This certificate certifies that Mohammed Wael Moustafa El hifnawy obtained a specialized diploma in mechanical engineering from Alexandria University in Egypt. He completed his postgraduate studies in 2016, earning a GPA of 3.433. His postgraduate coursework included topics like fluid machinery, heat transfer, power plant operation, and a diploma project in mechanical engineering. The certificate is signed and dated to verify the information provided.

1. CERTIFICATE
~~~~~
ALEXANDRIA~~~~~
UNIVERS ITY
t...~l4ts
FACULTY OF ENGINEERING
This is to certify that Mohammed Wael Moustafa El hifnawy
(born in Alexandria I Egypt on 11/7/1990) has obtained:-
Specialized Diploma in Mechanical Engineering from the
Department of Mechanical Engineering
Faculty Council Ratification Date : 6/9/2016
The Degree Awarding Date (University Council Ratification) : 27/9/2016
CGPA of courses= 3.433
The following post graduate courses ~ave been successfully completed:-
. Fundamentals of Fuel Combustion (0708625)
Stoichiometry. ·Combustion kinetics. Energy balance. Flame propagation. Emissions.
Robot Dynamics (07086421
Basics of Robotics. Homogeneous transformation. Arm kinematics. Inverse kinematics. Arm
dynamics. Trajectory planning. Robot control system. Position, speed and forcecontrol of robot
grippers. Practical examples
Sensors (0708641)
Electromechanical transducers. Error and accuracy. Motion sensors, (resistance inductance,
proximity, piezoelectric, eddy current). Force, torque and tactile sensors. Flow sensors
(differential pressure, hotwire, electromagnetic, Laser Doppler). Temperature sensors
(resistive, thermocouples, fiber optics, interferometries). Ultrasonic, fiber optics and range
sensors.
Experimental Design and_Error Analysis (0708647)
Basic equations and plane elasticity theory. Brittle coating methods. Electrical resistance strain
gages. Semiconductor strain gages. Analysis of strain gage data. Optical methods and basic
optics. Moire method. Photoelasticity
.Engineering Materials {070864~
Main types and properties of metals and alloys. Heat treatment. Polymers. Elastomers.
Ceramics. Composites

2. 4la-JI ~t....I.)Jll UJ! ~~~ ~
GRADUATE STUDIES DEPART:1E. 'T F:CULTY OF E. 'Of :CERING
Mohammed Wael Moustafa El hifnawy
Fluid Machinery (0708631)
Types of pumps. Positive-displacement and rotodynamic pumps. Theory of centrifugal pumps.
Design, selection, operation, and maintenance of pumps. Methods of gas compression. Types
of compressors, fans and blo ers. Positive-displacement compressors. Theory of centrifugal
and axial-flow compressors. Design, selection, operation, and maintenance of compressors,
fans and blowers
Applied Heat and Mass Transfer (0708611)
Application of conduction heat transfer in designing insulated walls. Finned surfaces
design.Transient conduction. Heat transfer by radiation. Factors affecting convective heat
transfer. Laminar and turbulent convection over surfaces of different shapes and inside tubes
and tube banks. Laminar and turbulent free convection over surfaces and inside enclosures.
Mixed convection. Boiling and condensation. Evaporation.
Design of Central Air Conditioning Systems (0708616)
Building survey. Cooling and heating load calculations. System selection. Equipment selection.
Duct design. Water piping design. Ventilation and smoke management. Control systems. Block
building load and diversity factor.
Power Plant Operation and Management (0708614)
Safety laws and safety requirements in power plants. Environmental laws and environmental
control systems. Boiler start up. Boiler normal and abnormal operations. Boiler idling and
storage. Maintenance and inspection of steam generators. Turbine startup (cold and hot).
Turbine lubricating and control circuits. Steam condensers and cooling tower operations. Part
load problems. Load distribution between units and plants and economical load operation of
power plants. Daily, weekly, and monthly power plants maintenance. The preventive
maintenance for the power stations.
Diploma Project in Mechanical Engineering (0708601)
Prepared by
cf;tl/4 f
Date 12/1

3. ALEXANDRIA UNI'ERSITY
FACULTY OF ENGINEERING .
l1ECHANICAL ENGINEERING
•'
COlJRSES D.ESCRIPT'ION.',.•

4. TO WHOM IT MAY CONCERN
This is to certify that Eng. MOHAMMED WAEL MOUSTAFA ELHIFNAWY II
( Born July II, 1990 Alexadria) has obtained the B.Sc. in Mechanical Engineering with .an overall
grade ofII PASS II in June 2013.
Attached herewith is the description of courses covered.
51912016

5. _r
l
intc:.::; . ion , n di l'crentiation Functions, limi"ts and continuity, algebraic and periodic
.I ·ulming diLTerential -. inverse functions, parametric forms, libetnz theory, tlaclaurin's
. I r' expansions. the me·m value of curvature theory, inverse cliiTerentials . ·
tl;:;ebra: matrices, algebraic operations on matrices, hennetian and orthogonal matrices,
1 .u") operations, ordinary matrices, equivalence of matrices, graded matrix, systems or linear
. ti ns. rank of a matrix, eigen values and cayley-hamilton theory, linear spaces, binomial !hcOI},
uti~tl fr:1c tions.
t P 021- Mechanics 1
't,1tics: vec tor algebra, fna.lyljcal ape! gegnwJ1)9al,solptions for: t;ecluction .of different systems or
r.~rcc:s ( intersecting or noil irterse2ting ) in two: clil~1ensions, opet'ations of force analysis in two
llimcnsions, equivalence of force systems, body equilibritim, rigid boches, equilibrium of ideal
:-.)stems : groups of bocli e~; , groups of rigid bodies and its applications friction: volplane, loop,
ilpplications on the real n1echanical sys.tems .
itp O:H- Physics l .
l)ropertics of m~1tter: systems or standard units and conversion constants belween them, climensiun;tl
<lllalysis and its appl.icatjollS , moment of inertia, angular displacement, velocity and acceleration ol"
: 1n glil:-~r motion, torque', angular kinetic energy, work m_1cl power for angular motion, ang11iar
m(nncntum, relation between angular and.. linear motior1,theory of perpendicular and pmallcl <L'Ct:s ,
niomt:nts of inertia for s)'mmetrical bodies about rotational" axes, stress, strain, modulus ol.eL)sticity1
l1uuk's law, Poisson ratio, relation between young's modulus, bulk moclulu~ and ·shec1r 11ll)cl ulus ,
cnngy stored in strain bo~li cs~ UlJic;! statics: co ntinuit~' equ<1tion, Bernoulli's equntion ;1nd its
applications, viscosity, stock's equation, viscosity oC gases, Newton's gravitational bw,
determinntion or gravitalionnl constant, gmvitational field, gravitational potential and its potential
energy, coefficient of s~1rface tension, ta·ngential angel, capillarity phenomenon, work and energy Cor
tl}in membrane. thern!o dynamics: internal energy, specific internal energy, temperature, hc;il ·
cm:rgy, heat capacity, speci fic beat, phase change, latent heat, heat transfer, ,conduction convection
<~ ncl radiation, one dimensional Fourier equation in steady state, ( thermal equilibrium ), h~at
conduction coefficient, heat resistance, applications of Fourier eql.1ations on simple walls, methods
ot' heat nansfer by conyection, Newton's cooling law, total heat transfer,'.coefficient, black body
1·nd imion, emissivity, Stevt:n and boltzmann law for radiation, ability of heat radiation, work nncl
hent energy, first law of Jhennodyn~mics , heat co1 nt function, simple operations of thermo ·
dynamics in ideal gases, tr<tn_sitional operati . .diffusion on gases, heat comlucliu11
energy, viscosity, first and secdhd fik's law~ ~cA.,
. . .~

6. PL 011- Production Technolog-y
:11 entrance to production engineering and industrialization and types of industries, casting or
metals, operations: main steps in sand casting, design of patterns and melting of metals, cleaning
"nd checking or castings, Corming of metals operations~ hammering and smoothing operations,
rolling operations drawing operations bending operations extrusion operations, ways and methods
!'or joining parts of products: permanent and transitory joints, ways and metl)ocls or welding,
11Wc:hining operations using cutting: basic principles of machining operations and its elements,
mil in machining operations and its machines ( drilling, turning, ... .....) calculat~ng cutting and
prucluction tirr.1es, engineering materials, operations and instruments of measuring, introduction in
lllcttwgement, manufacturing systems and production: production ways, types of internal planning dt.
Ltctorie~;, calcuh1tiilg industrial costs and analyzing equilibrium, basics of planning and producti on
I.'Untrol, introduction in quality control of prod~tctiop: ·
• . ~- - •• ·. . . . ·:.': ··:. ;.~ ::-:·::. '· ;,'i_- .•• :.;...
SC 021 -Computers and Programming
t"ectmes: history of coli1puters, classificatioi1 of computers, effect of comptliers on the .society, data
representation in digit(ll computers, mtmb·er·s systems, concepts and mahjcomponents of' di gital
computers, concepts ()f operating sy-stem~ C)ncl .computer programming, .:flow charts, shell ancl
structural programmit'lg, developing algorjti1111S t()Op.olve the engineering app.Iications problems using
high level language ( bnsic) · :~ .
Lnbs: practical exper-ience in using ~pet'atil1g systems ( like DOS ) and programmiug o!'
applications using high level language ( l~~e BASiq}·
MP-0-!1 Engineering Drawing and GcometricaiJ>rojection- 1
t<:nginccring Drawing: Dmwing instruments and their uses: le1tering and climensim1ing.
Ceomclricnl constructions, conic sections ancl special curve~ (In,olutes, Cycloid, Archimeclenn,
~piml , Heli x). Theory of projection with applications .in mac}Jine drawing, Tsometric.ancl obliquG
projections.
Geomett·ical Projection: ivlongean projection (repre~entntion of points, straight lines, planes).
i>ositionnl probt·ems ai1d metrical problems. Representation of surfaces ofrevolution (Sphere, Cone, .
l'y Iinder). Intersection ~ncl development of surfac6s 6frevoluti6n. .·

7. Preparatory Year
i~co nd Semester
JlP 012- Mathematics 2
lvlethocls of integration, applications of definite integration ( areas, volumes, circular surl'aces,
length or curvature, central points ) first order ordinary differential equations, .introduct-ion to
probability theory: sample space, probability axioms, some basic theories, counting methncls,
Cllnclitional probability, random variables, mathematical expectation, some discrete and continuous
distributions, geometry: shifting and rotating of axes, come sections and their specifications:
pm"bula, ellipse, hyperbola .
!VIP 022- Mechanics 2
J)ynnmics: introduction in vectpr analysis,.wsimple review on second order ordinary differential
eqmtions, kinematics of bodies, n1otion analysis in one dimension, body kinematics and motion
analysis in tyo dimensions in Cartesian and in.trinsic forms, some engineering applications in
kinematics,: relation between f01:ce and ac<;el~ration, static integration of n1otion ( relation betweeh
energy and work·), time integration of motion ( relation between im1:iulse and ti1omentum l.
t:ngineering applications: motion of body in one dimension in a conservative or non conservati'e
lieIds, external plasticity in a conservative fietd: Motion of bodies under ideal wraps, orthogonal nnd
inclined impact, motion of vibrating bodies-, ()the:r,·engineering applications.suitable for the level of
students in mathematical analysis.
. ·•. · '~
MP 032 -Physics 2 · - ·~-"" .
Electricity: electric cliarge, conductors ·and insulators, coulomb's law, electric lielcl or n point
charge, electric field o{ distributed charges, motion of point charges inuniform fi eld, e·Jectric
dipole, electric nux, gauss law r~nd its applications in calculation of electric field produced by
simple distributions of electric chnrges, _.
l:kctrical potential energy and potential difference, electJjc potential of point charge, electric
pl)tctili,,l or distributed·charges, insulators, breakdONn uncler high voltage:,,capacitors, calculating·
Citpacitance !'or cliiTer~nt shapes, inserting capacitors in eleotric circuits, eriergy stored in charged
c t.pac itnrs, electrical instilating materials, inducedpojnt charges,electrical displacement factor and
polcrrization, current density, electric current calculation )11 conductors, t:esistivety, temperature
dependence of resistivity atoniic ·model .for electrical· conduction, magnetism: permanent and
electric mngnebic llelcls, _magnetic force on moving charges, magnetic forces on a current can·y in):!.
electrical conductor, torque on a coil in a uniform magnetic fteld, motion of point charges in
uni lormmagnetic fields, t'i1agnetic dipole, biot -savart law and its applications, Ampere's law and .
it~ applications magnetic forc_e between two current carrying para!rei wires, magnetic force f'or
~tioms magneric intensity vectoi;~ tnagnetic field vector , intensity vector magnetic induction, gauss
!."" in magnetism, clia magnetic r11aty!:jals, · -loop, Ma~well's equations, electromagnetic
spec rrum, optics: refl ection refraction," · at principle, total internal reflection, Jlber
optics, images produced through s, magnification, focal length or thin
lenses, defects or images produced aces, spherical diffraction and color
di !Traction .

8. II Oil - l~ ngineering Ch<·mi try
·.11 and real gases: general gas equation, Dalton's law for sum of partial pressures, Graham'.s ·
liUu::.iun l<m. mauer equilibrium, binary solutions: classification, separation of the components of a
!"quid ::.olution by solidification or distillation. The solubility of gases in liquids, Raoult's law, idenl
-; ~tutions . moclen1 theory of ionization, chemical equilibrium, factors affecting rate of reaction,
pri nciple of Le Ch::1tellier, law of mass action and its applications, law of dilution, ionic product of
water, hydrogen power, solubility product and the effect of common ion, galvanic electric cells,
corrosion of met::1ls, transient theory, pole voltage, cells reverse, corrosion of metals and the main
a!Tecting factors, water and treatment, P?llution and all related types, treatment of industrial wastes,
air pollution, cement, alloys.
111'-042 Engineering Drawing and Geometri~al Projection- 2
t;:ngiuccriug Drawing:·Sectional 'iews. Irlthsectlonofengii1eering surface?. Civil.drawing·
including retaining walls and some steel points. Some applic~tions in architectural draving.
lntrodttction to computer aided design using AutoCad program in 2D and 3D drawings.
Geometrical Projection: Indexed projection (representation of points, straight lines, planes,
intersection of planes). Applications of index~d projection (problems of cutand fill).· ,
f4S 0 ll - £ngli~h lan·guage .
i review of grammar rules and composition mechanisms and some compS)sition rules, ancl acti'c
sen1enccs and their chm:ackristics and defining some of the most common. mistakes in writing the:
technical English sentence~;, making paragraph and main idea's, types of P,nragraphs, reading and ·.
analyzing some parts ·O:f technical writing. in vai'ioils engineeri11.g fields to i;j1prove communicating
skills.
HS 021 - History of EnginecringScielice ';· ·· ·::
Development or civilizations and its relationships with both physical and hmnan sciences, history or
techno logy and engineering with all its {ielcls, historical conelatipn between ~cience and technology,
the relationship betwee~1 the engineering clevGlopmei1t and the e.lv'ro~1n1entril development in both
sl1cial <tncl economical jJerspectives, examples on clevelopi;rxel1~~neering activities.
- I ,..- -- : ~1$•. ,<,>-
..... .....::~
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-~
..·.-

9. MECHANICAL ENGINEERING DEPARTMENT
FIRST YEAR
I IR TTERM
.IE lll Fundamentals and Measurements of Heat and Fluid Flow
Lnits - Energy conservation - Properties of a system - Forms of energy - State and equilibrium -
Process and cycles- Heat and work- The first law of thermodynamics- Measurements ofTemperature
- Ki nematics of f1uids- Continuity equation- Energy equation- Measurements of pressure, velocity
and nuid flow.
ME 141 Mechanics of Materials
Concepts of stress and strain- Stress strain reLations - Hook's law- Ductility- Malleability -Thermal
stresses and strains - Hertz contact stresses - Hardness - Impact properties 'of materials :- Creep and
temperature properties - Axial loading - Torsion- Bending~ Transverse loading- Principal stresses -
Def1ection and stiffness of mechanical members.
ME 142 Mechanical Drawing
Projection and assembly of mechanical
Mechanical parts- Fasteners.
MP 113 Mathematics -3
elements - Machining symbols Fits and tolerances --
.•
Methods of Integration, some special techniques, successive reduction method, improper integrals, mean.
va'lue theorem special function: the error, gamma and -beta functions ofseveral variables, limits and
continuity, partial derivatives, chain rule directional derivatives, Taylor expansions of functions of
several variables, extreme, differentiation under integrat:sign. _ -
Sequences, series, convergence and convergence tests, uniforni convergence. Fourier series expansions
of general periodic functi?ns, expansions of even and odd .t.mctions, convergence and remarks.
MP123 Mechanics- 3 ·.-
Central Force Motion: Polar Coordinates- Propertie • ·- ~rce Motion- Equation of Motion -
Applications to Space Mechanics - Nonconserv e Sys~rgy dissipation - Real System -
Kinetics of System of Particles: Equations ofMoti n : M.otion ~f)h ~ ass Center of System of Particles
- Systems Gaining or Losing Mass: Motion i'b'f Ro-ckets :- Mottion of Chains and Cables~ Plane
Kinematics of Rigid Bodies: Translational, Ro · n a·ncf 6eii8~1 pi n ' motion- Instantaneous center of
rotation in plane motion- Rolling without slidi Geai·s -·-~·ch i 1'ns -Kinetics of Plane Motion of
Rigid Bodies : Angular Momentum - Kinetic ~y -:-,.]q~l · iN$:·'of Motion - Moment of Inertia -:-
Applications- Initial Motion - Impulse aiid)vtomen~t ~ f ~--. e rflotion of Rigid Bodies : Principle of
Impulse and Momentum for a rigid Body and for a 'System of Rigid Bodies - Collision of Rigid Bodies
- Gyroscopic Motion: Gyroscopes-Gyroscopic Couple -Application- Rotation of a Three-Dimensional
13ody about a Fixed Axis : Dynamic Reaction -Balancing- Mechanical Vibrations: Free Vibrations -;
Damped Free Vibrations- Forced Vibrations.

10. SECOND TERM
PE 128 Metal Engineering and Technology
Crystalline and Non-crystalline structure of metals, Ceramics, Polymers and composite materials, Iron-
Carbon alloys, Heat treatment, Casting of Metals, Plastic Forming of metals, Forgi!Jg and Extrusion,
Wire Drawing, Welding processes.
CE 166 Stnrctural Engineedng -1
Shear forces and bending moments for beams, frames. Internal forces in trusses. Tests and
measurements of mechanical properties of materials (simple tensile test, compression test, shear test,
toJsion test, bending test). Impact and hardness tests. Rotating beam tests. Measurement of strains.
I-IS X52 Industrial Safety
Introduction, Principles of Industrial safety, Risk sourc~s safety requirements (Gases, bust, Fire,),
Occupational diseases, Safety regulation for industrial facilities, Prevention .and control of industrial
risks, accidents, and fire, Safety procedures and Occupational Health, Rescue and Evacuation, Safety
improvement, Performance evaluation.
ME 143 Mechanics of Machinery-1
Joints - Mechanisms - Degrees of freedom - Analysis of some applied mechanisms - Graphical and
analytical analyses of displacement, velocity and acceleration- Gear geometry- Gear trains.
MP X14 Mathematics-4
Multiple Integral, Regions in plane and space, Double ai1d triple iQtegrals, Change of variables
technique and the Jacobeans, Line integrals and green theorem, ordinary differential equations of the
second order and higher. EI!e's homogeneOLIS equations and simultaneous differential equation.
Calcui us of finite differei1ces, Vector algebra, Scalar and crossproduct. Identifies, Application. Line and
planes in space> Spherical and cylindrical coordinate ·systems1
Quadratic surfaces. Line, Surface and
volume integral, green's and stock's and divergence theorems
ME 144 Computer Aided Mechanical Drawing
20 and 3D detailed and assembly mechanical drawings using AutoCAD and similar computer programs.

11. SECOND YEAR
FlRSTTERM
MP 215 Mathematics-5
Ordinary and Partial differential equation: Solution of ordinary differential equations with variable
Coefficients, system of linear differential equations, heat wave and laplace equation in two and three
dimensions. Separation of variable technique, some boundary value problems and applications.
Numerical solutions of differential equation.
Complex analysis: Function of complex variables, differentiation and integration, analytic functions,
cache theorem and cache formula., Contout' integration, power, series expansion, conformal mapping
vector analysis: Scalar and vector fields, vector, operator, application to geometry; line, surface m1d
volume integral, divergence theorem of gauss stock's and Green theorem. Curvilinear and orthogonal
coordinates.
ME 241 Mechanics ofMachiner·y-2
Synthesis of cam profiles for specified motion- Specified cam contours- Force analysis of mechanisms.
- Flywheels - Balancing of rotating and reciprocating masses- Introduction to robot systems - Direct
and inverse robot kinematics. ·
ME 211 Thennodynamics-1 .
Energy equation - Secoj1d law of thermodynamics ;c·Entropy ...., Perfectgases - Air standard cycles -
Compressors- Psychrometry of gas mixtures- steam generation and its processes- Carnot and Rankine
cycles- Availability and irreversibility -.Real gases.
EE 272 Electric Machines Engineering -1 ..
Electro-Mechanical Energy Conversion: conservation of energy, fields and relevant energy, singly
excited systems, energy conversion, force and torque equations, applications, doubly excited systems,
dynamic equations, applications. DC Machines: construction, winding and commutation, de generators,
t)'pes and characteristics. DC Motors: types, starting, characteristics and speed control, parallel operation
of DC generators, efficiency and losses in de machines, applications of de moto[·s.
HS:xl2 Technical Report Writing
Types of reports, contents of reports, reduced reports, detailed reports, importance and object of reports,
text writing, means of graphs representation, means used for representation of report writing principles
of speech, types and contents of representation screens for speech, means of research references;
references, training on writing the technical reports and speech.
.....1i::=o.~~ · <;:utting fluids and tool materials, Turning
e . ;~,~sand methods of magnification.
-,~

12. SECOND TERM
ME 242 Computer Applications in Mechanical Engineering
U~e of numerical methods and programming for solving applied problems in the various branches o~­
mechanical engineering.
ME 243 Mechanical Design-1
Basics of mechanical design- Design considerations- Factor of safety- Theories of failure- Design
for static strength - Design for fatigue strength - Deflection and rigidity considerations - Statically
indeterminate members- Curved members- Column design -Pressure vessels.
ME 231 Fluid Mechanics-1 ...
Forces on immersed surfaces ·- Buoyancy - Kinematics of three-dimensional fluid motions - Fluid
masses moving with acceleration- Vortex motion- Hydrodynamics- Mon1entum equation - Euler's
and Bernoulli's equations- Fluid flow in pipelines- PI-Theorem. ··
ME 221 Fundamentals of Combustion Engineering
Engine types - Combustion systems, fuel systems, and igmt10n systems in reciprocating and rotar)'
engines - Fuel properti~s and ignition quality - Types of combustion chambers in reciprocating and
rotary engines - Combustion thermodynamics - Chemical kinetics - Flame theories - l'lammability
limits.
EE 253 Electric Pover·and Industrial Electronics
Trtmsmission lines. Insulators. Cables. Distributed loads. Electrical protection methods. Diode and
rectifier circuits. Thyristor circuits. Controlled rectifiers. AC voltage controllers. DC choppers.
Inverters.
differences, Job analysis and job
ocational trainigg, Psychology of accidents and
and mental health in industrial and

13. THIRD YEAR
FIRST TERM
ME 311 Thermodynamics-2
Steam cycles with reheat and regeneration- Steam flow through nozzles - Impulse and reaction turbines
- Performance and control.
ME 331 Fluid Mechanics-2
Unsteady Dow through pipes- Networks of pipes- Dynamics of compressible and incompressible flovv
- Continuity equation- Navier-Stokesequati9ns -::- Boundary layers- Fluid film lubrication- Turbulent
flow - Two-phase flow. ·
ME 341Mechanical Design-2
Design of shafts and couplings- Threadyd joints- Riveted, welded and adhesive joints- Power screws
- Mechanical springs- ylutches and brakes- Wire ropes.
ME 342 Mechanical Vibrations
Single and multiple degrees of freedom systems - Free and forced vibrations - Machine Insulation .:_
Critical speeds - Dynainic absorbers - Vibration measurements - Torsional vibrations - Continuous
systems.
ME 32Jlntcrnal Combustion Engines .
Advanced injection syste;ns in both spark-ignited and comp~ignited engines - Pressure and flow
rate calculations in injection systems - Fuel-air cycles .a_tg;~~RI:'I:I:al
and dissociation - En1ission control- Energy balanc~
. I
•••

14. SECOND TEIUvl
ME 312 Heat Transfer
Steady state conduction - Steady state conduction with heat generation - Fins - Unsteady state
conduction - Forced convection - Free convection - Tube banks - Boiling and condensation - Heat
Exchangers - Radiation properties of surfaces - Radiation shape factors - Radiation exchange 111
enclosures.
ME 322 Gas Dynamics . . ..
The concept of control ·volume - ·C01npressible .flow ..:: Effects of friction and heat . transfer on
compressible flow - Shock waves and expansion waves- Aircraft engines- Wind tunnels.
!ViE 343 Mechanical Design-3
Gear drives- Belt drives- Sliding Uournal) ~earings- Anti-friction (rolling element) bearings.
ME 344 Automatic Cotttrol
System modeling - Bldck diagrams - Open and closed loops -: Time response to standard inputs -
Stability analysis-·- Error analysis- Frequencyresponse - -Polar plot--: Bode plot- Root locus- Basic
control actions- Contro1tuning- Compensation t~chniques- Logic circuits.
HS 362 En
Design and production evaluation, Value of
costing and prices. Project Planning, S
construction, Critical path method, PERT, lnt•ir'I'IIY'"'r't•
~e:;~ll..eS, economic analysis of alternatives,
Project activities and network
uling. ,

15. FOURTH YEAR
FIRST TERM
ME 411 Thermal Power Plants
Energy resources - Power plants: (Diesel - Gas -Steam -Nuclear - Combined) - Steam power plant:
(Steam generators- Steam turbines- Condensers- Evaporators- Chimneys- Fans- Cooling towers)-
Variables load problems- Economic and.controls.
ME 431 Hydraulic Machines
Pumps- Turbines- Hydropower stations- Hydraulic circuits.
~
ME 412 Refrigeration and air Conditioning
Refrigeration methods: -(Air refrigeration- Steam jet- Absorption- Thermoelectric)- Refrigeration
equipment: (Evaporators - Condensers - Cooling towers - Expansion devices - Compressors) -
Refrigeration (cold) stores- Insulation- Psychometric pr0cesses and cycles- Cooling and heati11g loads
- Air cond itioning equipment (units)- Duct design.
liS x33 Laws fo.r Engineering I>rofession
Definition of law and ·its duties, Principles and · regulations of statutes, i-fighlights on the Civi·t
law(general principles with emphasis on contracts and compensations), Highlights on criminal law
(cr.iminal responsibility on the engineer as a professional), Highlights on the laws of syndicates·
(responsibilities, disciplines, charter of honor), Highlight on the law of enterprises (foundation,
individual enterprises, incentive and guarantee for the investment), Highlight on the laws of taxes and
their types, Highlights on law of environment protection, Investigation and:litigation.
ME 401 Project
The student continue his project
ME 4El Elective Course (1) : One of the Following Courses ·-
ME 413 Design of Thetmal Equipment
Heat exchangers- Condensers- Evaporators- Air washers- c ·ooling towers - -Chilled water systems -
Pipes design and thermal insulation. · ·
ME 421 Gas Tm·bines
Basic types of axial and radial turbines and compressors- Fuel systems- Combustion chambers-
Design considerations and effects on performance parameters of turbines- Emission control in gas
turbines.
ME 432 Industrial Fluid Mechanics
IIyclro and pneumatic transportation of solid materials
pipelines). Mixing processes, cavitation in hydraulic equi
ME 4410ptimum Design
Formulation of optimum design equations- Methods of optin t
programming- Numerical methods of constrained and uncons
and flow control 111

16. SECOND TERM
ME -BS Hydraulic Circuits
Design of basic circuits - Elements o[ hydraulic circuits and design factors - Performance of basic
hydraulic circuits and applications on practical circuits.
ME 433 Mechanical Engineering Laboratory
Experiments in the fields of Fluid engineering- Thermal engineering- Gas dynamics- Combustion-
Mechanical design- Mechanical vibrations- Automatic control.
liS 463 Marketing . '-- _,
Definition of marketing, Objective of marketirrg systems, Hierarchy of marketing systerns, Role of
marketing for the economic unit with planning strategy, Process of marketing, Marketing Information
system, Consumer markets and , purchasing behavior, Pricing strategy, Marketing channels,
Communication marketing means: advertising and promotion.
~1E .t17 Environnent and Energy
r:nergy World Resources -Elements of the. environment - Sources of polltnants Air and water
pollution - Nois~ - Nuclear pollution - .Perlnissible limits of pollutants- Standards - Treatment and
waste management - Egyptian Law No. 4/94 - Environnemental management of energy generation
projects.
Mlt 402 l)roject
The student continue his project
.. -
ME 4E2 Elective Course (2) : One of the Following Courses
ME 414 Operation and Management of Thermal Power Stations
This course is intended to study the operation -of power station including startup - shutdown - trouble shooting of
boilers, turbines, condensers and cooling towers. The management of load between units and investments in
energy saving projects is also included.
ME 422 Advanced Topics in Combustion Engineering
Advanced studies of select~.d topics on reciprocating and rotary combustion engines - Emphasis on design,
performance, and environmet'ital assessment. ·
ME 434 Fluid Machinery
This course is designed to cover the important aspects of design, selection, operation and mainte"nance of pumps,
compressors, fans and blowers beside the theory of each type (rotodynami~ or'positive displacement).
M£ 442 Introduction to Mechatronics
Digital circuits and syst~ms- Signal processing- Data acquisition systems- Sensors- Actuators- Fluidic logic
- Fuzzy logic control- Artificial neural network control systems.
~ ·,,
Com·ses
E'W and Renewable Energy- Watern Desalination
Technology.

17. EDUCA
T
ION FOR EVE
R
YONE
CO
U
R
S
E
C E R T I F
I
C
A
TE
COURSE
CERTIFICATE
09/10/2015
Mohammed Wael Elhifnawy
Introduction to Programming with MATLAB
a 9 week online non-credit course authorized by Vanderbilt University and offered
through Coursera
has successfully completed
Robert Tairas, Ph.D. | Professor Emeritus J. Michael Fitzpatrick, PhD | Associate Professor Ákos Lédeczi, Ph.D.
Verify at coursera.org/verify/GTGZJ35ZVK
Coursera has confirmed the identity of this individual and
their participation in the course.

18. Statement of Participation
iversity hereby certifies that Mohammed Elhifnawy has participated in the following course:
Vehicle Dynamics II: Cornering
Taught from February 2016 to May 2016 by Univ.-Prof. Dr.-Ing. Martin Meywerk.
The single track model is derived including slip angle and Kamm’s circle. Steady state
cornering, stability and the influence of weight distribution between the wheels is
investigated. Two mechatronic applications are explained.
iversity.org is a higher education online platform, enabling a global community of learners to study with excellent professors from all over
the world. This certificate does not affirm that the student was enrolled at the mentioned institution(s) or confer any form of degree, grade or
credit. The course did not verify the identity of the student.

19. EDUCA
T
ION FOR EVE
R
YONE
CO
U
R
S
E
C E R T I F
I
C
A
TE
COURSE
CERTIFICATE
03/31/2016
Mohammed Wael Elhifnawy
Control of Mobile Robots
an online non-credit course authorized by Georgia Institute of Technology and offered
through Coursera
has successfully completed
Magnus Egerstedt
Professor
School of Electrical and Computer Engineering
College of Engineering
Georgia Institute of Technology
Verify at coursera.org/verify/KUNW7ET29WDD
Coursera has confirmed the identity of this individual and
their participation in the course.

20. EDUCA
T
ION FOR EVE
R
YONE
CO
U
R
S
E
C E R T I F
I
C
A
TE
COURSE
CERTIFICATE
11/25/2015
Mohammed Wael Elhifnawy
Fundamentals of Fluid Power
a 7 week online non-credit course authorized by University of Minnesota and offered
through Coursera
has successfully completed
James D. Van de Ven, Assistant Professor
Department of Mechanical Engineering
University of Minnesota
Professor William Durfee, PhD
Department of Mechanical Engineering
University of Minnesota
Verify at coursera.org/verify/4K8P4N7PGN
Coursera has confirmed the identity of this individual and
their participation in the course.

21. EDUCA
T
ION FOR EVE
R
YONE
CO
U
R
S
E
C E R T I F
I
C
A
TE
COURSE
CERTIFICATE
10/02/2015
Mohammed Wael Elhifnawy
Introduction to Engineering Mechanics
an online non-credit course authorized by Georgia Institute of Technology and offered
through Coursera
has successfully completed
Wayne E. Whiteman, Ph.D., P.E. | Dr. Nelson Baker
Senior Academic Professional | Dean of Professional Education
Woodruff School of Mechanical Engineering
Georgia Institute of Technology
Verify at coursera.org/verify/54NUMVMMKS5U
Coursera has confirmed the identity of this individual and
their participation in the course.

22. Statement of Participation
iversity hereby certifies that Mohammed Elhifnawy has participated in the following course:
Modelling and Simulation using Simulink
Taught from December 2015 to February 2016 by Prof. Dr. Peter Dannenmann, Prof. Dr.-Ing.
Patrick Metzler, and Prof. Dr.-Ing. Georg Fries.
Development of Simulink® Models - Modelling a Water Treatment Plant - Control Engineering
using Simulink® - The Arduino microcontroller and the corresponding Simulink® support
package - Control Engineering using the Arduino
About Hochschule RheinMain - University of Applied Sciences - Wiesbaden Rüsselsheim
RheinMain University of Applied Sciences provides outstanding educational and job
opportunities. Its research strengths, its team spirit and its attentiveness to the needs of
society and of the market alike ensure that its degree programs are relevant to the world of
work and life.
iversity.org is a higher education online platform, enabling a global community of learners to study with excellent professors from all over
the world. This certificate does not affirm that the student was enrolled at the mentioned institution(s) or confer any form of degree, grade or
credit. The course did not verify the identity of the student.