Knowledge Assessment Self Review (Form KA02)

1. GENERAL GUIDANCE NOTES
 Consider each element of the knowledge profile along with the performance indicators
and think about what type of evidence you can provide to demonstrate knowledge at the
required level. Under each element summarise key aspects of your academic study that
contributed to the development of knowledge in that area.
 You should then describe at least 2 examples of work projects or activities that
demonstrate your ability to apply that knowledge. Think of tasks where you have had
to apply a high level of engineering knowledge – such as some analysis that you have
done, work you have done in scoping a problem and then developing a solution or
design. What engineering models did you use? What assumptions were made in the
development of the model and how did you test the model was relevant in the way you
used it?
 When describing how your educational program contributed to your development, focus
on the more advanced pieces of work you did, the knowledge you needed in order to
perform that work, and the abilities you needed in order to apply your knowledge in an
engineering context. Project work is likely to be one of the best ways of illustrating
your knowledge and abilities. As well as projects conducted within university or
college, you may find it useful to write about any industry experience required as part of
the educational program. You should describe what you actually did, linking to
particular elements of the knowledge profile.
 Write your material in the first-person using ‘I’ or ‘me’ instead of ‘we’ or ‘us’
statements. This makes it easy for the assessors to see what your personal contribution
was.
 You are strongly encouraged to include actual samples of your work – calculations,
analyses or reports that you have personally undertaken.

Form KA02 Knowledge Self Review (V1.2 - 29 October 2013) Page 1 of 30
KNOWLEDGE ASSESSMENT
SELF REVIEW (FORM KA02)
Name of
Applicant: XXXXXXX Membership number
or date of birth: 18.01.1979

2. KNOWLEDGE PROFILE
ELEMENT ONE
A systematic, theory-based understanding of the natural sciences applicable to the
discipline (e.g. calculus-based physics)
Performance Indicators
 Fundamental quantitative knowledge underpinning nature and its
phenomena.
 Knowledge of the physical world including physics, mechanics,
chemistry, earth sciences and the biological sciences.
Provide
annotatio
ns to
your
evidence
portfolio
(documen
t and
page
number)
I have studied Bachelor’s Degree in Civil Engineering (BSc), form the
University of Technology, Baghdad (Iraq) for 4 academic years degree
program.
During the first year of my engineering degree, I started gradually studying
the below mentioned subjects :
1- Mathematics
2- Engineering Drawing
3- Engineering Mechanics
4- Engineering Drawing
5- Building Materials Technology
6- Fundamentals of Mechanical and Electrical Engineering
7- Geology
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 2

8- Workshops
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 3

ELEMENT TWO
Conceptually-based mathematics, numerical analysis, statistics and formal aspects of
computer and information science to support analysis and modelling applicable to
the discipline
During mine 2nd year of my engineering degree, I learnt more subjects and
these are mentioned below :
Provide
annotatio
ns to your
evidence
portfolio
(documen
t and
page
number)
1- Mathematics
2- Strength of Materials
3- Fluid Mechanics
4- Construction of Highway and Bridges
5- Concrete Technology
6- Engineering Surveying
7- Computer Programming
8- Engineering Statistics
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 4

ELEMENT THREE
A systematic, theory-based formulation of engineering fundamentals required in the
engineering discipline
 During mine 3rd year of my BSc engineering degree course , I started
getting deeper knowledge of the subjects and these were as listed below:
Provide
annotatio
ns to
your
evidence
portfolio
(documen
t and
page
number)1- Theory of Subjects
2- Soil Mechanics
3- Engineering Analysis
4- Reinforced Concrete Design
5- Highway Design
6- Pavement Materials
7- Traffic Engineering
8- Railway Engineering
9- Environmental Engineering
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 5

ELEMENT FOUR
Engineering specialist knowledge that provides theoretical frameworks and bodies of
knowledge for the accepted practice areas in the engineering discipline; much is at
the forefront of the discipline
During my 4th and final year of BSc Civil engineering course, I had the
following core subjects as listed below:
Provide
annotatio
ns to your
evidence
portfolio
(documen
t and
page
number)1- Design of Concrete Bridges
2- Computer Applications
3- Highways and Bridges Specifications
4- Pavement Maintenance & Soil Improvement
5- Management & Quantity Surveying
6- Airports Engineering
7- Design of Steel Bridges
8- Foundation Engineering
10- Research Project.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 6