Engineering Education And Natural Sciences Overview

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

During my schooling and intermediate educational years, I gathered in-depth understanding of the natural science subjects. I had the following major subjects:

1. Physics (Energy, Dynamics, Sound, Temperature, Electricity, Light, Nuclear Physics, Heat and Radiation, Magnetism, Motion and Mechanics)

2. Mathematics (Algebra, Differential and Integral Calculus, Trigonometry, Geometry, Arithmetic)

3. Chemistry (Organic Chemistry – 12^th Grade and Inorganic Chemistry – 11^th Grade, Fundamental Particles and Atomic Theory)

4. Biology (Physiology, Botany, Microbiology, Zoology, Ecology and Biochemistry)

Annotation:

For No.1 to No.4 Above, Please refer to My Intermediate Education Certificate

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

Performance Indicators

·         Application of mathematics, statistics and numerical methods to develop and or apply models that replicate the ‘real world’ behaviours

·         Applies theoretical models to predict real world outcomes

·         Understands assumptions and their impacts in the development and use of theoretical models

During my graduation years in Al Balqa University, I have acquired sufficient knowledge and proficiency in higher mathematics, numerical analysis and computer science through the following subjects:

1. Mathematics(Analytical Geometry, Probability and Statistics, Logarithm, Multivariable Calculus, Differential and Integral Equation – 1^st to 8^th Semesters)

2. Electrical Sciences (Fundamentals of Electrical Power Systems, Digital Electronic Circuits, Fundamentals of Power Electronics)

3. Computer and Information Science (Problem Solving Using ‘C’, C++, CAD/ CAM, Computational Fluid Dynamics, Isometric and Perspective Projections, Computer programming and applications, Computer Integrated Manufacturing)

4. Modern Physics, Thermal Engineering Systems, Engineering Thermodynamics, Hydrogen and Fuel Cells, Mechanical Vibrations

5. Hardware Project, Industrial and Engineering Management, Control Systems, Mechanical Laboratory and Mechanical Measurements – 3^rd year, Computer Aided Machine Drawing

Annotation:

*         For No.1 to No.5 Above, Please refer to My B. Tech. Graduation Certificate

Element Three

A systematic, theory-based formulation of engineering fundamentals required in the engineering discipline

Performance Indicators

·         Evidence of sufficient breadth of knowledge of engineering concepts and principles to allow subsequent professional development across a broad spectrum of engineering

·         Sufficient depth of knowledge of engineering fundamentals to demonstrate an ability to think rationally and independently within and outside a chosen field of specialisation

In my college years pursuing Mechanical Engineering from Al Balqa University, I have thoroughly studied the following subjects in the first stage of my graduation program:

1. Hydraulic Machines

2. Mechanics of fluids

3. Thermo fluids

4. Heat and Mass transfer

5. Thermal Engineering Systems

6. Applied Thermodynamics

7. Turbo machines

8. Design of Transmission Systems

9. Kinematics And Mechanism

10. Automotive Electronics and Instrumentation Systems

Annotation:

*         For No.1 to No.10 above, Please refer to My College graduation Mark sheet

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

Performance Indicators

·           Evidence of a systematic understanding of the coherent body of knowledge related to a particular field of engineering; its underlying principles and concepts; its usage and applications; and analytical and problem solving techniques

During the second and third year of my graduation program, I adequately learned about thermal and hydraulic machines in my mechanical engineering specifications. In these phases, I gathered deep knowledge in the following subjects:

1. Hydraulics and Pneumatics Power Systems (Hydraulic Fluid, Hydraulic Motor-Driven Generator, Aircraft Hydraulic Systems)

2. Engineering Thermodynamics (Vapour power cycles, Air standard power cycles,  Thermodynamic relations, Isothermal and adiabatic compressibility)

3. Machine Drawing (Shaft Couplings, fuel injection pump)

4. Thermal Engineering (Battery Ignition, Measurement of friction power, Diesel injection systems, Property determination for fuels and lubrication oil, Emission measurements, Study and performance testing of IC engines)

5. Heat and Mass Transfer (Radiation Laws, Heat exchangers, Conduction, Boiling and condensation, LMTD and NTU methods, Nusselt's theory, Fick's law) 

References:

Ostrowsky, O., Engineering Drawing with CAD Applications, ELBS, 1995.

Heywood, J.B., Fundamentals of Internal Combustion Engines, McGraw-Hill, 1988

Yahya, S.M., Fundamentals of Compressible Flow with Aircraft and Rocket Propulsion, 3 rd ed., New Age International Publishers, 2003 

Annotations:

*         For point No.1 to 5 above, please refer to my college graduation Certificate

Element Five

Knowledge that supports engineering design in a practice area

·         Apply research and analytical skills to design activity

·         Ability to investigate a situation or the behavior of a system and identify relevant causes and effects

·         Ability to develop 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

·         Ability to address issues and problems that have no 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

·         Apply research...

As a Technical Service Engineer in Jordanian Aircraft Maintenance Ltd, I applied my mechanical engineering knowledge for supporting the production work for structures repairs and damage solutions follow up status for repairs and modifications, monitoring AD’s and SB’s, contact Airbus and Boeing, doing repair scheme and proposals, providing technical solutions for base maintenance.

·         Ability to investigate...

I investigated the project that I was part of during my work experience in ADAT by performing detailed evaluation and estimation of heavy maintenance inputs. I was responsible for analyzing input requirements, create and manage a feasible schedule for the accomplishment of work requirements.

·         Ability to develop from first principles…

While working in Abu Dhabi Aircraft Technologies as a Senior Planning Engineer, I executed the major engineering and design activities. I did project for SIP Mod project for B767 aircraft for several airlines, estimation and full study for this project of removal engines strut and bushing, inspection, lead-time, tools and Kits for GE engines and PW engines.

·         Ability to address issues and problems…

When I worked as Technical Service Engineer at Jordanian Aircraft Maintenance Ltd, I was involved in aft pressure bulkhead modification Project. In this project, I applied reinforcement doublers reason of this modification due to differential pressure change during flight.  The manufacture had issue modification whereas doublers to be installed at PBH. I took care of the pressure bulkhead to ensure strength and avoid cracks in same area.

·         Application of technical knowledge…

As a Technical Service Engineer in JorAMCo, I had the major responsibility of utilizing my technical capabilities and engineering skills in issuing engineering orders (EO’s) , engineering work instructions EWI, dealing and reviewing service bulletins (SB’s) and AD's, find solutions for repairs and damages in accordance of SRM, using IPC, CMM and AMM manuals. 

·         Experience of personally…

The project gave me superb opportunity to co-ordinate with different manufacturers, actively associate with the production work, and to collaborate as a project team member coordinate all production planning issues. It essentially increased my technical knowledge horizon largely.

Annotations:

*         Please refer to Work History Summary “Ref No. 3”

Element Six

Knowledge of engineering practice (technology) in the practice areas in the engineering discipline

Performance Indicators

• Awareness of critical issues affecting current technical and professional practice
• Awareness of current tools of analysis, simulation, visualization, 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

·         Awareness of critical…

In my career as a Production Planning Engineer in Emirates Airline, I effectively reviewed heavy check packages for spares/materials/facilities/resources availability in order to identify shortages, if any and to take remedial measures. In addition, I coordinated with maintenance, follow up execution of the engineering orders/ modifications and task cards on the aircraft and resolve any problems during implementation. I provided feedback to development engineering/ maintenance planning/material planning of any discrepancies noted during their execution.

·         Awareness of current tools…

I specifically acquired proficiency in using AutoCAD software for mechanical design purposes. Apart from that, I am aware of working with ADOC for IPC, AMM, CMM, SRM manuals. I particularly applied my competency in C++ programming language in order to carry out the design activity, find solutions for repairs and damages in accordance of SRM.

·         Appreciation of the accuracy…

I have been actively involved with operational and maintenance planning. I successfully managed and organized heavy, base and Line Maintenance Fleet Teams within the Operational Maintenance Planning section in Emirates Engineering. Besides, I provided a comprehensive information link between various sections and departments, regarding the day to day and long term planning of fleet maintenance events.

·         Knowledge of materials and resources…

I was responsible for operational planning and therefore I looked after Line Maintenance Controlling STMP. I specifically flow all extended modifications and non routines in a manner so that it adheres to work schedule   and Evaluate of additional tasks requested during input.

·         Proficiency in a wide range of laboratory…

I have been involved in phase out projects - end of lease aircrafts coordinating with lessor and assets manager to ensure all tasks is meeting contractual requirements and reduce cost of maintenance- deliver aircrafts.

Annotations:

*         Please refer to Work History Summary  “Ref No. 2, Ref No. 3,”

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

·         Demonstration of ethical behavior…

·         Evidence of making ethical decisions…

During my professional career, I have been part of several projects, in each of which I maintained appropriate ethical behaviour and adhered to all the required compliances, standards, regulations and principles. I communicated with the operators in order to ensure that the engineering activities are well under appropriate supervision. I worked for phase out aircrafts that has expired contract liaise with assets management and preparing LDND last done next due report to ensure aircraft delivered in according with the agreement and complied with all AD (airworthiness directive).

·         Implementation of appropriate health…

The entire process was followed effective maintenance of health, safety, security and environmental systems. Therefore, I do understand the significance of working in a safe and healthy environment and maintain a consistent approach to achieve the goals in a secure way.

·         Application of safe practices…

Aircraft L1011 FR 983 crack, a crack was found on the frame, I worked in repair project for 25 days. Besides, I as associated with a repair proposal for repair for B737 aircraft, which has been approved by Boeing. I have proficient expertise in supervise weighing aircraft production, performing inspection reports IAW SB instructions and contact to AIRBUS. Additionally, I successfully undertook the responsibility of security door modification for airbus aircrafts. 

·         Awareness of the social...

Liaise with various engineering sections and departments within Emirates, Aircraft manufacturers, vendors, other operators and third party maintenance agencies with regards to technical/ documentation enquiries, modification accomplishment, third party/ subcontracted work. Managing and guide team of scoopers to scope packages for C check inputs for aircrafts A330, 777, and A 380. I successfully communicate with operators and doing status aircraft report.

·         Awareness of sustainable technologies...

Throughout the execution of the project, I have ensured the application of sustainable technologies as and whenever required.  I was involved in doing quotations technical evaluations for service bulletins (SB’s) , AD’s and MPD’s Handling aircrafts, tooling capabilities, scheduling for A/C’s follow up major repairs , non routine cards.

·         Ability to identify risk...

In my professional career in EK, I adequately adhered to risk identification and risk contingency strategies by ensuring the creation and auditing of all configuration elements relating to task card composition, component model, serial number and the compliance forecast that enables accurate planning and provide the value chain audit that ensures the compliance of the EK fleet. Apart from that, I minimized risks associated with all airworthiness issues pertaining to aircraft maintenance tasks are reflected in the Emirates Engineering operating system, in order to control all maintenance tasks and ensure compliance with the frequencies and guidelines laid down by the approved documentation.

·         Knowledge of appropriate risk management...

I undertook effective risk management strategies for successfully accomplishing the project. I used to coordinate with all stakeholders to schedule tasks prior to its due date and managing work load. Ensure compliance of maintenance and airworthiness tasks for the aircrafts managing workload and adjusting it according the manpower controlling, out of Phase tasks OOP in according with its limitations and avoid any over run tasks. 

·         Understanding of the role of quality…

I sufficiently valued the role of quality in delivering end results and products. I reviewed MR Forecast and OOP's to ensure tasks coming due within next scheduled. I took required care of the maintenance period to ensure zero over run by taking appropriate Planning action. Further, I undertook a detail study on adhering to proper quality management standards.

·         Commitment to lifelong learning...

During the project development phase, I have managed to acquire valuable experience in the field of thermal and hydraulic machines that would help me take appropriate decisions in crucial circumstances in the future.

Annotations:

*         Please refer to Work History Summary “Ref No. 1, Ref No. 2”

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

As a Senior Planning Engineer in Emirates Airlines, I particularly acquired great knowledge on the activities associated with maintenance and operational planning. I was in charge of short term maintenance planning.

·         Introduction

I was engaged in looking after Line Maintenance Controlling STMP coordinate with all stakeholders to schedule tasks prior to its due date and managing work load. I ensured compliance of maintenance and airworthiness tasks for the aircrafts, managing workload and adjusting it according the manpower controlling, out of Phase tasks OOP in according with its limitations and avoid any over run tasks.

Liaise with shift manager to ensure all troublesshooting are cleared. I reviewed MR Forecast and OOP's to ensure tasks coming due within next scheduled Maintenance period are taken care of to ensure zero over run by taking appropriate Planning action.

·         Operating Principles

I  Lead and trained team of Maintenance Planning staff, oversee the day-to-day operation of the unit, and continually review systems and procedures to ensure efficient running of allocated activities, consistent workload distribution and implementation of necessary improvements. Moreover, I ensured continuous development of configuration management of the EK fleet and engines guaranteeing the implementation of all compliance criteria within the Maintenance and Repair Organizations (MRO) system for all maintenance task inputs.

Annotations:

*         Please refer to Work History Summary “Ref No. 3, Ref No. 4”

1.       

Emirates Airlines (EK)

Senior Planning Engineer (Maintenance and operational planning)

Present

Started from Jan 18, 2009

My duties involve the following:

·         Manage and organize team resources to ensure efficient operation and optimum utilization of manpower and equipment. Provide leadership, guidance, training, and development to staff in order to meet continued fleet growth requirements, system enhancements, improved working efficiency and increased productivity and performance standards.

·         Lead and train team of Maintenance Planning staff, oversee the day-to-day operation of the unit, and continually review systems and procedures to ensure efficient running of allocated activities, consistent workload distribution and implementation of necessary improvements.

2.       

Emirates Airline

Production Planning Engineer

End date: Oct .2011

Start date: Feb.2009  

My duties involve the following:

·         Review heavy check packages for spares/materials/facilities/resources availability in order to identify shortages, if any and to take remedial measures.

·         Ensure all light checks (A / SVC/ Wky checks) and interim packs are reviewed by the staff and spares preloaded in advance for the checks.

·         Liaise with MRO’s, 3rd parties companies, other approved local agencies for repair/fabrication of items requiring repairs during the checks

·         Review and evaluate Engineering Orders/Service Bulletins/Modifications included in the check package and verify mod kit contents before the check input. Review procedures of Engineering Orders/Service Bulletins/Modifications and highlight any foreseeable problems during its implementation

·         Ensure all tooling and materials are available for implementation of engineering orders/Modifications and advise Maintenance Planning and Materials Planning of any shortages.

·         Co-ordinate with maintenance, follow up execution of the Engineering Orders/Modifications and task cards on the aircraft and resolve any problems during implementation. Provide feedback to Development Engineering/ Maintenance Planning/Material Planning of any discrepancies noted during their execution.

·         Generation of reports and Gantt charts for management information that provide visibility on progress, resources, trends of checks, materials and costs

3.       

ADAT/ GAMCO. (Abu Dhabi Aircraft Technologies) Abu Dhabi-UAE

Senior Planning Engineer

End date: Dec. 12, 2009

Start date: Feb 20, 2007

My duties involved the following:

·         Breaking down of workload into logically sequenced segments.

·         Analyse input requirements, create and manage a feasible schedule for the accomplishment of work requirements.

·         Flow all extended Mod and non routines in a manner so that it adheres to work schedule   and Evaluate of additional tasks requested during input.

·         Prepare for  status reports of check progress and highlight action items required by Customer and GAMCO/ADAT Departments

·         Guidance to Production Controller for timely clearing of task cards and advice on work pack deficiencies to satisfy regulatory requirements.

·         Support  and manage with Crew Chief as Project Team Member and coordinate all

·         Production Planning issues to ensure timely completion of aircraft input

·         Preparation and timely provision of invoice to GAMCO Finance Department.

·         Complete understanding and implementation of relevant TPM and Any other assignment  as delegated by Supervisor or higher   authority

·         Doing quotations technical evaluations for service bulletins (SB’s), AD’s and MPD’s

·         Handling aircrafts, tooling capabilities, scheduling for A/C’s follow up major repairs , non routine cards

·         Communicate with operators and doing status aircraft report

4.       

JorAMCo (Jordanian aircraft maintenance Ltd)     Amman - Jordan

Technical Service Engineer -Structure

End date: Dec 2007

Start date: Feb 2000

My duties involve the following:

·         Issue Engineering orders (EO’s) , engineering work instructions EWI,

·         Dealing and reviewing service bulletins (SB’s) and AD’s. 

·         AD’s/SB’s evaluations for man power , lead time , tools and affectivity, for Airbus aircrafts A340 ,A320,A310, A321, A330  ,and Boeing aircrafts , 727,707, 737.and tri star L1011.

·         Find solutions for repairs and damages in accordance of SRM.

·         Using   IPC, CMM and  AMM manuals

·         Doing a repair scheme, proposals, drawings and coordinate with Boeing and airbus / Air Tag for urgent and major repairs AOG, working in flexible hours.

·         Perform inspection reports IAW SB instructions and contact to AIRBUS.

·         Supervise weighing aircraft in production.

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Completed

Project

A380 Rib foot inspection program.

I was involved in A380 terminating mod’s for rip foot insp. Program ensuring accomplishment of mod’s and its scheduled, audit packages after its accomplished to ensure its completed within standards and quality criteria

Risk assessment

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 Completed

Project

777- Retrofit program

Phased out aircrafts and end of lease EOL and performing LDND reports.

Risk assessment, performance

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Completed

Project

AMS ( Aircraft management solutions)  project

I was member in the team to build up special data base. (in  ADAT company)  

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Completed

Project

SIP Mod project for B767 aircraft

estimation and full study for this project of removal engines strut and bushing, inspection, lead time, tools and Kits for GE engines and PW engines.

--

Completed

Project

Aft Pressure Bulk Head Modification Project For L1011. 

Apply reinforcement doublers reason of this modification due to differential pressure change during flight. The manufacture had issue modification whereas doublers to be installed at PBH (pressure bulk head to ensure strength and avoid cracks in same area).

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Completed

Project

Aircraft L1011 FR 983

I worked in repair project for 25 days