Civil Engineering Knowledge Assessment: Degree, Projects & Experience

This document presents a civil engineering knowledge assessment self-review, detailing the applicant's educational background, including a BSc in Civil Engineering from the University of Technology, Baghdad, and a Master of Engineering (Civil) from the National University of Malaysia. The assessment covers various elements of the knowledge profile, such as a systematic understanding of natural sciences, mathematics, engineering fundamentals, and specialist knowledge. It includes examples of work projects and activities demonstrating the applicant's ability to apply this knowledge, such as supervision of bridge construction, project engineering roles, and structural design engineering. The review also highlights the applicant's experience with companies like Khartoum for Road & Bridges Contracting, Electro Industries LLC, Parsons International Company, and CORE Engineering Consultancy, showcasing their responsibilities in design, supervision, and project management. The document includes annotations and references to evidence portfolios to support the claims made in the self-review.

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

Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 7

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
After my BSc (Civil Engineering) degree I completed my Master in Civil
Engineering Degree from National University of Malaysia. The subjects
learnt in the First & Second academic year of this MSc program are listed
below:
Provide
annotatio
ns to your
evidence
portfolio
(documen
t and
page
number)
1- Advanced Reinforced Concrete – 1st Year
2- Advanced Prestressed Concrete - 1st Year
3- Sustainable Urban Design - 1st Year
4- Urban Transportation - 1st Year
5- Finite Element Method - 1st Year
6- Structural Stability - 1st Year
7- Advanced Theory of Traffic Flow - 2nd Year
8- Intelligent Urban Traffic Control System - 2nd Year
9- Bridge Engineering - 2nd Year
10 – Master Thesis - 2nd Year
11- Advanced Structural Dynamics - 2nd Year
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 8

ELEMENT FIVE
Knowledge that supports engineering design in a practice area
Performance Indicators
 I applied my studies and knowledge with research and analytical skills to
Engineering related design activities.
 I use my Engineering knowledge to investigate a given situation or the
behaviour of a system and identify relevant causes and effects
 I developed my ability from first principles and construct mathematical,
physical and conceptual models of situations, systems and devices, with
a clear understanding of the assumptions made in development of such
models
 I face problems and issues that looks as if it does not have any obvious
solution and require originality in analysis
 Application of technical knowledge, design methods and appropriate
tools and resources to design components, systems or processes to meet
specified criteria
 Experience of personally conducting a major design exercise, providing
evidence of the consideration of various realistic constraints, such as
safety, reliability, ethics, economic factors, aesthetics and social impact.
Provide
annotatio
ns to your
evidence
portfolio
(documen
t and
page
number)
My first company was Khartoum for Road & Bridges Contracting,
Khartoum (Sudan) where I worked as a Civil Engineer from August 2005 to
April’2006.. My main duties and responsibilities in this company are listed
below.
 Supervision of all bridges work including Concrete Bridge and Steel
Bridge.
 For day’s job, arrange workers, materials, permits etc.
 Target schedule has to be achieved.
 Co-ordinate the work between Clients, Contractors, Consultants, Sub-
Contractors and other Departments.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 9

 Preparing Bar Bending Schedules.
 Along with the Sub-Contractors attend the site meetings.
 Required material quantities to be prepared.
 Overall supervision of the work in progress at the sites for all civil
projects and coordinating with the Asphalt concrete factory for
concrete mixing and supervisors for different jobs onsite.
Annotation:
 Please refer to the attachment for my experience certificate as an
evidence of mine work with the above mentioned company.
My Second company was “Electro Industries LLC”, Dubai (UAE) where I
worked as Projects Engineer from June 2006 to April 20102010. My main
duties and responsibilities in this company are listed below.
 Receiving, maintain, and control of job orders.
 Co-ordination between Engineering department, foreman and factory
for scope of work, materials, delivery of raw materials etc.
 As per the master schedule, plan out the work and jobs.
 Safety regulations and Instructions to be strictly followed.
 Site meeting to be attended and get the necessary approvals from the
concerned authorities.
 For the Road and Transport Authority, manage the Piling work for
guide slings, Gantry installation and work permits.
 Any other job as instructed by the Project Manager/ Administration
Manager.
Annotation:
 Please refer to the attachment for my experience certificate as
an evidence to work with the above mentioned company.
My third company is “Parsons International Company” ”, Muscat
(Oman).where I worked as Structural Design Engineer/ ARE Structure from
September’2011 – May’2014. My duties and responsibilities in this company
are listed below.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 10

 Preparation, researching ideas for Bridges, underpass and other
structural members.
 Create detailed designs and specifications by using computer based
software tools.
 Control and maintain the design standard.
 Quality control on the drawings.
 Using the standards of engineering formulas, governing bodies and as
per experience, evaluate the calculations and the designs
 Drawings made by subordinates to be checked and reviewed.
 Inter-departmental co-ordination (like highway, drainage,
architectural etc) for better and improved project results.
 Efficiently and accurately carry out complicated engineering tasks
and work
 Carry out the complex structural designs and complex analysis.
 To analyse the detailed work of structural designing and calculation
done by other staff.
 Make use of Micro station and AutoCAD tools for developing
structural details and construction plans.
 Prepare the construction specifications, geometric layouts, and
calculations for material quantities.
Annotation:
 Please refer to attachment for my experience certificate as
an evidence to work with the above mentioned company
ELEMENT SIX
Knowledge of engineering practice (technology) in the practice areas in the
engineering discipline
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 11

My fourth and current company is ““CORE Engineering Consultancy”,
Abu Dhabi (UAE).where I am working in the capacity of Project
Manager/ Sr. Structural Design Engineer. I have been working here since
May’2014. My duties and responsibilities in this company are listed
below.
 Preparation of Lead presentation, Design preparation, Proposal
preparation, Specification writing, Construction drawings, Cost
estimates, Project documentation, Document tender and Client
Relationship management.
 Preparation of structural calculation reports and drawings for
clients/ authorities and making the project structural concepts.
 Managing a team of engineers CAD technicians to design and
deliver the complete Bridge and Road project drawings,
specifications and details in specific time period.
 Structural design auditing, evaluating geotechnical design
concept/ drawing, constructability, drawing details, criteria for
designing and verify the design calculations.
 Research work on bridges, underpass and other structures for
overall betterment of the project.
 To create detailed designs and specifications with the aid of
computer software’s.
 Design standards for the projects have to maintain a specific
standard.
 At all stages of the design process, give support and all assistance
as required.
 Quality control on the drawings.
 Using the standards of engineering formulas, governing bodies
and as per experience, evaluate the calculations and the designs.
 By innovation, creative skills, knowledge, improved results and
added skill, committed to quality improvement and best
outcomes.
 Maintain with all employees, clients and stakeholders, a
cooperative and result oriented relationships.
Provide
annotati
ons to
your
evidence
portfolio
(docume
nt and
page
number)
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 12

Performance Indicators
 Awareness of critical issues affecting current technical and
professional practice
 Awareness of current tools of analysis, simulation, visualisation,
synthesis and design, particularly computer-based models and
packages, and competence in the use of a representative selection of
these
 Appreciation of the accuracy and limitations of such tools and the
assumptions inherent in their use
 knowledge of materials and resources relevant to the discipline and
their main properties and ability to select appropriate materials and
techniques for particular objectives
 Proficiency in a wide range of laboratory procedures relevant to the
discipline and a clear understanding of the principles and practices
of laboratory safety
My role as a Civil engineer with core fields like construction of highways,
bridges, which includes the full spectrum right from the conceptualizing, pre-
planning, designing, implementation, reporting, documentation and lastly the
onsite supervision of the construction work. Road construction and highway
building and development are the areas where have been working on. I am
very familiar with all the aspects of the construction, designing, planning, and
development, and documentation. Every project and every task is a challenge
with new objectives and outlooks in each of these projects. I have also been
assisting in the preparation of budgets which involves estimation and overall
budgeting of the project, tender specifications for documentation and
tendering, project bidding, scope of work preparation, job allocation for
project, supervision of the technical staff, onsite management of work etc. I
have been more involved in highway projects and thus this has helped to have
expertise in bridges, culverts and underpass construction jobs, documentation,
reporting, evaluating the project so as to give the best result with the increase
in the life span of the project. Mine man management and interpersonal skills
helps in maintaining a good rapport with all the parties involved like
contractors, consultants, authorities, government approving offices, co-
workers, subordinates, and people involved in the area of construction. I am
also actively involved in the review and analysing of materials procurement,
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 13

quality of material involved, and shop drawing reviews.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 14

ELEMENT SEVEN
Comprehension of the role of engineering in society and identified issues in
engineering practice in the discipline: ethics and the professional responsibility of an
engineer to public safety; the impacts of engineering activity: economic, social,
cultural, environmental and sustainability
Performance Indicators
 Demonstration of ethical behaviour in accordance with ethical codes of
conduct and established norms of professional conduct
 Evidence of making ethical decisions and regulating one’s own
professional conduct in accordance with a relevant code of ethical conduct
 Implementation of appropriate health and safety practices
 Application of safe practices in laboratory, test and experimental
procedures
 Awareness of the social and environmental effects of their engineering
activities
 Awareness of sustainable technologies and sustainable development
methodologies
 Ability to identify risks as a consequence of engineering compromises
made as a result of project or business constraints, and understanding of
techniques to mitigate, eliminate or minimise risk
 Knowledge of appropriate risk management techniques used to assess the
accuracy, reliability and authenticity of information
 Understanding of the role of quality management systems tools and
processes
 Commitment to lifelong learning
Provide
annotati
ons to
your
evidence
portfolio
(docume
nt and
page
number)
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 15

Regarding the ethics and the professional responsibility of an engineer to the
environmental safety and concerns, I have studied this under Environmental
Engineering subject during my 3rd Year of my BSc Civil Engineering course.
This is a topic close to my heart and I have always kept learning and
improving my knowledge to keep environment concerns at the minimum.
Annotation:
 For above, please refer to my Bachelor’s degree in civil engineering
certificate for 3rd year at attached.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 16

ELEMENT EIGHT
Engagement with selected knowledge in the research literature of the discipline
Performance Indicators
 Advanced knowledge in at least one area within the discipline, to a level
that engages with current developments in that area
 Understanding of how new developments relate to established theory and
practice and to other disciplines with which they interact
Provide
annotati
ons to
your
evidence
portfolio
(docume
nt and
page
number)In this element, I would like to put the limelight on one of the project in UAE
for the construction & Execution of the road linking Sheikh Khalifa Road and
Al Showaib Roundabout, where I was involved as a Project Manager / Sr.
Structural Design Engineer (on behalf of CORE Engineering Consultancy).
Project: Construction & Execution of the road linking Sheikh Khalifa Road
and Al Showaib Roundabout, UAE. Client: Ministry of Presidential Affairs.
Our Scope: Strengthening of different elements due to Addition of floors
of burjside blvd., Dubai Consultancy service for study, design
and supervision of Construction of the Road linking Sheikh
Khalifa Road and Al Showaib Roundabout
Located in the Central region of the emirates of Sharjah, the project was
about constructing the road linking Al Showaib roundabout (in Al Ain-Abu
Road E55) towards north Emirates in the direction of the Al Fujairah linking
with Shaikh Khalifa road E84. Traffic from Al Ain area to Al Fujairah will
have an alternate option.
The project consisted of a new dual carriage way with 3 lanes in each
direction of about 50 Km, posted speed of 120kph and 152m right of way. In
order to Control the project period and obtain competitor prices, The project
have been divided into Two phases, Phase 1 with approximate length of 30
Km and Phase 2 with approximate length of 20 Km.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 17

1.Project : Phase 1
Location : Maliha and Al Madam area - Sharjah
Project contract amount : AED 323,000,000
Project duration : 32 months
Project Started date : 15 May 2018
Expected Completion date : 15 January 2021
The proposed road (Phase 1) comprises the followings:
 Construction of a dual carriageway road with three lanes in each
direction.
 Construction of Tthree major interchanges.
 Construction of one directional Ramp.
 Construction of Four six Dumbbell Bridge.
 Construction of two underpasses.
 Construction of 19 24 hydraulic culverts.
 Protection and relocation of the exiting utilities (Gas, Water pipe lines
and electrical cables).
2.Project : Phase 2
Location : Al Madam area – Sharjah and Al Showaib
- Al Ain
Project contract amount : AED 282,999,735
Project duration : 25 months
Project Started date : 16 December 2018
Expected Completion date : 13 January 2021
The proposed road (Phase 2) comprises the followings:
 Construction of a dual carriageway road with three lanes in each
direction 14 Km inside Sharjah area and widening of the existing road
in Al Showaib area from 2 Lane to 3 lane.
 Construction of 3 major interchanges.
 Construction of 3 hydraulic culverts.
 Protection and relocation of the exiting utilities (Gas, Water pipe lines
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 18

and electrical cables).
Apart from the one of the typical project mentioned above, the followings
are the some of the prestigious project in UAE Dubai where I was the Sr.
Structural project Engineer on behalf of XXXXXX CORE Engineering
Consultancy.
3.Project : CONSTRUCTION AND EXECUTION OF
RAS AL KHAIMAH RING ROAD
(Construction Supervision)(G+M+2+Roof)
Commercial & Residential Building
Owner : Ministry of Infrastructure DevelopmentHussain Nasser
Lootah & Saud Othman Al Humaidan
Location : Naif -– DubaiRAS Al-Khaimah
Project contract amount : AED 2,817,500.00400,000,000.0
Project duration : 24 18 months
The 400 million AED Ras Al Khaimah Ring Road is a 32 kilometre
arterial extension of the proposed Umm Al Quwain express highway. The
project is scheduled for completion in two years. The road will have three
lanes in each direction, separated by a 12-metre wide median barrier that could
be used in the future to add a fourth lane in both directions. The road will have
two interchanges, four overpasses and five underpasses.
The proposed work will include construction of new road corridor as to
be 3- lanes each direction and wide median with provision for additional future
fourth lane, and the construction of the required new interchanges and crossing
along with the road corridor as following:
- Design & Construction of new major junction( Bridge M1) with Shk.
Mohammed Bin Zayed Road
- Construction of new major junction(Bridge M2) with the RAK Ring
Road
- Design & Construction of new major junction (Bridge C1) with the
Future Interior Road.
- Construction of new major junction (Bridge M3) with the existing
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 19

RAK Airport Road.
- Construction of new major junction (Bridge M4) with Al Rams Road
(Qusidat- Shamel Road).
- Design & Construction of new two Crossing in different locations
along the new RAK RR corridor( Underpasses C4 & S2)
- Construction of new two Crossing in different locations along the new
RAK RR corridor (Underpasses C2 & C3).
- Design & Construction of new major junction (Bridge M5) with the
existing Jabel Yanas Road.
Apart from the one of the typical project mentioned above, the followings are
the some of the prestigious project in OMAN where I was the Structural
Design Engineer on behalf of PARSONS International and Company.
1. Project: Design and Supervision for Dualization of Nizwa Thumrait Road.
Client: Ministry of Transport & Communications
The conversion to a 4-lane divided highway of the existing 715-km long single
highway, including several intermittent grade-separated interchanges, cross-
drainage structures, and camel crossings. The interchange bridge has 35m two
span box girder with 4 lane width of 15.56m resting on fixed pier and two
integral abutments. The project is on a fast-track schedule. At present, the
1,000 km road link between Salalah, the second largest city in the Sultanate of
Oman, and the capital city, Muscat, includes a 715-km long single
carriageway, between the towns of Adam and Thumrait.
2. Project: Link Road and Interchanges between Muscat Expressway and
Muscat International Airport.
Client: Muscat Municipality
The project includes a single point diamond interchange with 3 spans variable
depth 2m at mid span and 4.5m at pier providing 2 lane access to the Ghala
Industrial Area and the Al Ansab Sewage Treatment Plant, and an interchange
with a directional flyover at the junction with Al Jamaa Al Akbar Street, a 4-
lane dual highway parallel to the expressway and Al Sultan Qaboos Street. The
directional flyover has 8 spans with a maximum of 61.5m divided into two
parts with expansion joint, maximum height of the pier is 22m and abutment
with expansion joint are introduced.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 20

3. Project: Design & Supervision of Batinah Expressway – Sections I & II |
Client: Ministry of Transport & Communications
The proposed 275km long Batinah Expressway starts at the westerly end of the
Muscat Expressway (designed by Parsons and currently under construction)
and extends westward towards the border with the United Arab Emirates at
Khatmat Malaha. The proposed Batinah Expressway is envisaged to run nearly
parallel to the existing dual carriageway (Batinah Highway) at a distance
varying between 5km and 30km on the mountainside.
The proposed expressway divided into 4 packages with 20 overpasses, 21
interchange bridge and 17 wadi bridge, a fish belly cross section has been
introduced in the design of Interchange Bridge and overpasses. Different
Analysis approaches line Model, Grillage and area element method has been
implemented by using different software SAP2000 STAAD Pro. and CSI
Bridge, seismic analysis for bridges according to AASHTO standards has
performed and adapts the result to the design and detailing of substructure.
4. Project: Design & Supervision of Al Faroosiya Street Interchange |
Client: Muscat Municipality
A grade-separated interchanged to be designed and constructed along A’Seeb
Street between Al Khoud Interchange and Palace Roundabout. This
interchange would connect to the Al Aadiyaat Signalized Intersection to the
north (sea side of A’Seeb Street) and to Al Mabaila Street to the south
(mountain side of A’Seeb Street).
5. Project: Design and Supervision of Upgrading of Junctions on Existing
Batinah Highway| (Construction Supervision)
Client: Ministry of Transport & Communications
A number of road safety issues along the existing Batinah Highway became
evident to Parsons during the data gathering and traffic operations observation
processes for the “Consultancy Services for the Design and Supervision of the
Construction of the Batinah Expressway, Sections I & II” project.
All the unsignalized at-grade left-turn junctions along Batinah Highway have
been closed by the DGRLT. This, however, has resulted in traffic that was
accustomed to making the left-turn movements at the unsignalized junctions
now having to travel long distances along the service roads to the main
roundabouts to make the necessary turning movements. This is an
unsustainable situation, leading to increased congestion and safety issues along
the service roads and the main roundabouts.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 21

Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 22

3. WORK HISTORY SUMMARY
List your employment history starting from your most recent employment and then chronologically back to the start of your first job.
Ref
No Name of Employing Organisation Position Title End mm/yy
Start mm/yy
Key responsibilities, activities undertaken, major achievements
and/or projects. These should relate to your practice area
description.
1. CORE Engineering Consultancy,
Abu Dhabi, UAE.
Project Manager/ Sr.
Structural Design
Engineer
End: Present
Start : May’2014
Preparation of Lead presentation, Design preparation, Proposal
preparation, Specification writing, Construction drawings, Cost
estimates, Project documentation, Document tender and Client
Relationship management. Preparation of structural calculation
reports and drawings for clients/ authorities and making the
project structural concepts. Managing a team of engineers CAD
technicians to design and deliver the complete Bridge and Road
project drawings, specifications and details in specific time period.
Structural design auditing, evaluating geotechnical design concept/
drawing, constructability, drawing details, criteria for designing
and verify the design calculations. Research work on bridges,
underpass and other structures for overall betterment of the
project. To create detailed designs and specifications with the aid
of computer software’s. Design standards for the projects have to
maintain a specific standard. At all stages of the design process,
give support and all assistance as required. Quality control on the
drawings. Using the standards of engineering formulas, governing
bodies and as per experience, evaluate the calculations and the
designs. By innovation, creative skills, knowledge, improved
results and added skill, committed to quality improvement and
best outcomes. Maintain with all employees, clients and
Form KA02 Knowledge Self Review (V1.2 - 29 October 2013) Page 23 of 30

Ref
No Name of Employing Organisation Position Title End mm/yy
Start mm/yy
Key responsibilities, activities undertaken, major achievements
and/or projects. These should relate to your practice area
description.
stakeholders, a cooperative and result oriented relationships.
2. Parsons International Company,
Muscat (Oman)
Structural Design
Engineer/ARE
Structure
End: May’2014
Start : Sept’2011
Preparation, researching ideas for Bridges, underpass and other
structural members. Create detailed designs and specifications by
using computer based software tools. Control and maintain the
design standard. Quality control on the drawings. Using the
standards of engineering formulas, governing bodies and as per
experience, evaluate the calculations and the designs. Drawings
made by subordinates to be checked and reviewed. Inter-
departmental co-ordination (like highway, drainage, architectural
etc) for better and improved project results. Efficiently and
accurately carry out complicated engineering tasks and work
Carry out the complex structural designs and complex analysis.
To analyse the detailed work of structural designing and
calculation did by other staff. Make use of Micro station and
AutoCAD tools for developing structural details and construction
plans. Prepare the construction specifications, geometric layouts,
and calculations for material quantities.
3. Electro Industries LLC”, Dubai
(UAE)
Projects Engineer End: Apr’201009
Start : June’2006
Receiving, maintain, and control of job orders. Co-ordination
between Engineering department, foreman and factory for scope
of work, materials, delivery of raw materials etc. As per the master
schedule, plan out the work and jobs. Safety regulations and
Instructions to be strictly followed. Site meeting to be attended
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 24 of 30

Ref
No Name of Employing Organisation Position Title End mm/yy
Start mm/yy
Key responsibilities, activities undertaken, major achievements
and/or projects. These should relate to your practice area
description.
and get the necessary approvals from the concerned authorities.
For the Road and Transport Authority, manage the Piling work for
guide slings, Gantry installation and work permits. Any other job
as instructed by the Project Manager/ Administration Manager.
4. Khartoum for Road & Bridges
Contracting, Khartoum (Sudan)
Civil Engineer End: Apr’2006
Start : Aug’2005
Supervision of all bridges work including Concrete Bridge and
Steel Bridge. For day’s job, arrange workers, materials, permits
etc. Target schedule has to be achieved. Co-ordinate the work
between Clients, Contractors, Consultants, Sub-Contractors and
other Departments. Preparing Bar Bending Schedules. Along with
the Sub-Contractors attend the site meetings. Required material
quantities to be prepared. Overall supervision of the work in
progress at the sites for all civil projects and coordinating with the
Asphalt concrete factory for concrete mixing and supervisors for
different jobs onsite.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 25 of 30

4. SUMMARY OF CONTINUED PROFESSIONAL DEVELOPMENT (CPD) ACTIVITIES
DESCRIPTION OF ACTIVITY AND LEARNING.
Please record when the CPD activity occurred, the actual time spent; form of activity (eg. short course,
conference, reading, technical lectures, formal study towards qualification, research, discussion
groups, workshops, symposia, voluntary service roles); title (if applicable); and describe the benefit to
your practice.
Was Formal Assessment
involved?
What was the outcome?
Date(s) Actual
Hours
Form of
Activity Title of activity What did you learn?
What are the benefits to your practice?
Join Date:
31.07.2012
Expiry
Date:
01.07.2014
- -
Civil Engineer
(Affiliated
Member)
The ethical and legal environment in which
engineering is practiced. This is the mandatory
requirement to get any certificate approve by
the government of UAE.
No. The mandatory requirement
was the Bachelor’s degree in Civil
Engineering. Issued by Society of
Engineers-UAE. Member
No.:27822. The outcome has been
represented by the issued
certificate
Join
Date:16.02.
2018
24.06.2004
16.03.2018
40
hours- Training-
Certificate for
Registered
EngineerProject
Management
Program (PMP)
This is the council in Nepal where every
engineer after getting degree should be
registered.A Guide to the Project
Management Body of knowledge Sixth
Edition
No. organised by CAMBRIDGE
Education institute. This was 40
Hours training programmeNo. The
mandatory requirement was the
Bachelor’s degree in Civil
Engineering. Issued by Nepal
Engineering Council. Reg. No.:
3167 ‘A’ Category. The outcome
has been represented by the issued
certificate
13.03.2014 1 PDH Courses and
Online
Control of
Cracking in Crack mechanisms in concrete, Control of Yes. Issued by American
Concrete Institute The outcome
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 26 of 30

DESCRIPTION OF ACTIVITY AND LEARNING.
Please record when the CPD activity occurred, the actual time spent; form of activity (eg. short course,
conference, reading, technical lectures, formal study towards qualification, research, discussion
groups, workshops, symposia, voluntary service roles); title (if applicable); and describe the benefit to
Was Formal Assessment
involved?
What was the outcome?
Date(s) Actual
Hours
Form of
Activity Title of activity What did you learn?
What are the benefits to your practice?
Examlearning
Exam
Concrete
Structures (Ch
3)
cracking due to drying shrinkage, Control
of cracking in flexural members
has been represented by the
issued certificate.
27.12.2011
31.12.2000
–
14.01.2001
1
PDH60
hours
Course Online
learning
ExamCourses
Reinforcement
for Concrete Pt 2
( Chap. 3.2 -
6.4)AutoCAD
2000
Design of reinforced Concrete pracrtice. This
was the additional benefits in addition to our
course.Drawing of engineering drawings and
others using this software. Benefits are – can
be drawn precisely and in less time.
Yes. Issued by American Concrete
Institute The outcome has been
represented by the issued
certificate.Yes. Issued by
Research Training & Consultancy
Unit, Kantipur Engineering
College. The outcome has been
represented by the issued
certificate
26.12.2011
Feb, 2001
1
PDH12
0 hours
Course Online
learning
ExamTraining
Reinforcement
for Concrete
(Intro-Ch.3.3)-
Design of buildingsDesign of reinforced
Concrete pracrtice. This was the additional
benefits in addition to our course.
Yes. Issued by American Concrete
Institute The outcome has been
represented by the issued
certificate.No. Organised by
Institute of Engineering India.
This was only the 15 days training
programme.
13.05.2001
-
18.05.2001
Dec. 2011
-48
hours
Online
CourseField
Survey
Diversity on the
Job-
Diversity on the Job, the importance of the
diversity and changing workplace.Earthquake
Disaster Mitigation.
Yes. Issued by PARSONS
university online assessment. The
outcome has been represented by
the issued certificate.No. Field
survey in different parts of
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 27 of 30

DESCRIPTION OF ACTIVITY AND LEARNING.
Please record when the CPD activity occurred, the actual time spent; form of activity (eg. short course,
conference, reading, technical lectures, formal study towards qualification, research, discussion
groups, workshops, symposia, voluntary service roles); title (if applicable); and describe the benefit to
Was Formal Assessment
involved?
What was the outcome?
Date(s) Actual
Hours
Form of
Activity Title of activity What did you learn?
What are the benefits to your practice?
Kathmandu Valley for “Study
of Earthquake Disaster Mitigation
in Kathmandu Valley”. Organized
by NSET – Nepal
Sep. 2011 - Online
Course Inovation 2011 Inovation – Core value, the
importance of the innovation in workplace.
Yes. Issued by PARSONS
university online assessment.
The outcome has been
represented by the issued
certificate.
Sep. 2011 - Online
Course SaSafetyefty
2011 Inovation2011 Safety – Core value, the
importance of the Workplace Safety and
inmprvement the safety at workplace
areainnovation in workplace.
Yes. Issued by PARSONS
university online assessment.
The outcome has been
represented by the issued
certificate.
Sep. 2011 - Online Course Quality 2011 Quality – Core value, improvement of
projects quality.
Yes. Issued by PARSONS
university online assessment. The
outcome has been represented by
the issued certificate.
Sep. 2011 - Online Course Sustainability
2011 Sustainability – Core value, the
importance of sustainability in our life and
develop sustainable projects.
Yes. Issued by PARSONS
university online assessment. The
outcome has been represented by
the issued certificate.
Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 28 of 30

Form KA02 Knowledge Self Review (V1.2–29 October 2013) Page 29 of 30

Form KA02 Knowledge Self Review (V1.2 - 29 October 2013) Page 30 of 30