Mechanical Engineering CDR Sample (ANZSCO Code: 233512)

CDR Sample for
Mechanical
Engineering
Discipline
ANZSCO Code: 233512
2017
CDRReport.org

2
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CAREER EPISODE – 1
a) Introduction:
The project on ‘Solar Car’ is the foundation of my first career episode and this was completed by me
while completing my graduations. I was enrolled in Kurukshetra University in their regular course of
Bachelors of Technology in Mechanical Engineering. I worked on activities of the project within specified
location of the project. My work on this particular challenging project began in August 2012 to June
2013.
CE1.1
Duration: Month 20xx to Month 20xx
Location: Place , India
Name of the organization: XXXXX Uniersity
Position Title: Project Engineer (Mechanical Engineer)
b) Background:
CE1.2 This academic project furnished the designing and construction of a solar car that would facilitate
easy travelling for daily commuters with virtually no cost as it would operate with renewable solar
energy.
CE1.3Cars are premiums and commonly used mode of transportation in present times. So, shifting focus
to an eco-friendly transport medium would be beneficial for the society on a massive scale. To meet the
energy requirements blended with monetary benefits, I decided to design a prototype of a solar
powered car. I completed design parameters with major calculations and assessed its possibility. I made
certain that proposed design should be completely independent of fossil fuels and would be an
environment friendly transport option.
To complete aforementioned project in a successful way, a design analysis of designing of a solar car
followed by execution of design was performed. It was my lone project and I took care of all major
technical plus non-technical parameters of project completion. Thus, I concluded these project
objectives:
1) Preparation of schematics of the proposed solar powered car.
2) Completion of electric vehicle rating calculations.
3) Performed solar panel test
4) Software implementation of the project.
5) Completion of chief project documents.
CE1.4 Nature of my work consisted of effectual data gathering process for making designing of solar car
feasible. I was responsible for analysis of major components used in the solar car and evaluation of
motor power rating. I took care of mathematical computation of results aligned with the experimental

3
works. I was liable for total circuit layout followed by prototype testing. Finally, I made technical
submittals of the project in English for college authorities.
CE1.5 Solo execution of any project is very difficult and thus I took continual support and guidance from
my project guide. I constantly took help on major project issues from Head of the Department of
Mechanical Engineering of the college.
CE1.6 Statements of my project core duties were as given bellows:
a) Responsibility of project planning using Project Life Cycle approach staring from the beginning till
end of the project.
b) Liability of evaluation of need of the project followed by project overview and future scope of the
project.
c) Accountability of collecting major project components keeping in mind economic aspect of project
making.
d) Obligation of fundamental design of solar powered car associated by calculations and data analysis.
e) Concerned for design review and software implementation of proposed prototyping.
c) Personal Workplace Activity
CE1.7 I knew that successful completion of this solar car would give me higher university grades and
thus I took care of every single point in the designing. I submitted a brief project synopsis to my project
supervisor mentioning all the technical details essential for designing this solar powered car. I also
included my project plan and working methodology in the synopsis.
I narrated my motivation behind the selection of this project and waited for its approval. Finally, the
synopsis got approved and I was given green signal to start working on it.
I made system architecture of the solar car as below:
I took reference from my college books and also used internet to resolve my technical queries. I
prepared a 3D model of solar car as below:

4
I thoroughly considered all the major specifications of the car and used derivatives to extract key
technical details. I made many calculations for solar car based on the desired acceleration plus speed.
Followed by this, I computed solar panel wattage besides the battery capacity to gain desired maximum
round trip distance on solar power alone. I utilized a charge controller with additional charging from AC
lines along with a motor controller to effectively control the direction and speeding of motion of the car.
I prepared the chassis of the prototype of the car with a rack, a suspension system, drum braking
system, and pinion steering system. Finally, I proposed an aerodynamic outer body shape of the solar
car.
I made a system diagram of solar powered car as below:
I used 50W semi-flexible solar panels in the project

5
I prepared a graph of Power vs terminal voltage and current vs. terminal voltage for the solar panel as
given below:
The final configuration of the setup of the solar panels on the car was as shown below:
12 V unsealed lead-acid re-chargeable battery was used in the project. I completed electrical wiring
system of the solar car by interconnecting motor controller, gear box, motor, batteries, acceleration

6
pedal, panel, and charger. I took care of applicable safety measurement and low power instrumentation
components.
I divided the electrical system in these two parts:
• High-Voltage, High-Current Power System
• Low-Voltage, Low-Current Instrumentation System
For the suspension system, I used Vice-grips to tightly hold the shock absorber piston despite the fact
that changing the old nut off the previous shock. I used a ratchet for the removal of the lower nuts off
shock mount on the lower control arm. Other than these I used a jack stand, a jack, hammer, allen key,
screw driver, and a wrench to complete the installation.
It was difficult to make a pleasant outer body due to the fact bending system and different associated
gear was not to be had. The intension of this mechanical work was to convert a conventional automobile
into an electric one. Because the battery packs and the sun panels were giving required output in the
course of the take a look at drive of the prototype vehicle, its miles predicted that it's far going to work
whilst those gadgets can be established on a completely functional car.
In the end, I was successful in designing and installation of all major components of solar car.
CE1.8 I used my engineering skills and technical knowledge in following tasks:
 Computation of motor power rating, aerodynamic drag force on the car, force of acceleration, and
system capacity.
 Circuit set-up for performing solar panel testing in the project.
 Performed battery test and preparation of graph on the results in MATLAB.
 Designing of suspension system and gear box.
 Designing and installation of braking system.

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 Designed the body of the solar car through the Software named AUTO CADD
CE1.9 My major delegations during the project were:
 Installation of braking system.
 Quality checking of all components.
 Aerodynamic shaping.
 Computation of drag coefficient.
 Comparison of the results of output responses on input variables.
 Preparation of timely project reports for the college management and project supervisor.
CE1.10
Problem Statement: during my solar car project we were stuck at a place where we have to balance the
solar car on its suspensions and to make it smoother while travelling.
Solution: I had a meeting with my project supervisor and brought the matter into his notice. He
suggested me to used internet and in case of any issue refers latest journals on solar car. So, I did both
these tasks and used mono cross suspension for that so as to make the ride smoother and confortable.
Finally, I was successful in getting accurate and desired results.
CE1.11 I used a novel approach of solar powered car design and used latest software techniques to
complete the project. In about three months the whole chassis and the prototype was built.
CE1.12 I also gave importance to answers of my queries and suggestions of my project guide. I regularly
had project meetings to solve major project issues
d) Summary
CE1.13 This project was my first practical application of knowledge of mechanical concepts as well as
expertise gained in an experimental set up. It was a big achievement from my end and proved to be
advantageous in my career growth. I used a strategic case study approach of project execution that
aided me correct results and a successful project experience. The project will be beneficial for managing
the machining parameters to enhance the preciseness of machined parts. I am really happy to see that I
can also contribute in my won way to meet the on-going energy demand.

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a) Introduction:
The project on ‘Hydraulic Press’ is the foundation of my second career episode. I completed this project
in my graduation. I was enrolled in Kurukshetra University in their regular course of Bachelors of
Technology in Mechanical Engineering. To complete my training, I completed this project at ISGEC,
Yamuna Nagar. I worked on activities of the project within specified location of the project. My work on
this particular challenging project began in July 2011 to August 2011.
CE2.1
Duration: July 2011 to August 2011
Location: Yamuna Nagar, Haryana, India
Name of the organization: ISGEC
b) Background:
CE2.2 This training project furnished the designing, fabrication, and testing of manual operated
hydraulic press. It also focused on major components of the machine with their operations.
CE2.3 ISGEC Heavy engineering Limited is a pioneer organization that deals in many business areas. The
company has a big name in the industrial world and provides excellent service in several manufacturing
products. There are many manufacturing units of the company with a big workforce that constantly
works hard to maintain service quality and business commitment.
To complete aforementioned project in a successful way, a comprehensive analysis of designing of a
hydraulic press was executed. I analyzed the existing problem statement of the company under
supervision of my training guide. I took care of all major technical plus non-technical parameters of
project completion. Thus, I concluded these project objectives:
6) Preparation of schematics of the proposed hydraulic press.
7) Documentation of extensive look into the theory as well as operation of hydraulic presses.
8) Application of all trials besides tested layouts of hydraulic hand press designs selected as a platform
to successfully design the proposed hydraulic press.
CE2.4 Nature of my work consisted of effectual data gathering process for making designing of solar car
feasible. I took part in several brainstorming sessions with training guide and other key members to
come up with more useful, efficient, ergonomic plus time-saving ideas for the design of hydraulic press
to improve the prevalent design model. I took care of mathematical computation of results aligned with
the experimental works. Finally, I made technical submittals of the project in English for college
authorities.

9
CE2.5 I executed the project under the constant supervision of my training guide and also maintained a
strategic communication with my college professor. I took his guidance and considered his
recommendations in several key areas of the project.
f) Responsibility of project planning using Project Life Cycle approach staring from the beginning till
end of the project.
g) Liability of evaluation of need of the project followed by project overview and future scope of the
project.
h) Accountability of collecting major project components keeping in mind economic aspect of project
making.
i) Obligation of fundamental design of hydraulic press to meet anticipated objectives of the project
before presenting them for approval.
j) Execution of testing of hydraulic press to see if the final design accomplished the project goals or
else not.
CE2.7 I knew that successful completion of company training offers higher grades as well as widen
technical knowledge in real working environment. After getting approval of my training curriculum, I
reported to the operational unit along with my training prerequisites. I also included my project plan
and working methodology in the synopsis.
I narrated my motivation behind the selection of this project and waited for its approval. I looked into
the detailed into the specifics of hydraulic schematics in addition with the associated symbols.
I thoroughly studied the initial diagram of the system and noticed the position of the double-acting
cylinder, four-way, and three-position valve. I found one area where improvement could be done and
shared the details with the training guide. He instructed me to work on the proposed idea and then
submit the final design for organizational improvement. The method was to lower the press work

10
platform in order to maintain safety. I utilized my technical skills and then used an evaluation tool
decision matrix to thoroughly compare potential designs. I included several design aspects like the total
design cost, safety and ease of use to complete the proposed designs. I compared each design to the
standard idea and then rated them as well to get the best one.
I made a sketch of the proposal idea as shown below:
I prepared the project documentation including size, material, along with usability requirements stated
in a MS-Word file. I made a Gantt chart in MS-Excel that offered me a visual aid for scheduling of the
project. I also illustrated project tasks with the deliverable due dates in the form of bars followed by
necessary completion time.
In the end, I was successful in designing and installation of all major components of solar car.

11
 Initial stress calculations for the structural members of the hydraulic press frame.
 Sketches of proposed idea based on the results of the decision matrices as well as the
preliminary cost analysis by proving to be the least complex ideas in terms of construction.
 Execution of several calculations to support the idea.
 Pricing analysis with product realization.
 Final set-up of the hydraulic press as per design.
 Problem description and analysis
 Computation of various key technical factors.
CE2.10
Problem Statement: I had no idea regarding telescopic hydraulics. It was required to be included in the
project. I visited my college library and issues related books and reference books to enhance my
knowledge on the topic. I searched internet too for latest discoveries and developments on telescopic
hydraulics.
Solution: I had a meeting with my project supervisor and brought the matter into his notice. I got to
know that telescopic hydraulics use a hydraulic cylinder that is usually placed amid a rigid the platform
on top as well as a rigid cross member underneath. But it was very expensive that would go beyond the
total estimated project cost. Thus, I decided to communicate many suppliers of the unit and took their
price quotation. Finally, I got supplier with a reasonable price quotation. The design of telescopic
hydraulic was as shown below:

12
CE2.11 I used my analysis abilities to make layout drawings for the overall press design and the finally
proposed mechanism to move the cylinder from side to side. I made sure that all designs should take
into greater detail showing each part of the hydraulic press.
CE2.12 I also gave importance to answers of my queries and suggestions of my project guide. I regularly
had project meetings to solve major project issues. I prepared a Power Point presentation in English for

13
my project supervisor. I presented a seminar on my findings in technical fest organized by my college. I
strictly followed academic honesty and also fulfilled training obligations as per expectations.
d) Summary
CE2.13 The project gave me confidence to conduct design analysis in mechanical engineering. I was also
acclaimed by senior management for the successful implementation of the project and it also gave me
exposure to budgeting and finance related aspects of a project. My technical and managerial skills were
well utilized during the project, which also gave me a moral boost. I managed to achieve all the
objectives timely and successfully. I felt fortunate to be given the opportunity to participate in this large
scale project. I enhanced my communication skills and also got to know the worth of team work and
coordination in a project. The challenges of the project enabled me to be more practical and to develop
expertise and skills for troubleshooting issues.

14
a) Introduction:
The project on ‘Pressure Vessels’ is the foundation of my third career episode. I completed this project
in my graduation. I was enrolled in XXXXX University in their regular course of Bachelors of Technology
in Mechanical Engineering. To complete my training, I completed this project at ISGEC, Yamuna Nagar. I
worked on activities of the project within specified location of the project. My work on this particular
challenging project began in July 2012 to August 2012.
CE3.1
Duration: July 2012 to August 2012
Location: ---------
Name of the organization:-----------------
b) Background:
CE3.2 This training project furnished a through description of design and working of a hydraulic press.
This report also covered construction and testing of this major mechanical part.
CE2.3 ISGEC Heavy engineering Limited is a pioneer organization that deals in many business areas. The
company has a big name in the industrial world and provides excellent service in several manufacturing
products. There are many manufacturing units of the company with a big workforce that constantly
works hard to maintain service quality and business commitment.
Pressure vessels are very commonly used in manufacturing as well as many other business units. It is
very much in use in engineering construction with extremes of temperature, high pressure and severity
of functional performance requirements that sometimes pose various design problems. To comprehend
these design issues completely with the research work for finding apt solutions, I completed these major
project milestones:
10) Design and analysis of pressure vessel by using conventional and ASME code with thorough
comparison.
11) Selection of safe and best design.
12) Computation of key data values for a strong comparison.
CE3.4 Nature of my work consisted of assessment of the design, fabrication o pressure vessels,
inspection, complete testing as well as operation of pressure vessels. I made a process flowchart of
whole project followed by development and scope of ASME code. I effectually completed whole design
procedure with major components of pressure vessels. I took care of mathematical computation of
results aligned with the experimental works. Finally, I made technical submittals of the project in English
for college authorities.

15
CE3.5 I executed the project under the constant supervision of my training guide and also maintained a
strategic communication with my college professor. I took his guidance and considered his
recommendations in several key areas of the project.
k) Responsibility of project planning using Project Life Cycle approach staring from the beginning till
end of the project.
l) Liability of evaluation of need of the project followed by project overview and future scope of the
project.
m) Accountability of collecting major project components keeping in mind economic aspect of project
making.
n) Obligation of fundamental design of pressure vessels to meet anticipated objectives of the project
before presenting them for approval.
o) Execution of testing of pressure vessel to see if the final design accomplished the project goals or
else not.
CE2.7 I knew that successful completion of company training offers higher grades as well as widen
technical knowledge in real working environment. After getting approval of my training curriculum, I
reported to the operational unit along with my training prerequisites. I also included my project plan
and working methodology in the synopsis. I narrated my motivation behind the selection of this project
and waited for its approval.
I prepared process flowchart of the proposed project as shown below:

16
I thoroughly reviewed the properties and design of major components used in the pressure vessel.
I designed Jonvenience by dividing into the shell; head or cover; nozzles and support. I fabricated most
of the components from plates or sheets. I connected riveted or else welded joints to complete the
project.
I determined the equation of the thickness of cylindrical shells of vessels when some internal pressure
was applied on the part by using a modified membrane-theory equation.
I used my mathematical skills and computed design of head, design of shell with bottom section and top
section. I also completed design of nozzle reinforcement according to UG 39 of ASME Section VIII Div 1. I
used books and journals to complete the design process.
I completed estimation of loads followed by calculation of moment. I also completed designing of
anchor bolts by considering key design factors. I completed wind analysis erection and seismic analysis.

17
I completed analysis and after thorough evaluation of results I was able to successfully design the
column to withstand all the mechanical stresses acting on it. I analyzed the column under various
conditions of operations by carrying all forces as per ASME codebook. I analyzed the various forces in
terms of pressure exerted by gas on the shell, weight of the fluid, wind force, seismic force.
Subsequently, I found out the stresses and thickness of various parts and then successfully verified the
design of column. I prepared the project documentation including size, material, along with usability
requirements stated in a MS-Word file. I made a Gantt chart in MS-Excel that offered me a visual aid for
scheduling of the project. I also illustrated project tasks with the deliverable due dates in the form of
bars followed by necessary completion time.
 Design of proposed pressure vessel by 3D modeling with the help of CATIA software.
 Comprehensive design analysis in ANSYS software.
 Design analysis of proposed pressure vessel by ASME codes with PV-elite.
 Execution of several calculations to support the idea.
 Pricing analysis with product realization.
 Problem description and analysis
 Economical and efficient design.
 Increased productivity and service life.

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 Computation of various key technical factors.
CE3.10
Problem Statement: I was struck up with the code specifications while designing the pressure vessel.
There were some ASME codes that were very tough and found beyond the scope of work. I asked for
some guidance from my project guide in the organization.
Solution: I had a meeting with my project supervisor and brought the matter into his notice. I got to
know about various books and reference material that illustrated various aspects of ASME codes
including manufacturing codes and standard design codes.
CE3.11 I used my analysis abilities to make layout drawings for the overall pressure vessel and
computation of mathematical values. I made sure that all designs should take into greater detail
showing each part of the pressure vessel.
CE3.12 I also gave significance to answers of my queries and tips of my venture manual. I regularly had
project meetings and project discussions to clear up foremost challenge issues. I prepared a power
factor presentation in English for my mission supervisor. I offered a seminar on my findings in technical
fest organized by way of my university. I strictly followed instructional honesty and also fulfilled training
duties as according to expectancies.
d) Summary
CE3.13 The project gave me confidence to conduct design analysis in mechanical engineering. I was also
acclaimed by senior management for the successful implementation of the project. My technical and
managerial skills were well utilized during the project, which also gave me a moral boost. I managed to
achieve all the objectives timely and successfully. I felt fortunate to be given the opportunity to
participate in this large scale project. I got a chance to upgrade my mathematical expertise and concepts
of design factors in mechanical engineering. The challenges of the project enabled me to be more
practical and to develop expertise and skills for troubleshooting issues.

19
PROFESSIONAL ENGINEER
Summary Statement
Competency Element
A brief summary of how you have
applied the element
Paragraph in the career
episode(s) where the
element is addressed
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
I engaged with the engineering
discipline at a phenomenological
level, applying sciences and
engineering fundamentals to
systematic investigation,
interpretation, analysis and
innovative solution of complex
problems and broader aspects of
engineering practice.
CE1.4, CE1.6-CE1.7,
CE1.8, CE2.4, CE2.6-
CE2.7, CE2.8, CE3.4,
CE3.6-CE3.7, CE3.8
PE1.2 Conceptual understanding of
the mathematics, numerical
analysis, statistics and computer
and information sciences which
underpin the engineering discipline
In my work on all my projects I have
performed various technical
calculations and numerical analysis.I
oversee complete building technical
specifications, basic drawing,
equipment, technical agreement to
ensure full understanding of the
mechanical project details. I
leveraged software tools to aid the
project
CE1.7, CE1.10, CE2.7,
CE2.10, CE3.7, CE3.10
PE1.3 In-depth understanding of
specialist bodies of knowledge
within the engineering discipline
I am conversant in using and
applying engineering and process
equipment in project tasks. I carried
out proper planning and deep
researching of relevant topics to
make the projects successful. I
affirm right set up, functioning and
testing of all set up and system
structures and record technical
details along with overall
performance facts for future
references.
CE1.6, CE1.7, CE1.8,
CE2.6, CE2.7, CE2.8,
CE3.6, CE3.7, CE3.8

20
PE1.4 Discernment of knowledge
development and research
directions within the engineering
discipline
I read engineering books and used
the internet regularly basis to get
updated about the most pioneering
solutions applied in problems similar
to those I was facing during my
projects.I was responsible for the
formulation of policies and
standards for medication,
installation, and inspection, testing
of the work.
CE1.7, CE1.10, CE2.7,
CE2.10, CE3.7, CE3.10
PE1.5 Knowledge of contextual
factors impacting the engineering
discipline
I planned the project schedule,
organized the execution of all tasks,
coordinated with departments. I
communicated with suppliers and
participated in procurement
activities. I took every possible care
to project completion report,
fabrication reports, back charging
reports to the particular project.
CE1.9, CE2.14, CCE2.15,
CE3.9, CE3.12
PE1.6 Understanding of the scope,
principles, norms, accountabilities
and bounds of contemporary
engineering practice in the specific
discipline
During our meetings, I discussed
work tasks with all participants. This
helped me in finishing the project in
time. I always adhered to the safety
rules, and environmental and global
engineering standards. I attended
the client technical review meetings,
site visits for tender bids and
reviewed the site conditions and
prepared site visit reports.
CE1.6, CE1.7, CE1.8,
CE2.6, CE2.7, CE2.8,
CE3.6, CE3.7, CE3.8

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PE2.1 Application of established
engineering methods to complex
engineering problem solving
I made sure that solutions
implemented were based on basic
engineering principles that were
verifiable. I conducted tests and
experiments to deal with complex
issues of the project.I prepared
project submittals and other major
project documents in addition to the
total project duration and
equipment hours.
CE1.9, CE2.8- CE2.10,
CE3.7,CE3.9-CE3.10
PE2.2 Fluent application of
engineering techniques, tools and
resources
I performed different calculations in
the projects whenever required. I
have demonstrated proficiency in
using computational resources and
software tools. I completed
obligation of fundamental design of
all the three career episodes
associated by calculations and data
analysis.
CE1.4, CE1.6-CE1.7,
CE1.8, CE2.4, CE2.6-
CE2.7, CE2.8, CE3.4,
CE3.6-CE3.7, CE3.8
PE2.3 Application of systematic
engineering synthesis and design
processes
I designed, planned, researched, and
executed different project
components in several
circumstances. I applied several
trials besides tested layouts of
proposed project designs selected as
a platform to successfully execute
the project.
CE1.4, CE1.6-CE1.7,
CE1.8, CE2.4, CE2.6-
CE2.7, CE2.8, CE3.4,
CE3.6-CE3.7, CE3.8
PE2.4 Application of systematic
approaches to the conduct and
management of engineering
projects
I had included business and financial
aspects in the planning and
performance of the project
objectives. I ensured the progress of
my projects through proper project
management practices, reviews, and
speedy resolution to problems. I
regularly attended meetings to
discuss project issues with my
supervisors and team mates.
CE1.6, CE1.7, CE1.8,
CE2.6, CE2.7, CE2.8,
CE3.6, CE3.7, CE3.8

22
PE3.1 Ethical conduct and
professional accountability
I have always followed the ethical
standards inherent in my profession.
I receive reports on potential and
actual failures to meet deadlines and
takes corrective action and refer
more serious or complex failures to
management for their advice and
decision.
CE1.2-CE1.4, CE1.7,
CE2.4-CE2.6. CE2.7-
CE2.12, CE3.1-3.2, CE3.9-
3.15, CE3.21
PE3.2 Effective oral and written
communication in professional and
lay domains
I had competently written
professional documents and reports
related to the projects. I ensured
proper coordination and
communication within the team,
seniors and department
representatives.
CE1.4- CE1.10, CE1.14,
CE2.4-CE2.10, CE2.14,
CE3.4- CE3.10, CE3.14
PE3.3 Creative innovative and
proactive demeanour
I had always interacted with
professionals and colleagues from
different and allied discipline to
exchange ideas. I brought in
innovative and practical solutions to
the project challenges faced. The
timely resolutions ensured timely
completion of my projects.I was also
responsible for controlling as well as
controlling all the key work
operations.
CE1.7, CE2.7, CE3.7
PE3.4 Professional use and
management of information
I have always been quite proficient
in gathering and accessing
information and putting them to
proper use in my projects.
CE1.4, CE1.6, CE1.7,
CE1.8- CE1.10, CE2.4,
CE2.6, CE2.7, CE2.8-
CE2.10, CE3.4, CE3.6,
CE3.7, CE3.8- CE3.10

23
PE3.5 Orderly management of self,
and professional conduct
My projects were completed on time
and met their objectives. I took
every possible care to project
completion report, fabrication
reports, back charging reports to the
particular project.
CE1.7- CE1.9, CE1.14,
CE2.7-CE2.9, CE2.14,
CE3.7-CE3.9, CE3.14
PE3.6 Effective team membership
and team leadership
I have earned the confidence and
trust of my superiors, colleagues and
management through fulfillment of
my project objectives.
CE1.12, CE2.12, CE3.12
Continuing Professional Development
I always aspire to learn more about the contemporary technologies in my engineering field and utilize
my learning and practical knowledge in my professional practice. I complete and undertake related
professional courses and regularly attend trainings to upgrade my engineering skills. I believe in self-
study and it plays an imperative role in my professional development. I go with the latest trends and
technological advancements with the help of internet.
I regularly update my technical proficiency by attending training sessions and seminars. My
competences’ include basic concepts of mechanical engineering and manufacturing processes. I am
proficient in:
- Materials specification
- Production planning and control
- Basic skills in CAD ,MASTER CAM
- Budgeting Techniques
- AutoCAD
I am a very good learner of things and longing to move ahead in my career. I always visit library to read
latest books and journals concerned with my fields of interest. I also use internet for upgrading my skills
and technical knowledge.

Mechanical Engineering CDR Sample (ANZSCO Code: 233512)

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