career episode writing services, think twice. Collect enough references before making a selection.

Four Important Sections of a Career Episode

Every career episode has to follow a standard format that is defined by Engineers Australia. Career episodes are written in a narrative format. As per this format, there are four sections of a career episode and each section has its importance and purpose. Here is a short glimpse of all these sections:

• The career episode begins with a small introductory section where the engineer has to give very basic details of their project such as its name, place and duration. Followed by this section is the background section. Here, the engineer builds up the content of the episode by providing the background and supportive details for the project like why was the project needed, what was the objective etc.
• The main section of the career episode is ‘personal engineering activity’ section. This section is to be written in 1000 words. The engineer is required to elaborate on the engineering tasks and strategies he pursued in the project and the role that he played in completing the project.
• At last, one has to conclude the career episode in the summary section and give an overall view of the project and their role in that project.

Engineering Activities to Include in Career Episodes for Telecom Network Engineer ANZSCO Code 263312

Engineering activities are required to be included in the career episodes for CDR Australia. These activities represent all duties you performed and how. You must choose the right engineering activities to represent your work, dedication and role in the project. Consider a few examples of engineering activities as approved by ANZSCO for telecom network engineers:

• Maintaining the networking infrastructure such as routers, switches, modem, and telephone systems in the organization
• Ensuring minimum risks of data loss or intrusion by keeping a check on the database systems and their working environment
• Designing, creating and implementing new networking systems and technologies
• Determining the network plan requirements by collecting and monitoring data
• Assessing the performance of software and hardware systems and ensuring that the network system is running efficiently
• Determining the network topologies, electrical circuit diagrams and transmission line routes to ensure optimal networking