CDR Sample for Agricultural Engineers

For getting employment in Agricultural Engineering Industry, a minimum qualification of a bachelor’s degree in engineering science is required, which is a pathway of four years. For agricultural engineers, there are jobs offered by the farming industry, environmental and government agencies, as well as non-profit organizations.

The chance of getting employed in Australia is higher for those who have enough knowledge and skills in agricultural machinery, soil science, fertilization, irrigation systems, and crop nutrients along with some knowledge on mechanical and civil disciplines.

CDR sample for Agricultural 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 – 350 words.

Agricultural Engineer Career Episode Sample 1

“Assessment of Different Rice Milling Machines” – 2405 words

Agricultural Engineer Career Episode Sample 2

“Adaptation of Dehusking Machines” – 2070 words

Agricultural Engineer Career Episode Sample 3

“Preparing Strategies of Farm Mechanization Project” – 2160 words

Agricultural Engineer Summary Statement Sample

Detailed explanation of all the competency element – 2065 words.

Agricultural Engineers Career Episode Sample 1

Project Name: Assessment of Different Rice Milling Machines

In the first Career Episode, the author presents a project entitled “Assessment of Different Rice Milling Machines” where she worked as an Agricultural Engineer for two years. Her responsibilities in this project were:

To conduct meetings and define the project’s scope among the members and subordinates of the project.
To decide on gathering various samples of rice.
To design the experimental process of various samples of rice at several dials of milling machines.
To evaluate various mills of rice as per the broken percentage of various types of rice.
To specify the milling capacity and efficiency of several milling machines.
To recommend the best practices of milling to the farmers and to authorize for buying several milling machines.
To prepare a report as well as train the subordinates on the process for testing and experimenting with various machines of mills and agriculture.

Agricultural Engineers Career Episode Sample 2

Project Name: Adaptation of Dehusking Machines

In the second Career Episode, the author elaborates the project “Adaptation of Dehusking Machines” which she carried out as an Agricultural Engineer of Agricultural Machinery Centre. During this project, her major responsibilities were:

To design the dehusking machine with the help of AutoCAD and to obtain information regarding buckwheat and buckwheat husk in detail.
To design the dehusking machine’s grading and sieving unit with the help of AutoCAD.
To perform the fabrication of separator using various mechanical tools and machines.
To prepare samples and carry out the procedure of dehusking for testing the machine.
To check the machine’s performance for finding maximum rpm for dehusking buckwheat.
To assess the dehusked buckwheat and prepare a report on it.
To implement the designed dehusking machine in the field.

Agricultural Engineers Career Episode Sample 3

Project Name: Preparing Strategies of Farm Mechanization Project

In this Career Episode, the author explains her work experience in a project entitled “Preparing Strategies of Farm Mechanization Project” which she executed as Deputy Executive Engineer at Agriculture Machinery Centre (ACM). She performed the following duties:

To research the recent practices of agriculture with farm machinery / need-based farm machinery by farmers and get familiar with them.
To suggest several solutions, strategy and necessities while preparing strategic planning.
To coordinate in basic calculations such as power and work, speed, flow rate, consumption of fuel, and so on in designing the machinery of farm and to solve aroused problems.
To test the prototype design with the help of different tools, approve and analyze the developed design in software based on FEM.
To monitor and assess research activities regarding farm machinery going on across the country.
To supply the machinery and spare parts as per the order requirement of the farmers and assure the availability of backup services in time.
To provide training to main farmers, private manufacturers and stakeholders on different technologies utilized in the machinery of farm, their purposes, benefits and applications.
To investigate and control the quality of any farm machinery imported to the country.
To prepare and assess the standards of various machinery of farm.
To prepare essential documents and reports in different stages of the project.