El Mohandes Aerospace Engineering, Engineering drawing
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Ability to solve teach different topics in different subjects such as:
Aircraft structure - Aircraft composite structure - Optimization with ANSYS software - Engineering drawing for the first year of Engineering college - Numerical analysis with MATLAB - Mechanics for the engineering students - Mechanics for high school students - Mathematics for all Primary School, High / Secondary School, Middle / Preparatory School and also for engineering students - Differential equations - Airplane design - Principles of aerodynamics - Introduction to aeronautics
Giving a suitable description and briefing about the subject.
Solving some examples with different ideas to understand the subject clearly.
Giving some homework to be solved later on.
Helping students to solve the required assignments for any subject.
Available for helping students in their problems.
making a presentation for the lesson the student want to study to simplify the new concepts and the new information.
ability of teach multi students at the same time.
available for consultation every day.
Giving some advices about the way the student learn to get more advantage of his study.

Subjects

  • Physics Preschool, Kindergarten, KG, Nursery-Grade 12

  • Mathematics Preschool, Kindergarten, KG, Nursery-Grade 12

  • MATLAB Beginner-Expert

  • Engineering drawing Grade 11-A2 level

  • Mechanics Beginner-Expert

  • Structural analysis Beginner-Expert

  • Theory of Elasticity Beginner-Expert

  • Differential Equations (Engineering Level) Beginner-Expert

  • Aerodynamics Beginner-Expert

  • Vibrations Beginner-Expert

  • Numerical Analysis for Engineering Beginner-Intermediate

  • Mathematics (Higher Secondary) Beginner-Expert

  • Airframe Structures Grade 11-Grade 12

  • Calculus and Linear Algebra Beginner-Expert

  • Mathematical Analysis (Real and Complex) Grade 11-A2 level

  • Mechanics and Strength of Materials Beginner-Expert

  • Aircraft composite structures Grade 11-Diploma

Experience

  • Assistant Lecturer (Jul, 2017–Present) at Faculty of Engineering, Cairo University
    Assistant Lecturer, Aircraft mechanics Department

Education

  • Master of science of mechanical engineering (Sep, 2018–Sep, 2022) from Faculty of Engineering, Cairo University
  • Bachelor of mechanical enginnering (Nov, 2011–Jul, 2016) from Faculty of Engineering, Cairo University

Fee details

    £500–2,000/hour (US$10.32–41.30/hour)

Courses offered

  • Mechanics for the first year of engineering

    • US$200
    • Duration: 20 Hours
    • Delivery mode: Flexible as per the student
    • Group size: 11 - 20
    • Instruction language: English, Arabic
    • Certificate provided: No
    Topics of the course
    1- Analysis of beams, Trusses and Frames
    2- Forces in Space
    3- Equivalent systems of forces ( Moment about point & moment about line)
    4- Kinematics of particles.
    5: Rectilinear, curvilinear, and radial motion of particles.
    6- Kinetics of particles

  • Engineering drawing for the first year of Engineering college

    • US$300
    • Duration: 20 Hours
    • Delivery mode: Flexible as per the student
    • Group size: 11 - 20
    • Instruction language: English, Arabic
    • Certificate provided: No
    Topics of learning
    1- Kind of lines and geometric construction
    2- Orthogonal projection and isometry (flat and inclined surfaces)
    3- Flat and round surfaces
    4- Missing view (Deduction)
    5- Obtaining the full sectioning of components
    6- Obtaining the offset and aligned sectioning of components

  • Stress and modal analysis of structures using ANSYS workbench

    • US$300
    • Duration: 10 Hours
    • Delivery mode: Flexible as per the student
    • Group size: 11 - 20
    • Instruction language: English, Arabic
    • Certificate provided: No
    Topics of this course
    1. Introduction to the software theories and its interface
    2. Defining the different modules
    3. Learning how to add different materials with different properties
    4. Learning how to construct a body using the design modeler
    5. Leaning to share an object from the inventor and solid works to be analyzed with ANSYS
    7. Learning what the meaning of meshing is and how to define it
    8. Learning how to identify the different types of loads with different boundary conditions
    9- Learning how to obtain the stresses and the different effects that occur for the structure under these loads
    10. Modal analysis for structure elements

  • Analysis of composite structures with/without thermal effects

    • US$300
    • Duration: 15 Hours
    • Delivery mode: Flexible as per the student
    • Group size: 11 - 20
    • Instruction language: English, Arabic
    • Certificate provided: No
    Topics of this course
    1. Definition of composite materials
    2. Classification of different composite materials
    3. Rule of Mixture
    4. Tsai-Hill method
    5. Halpin-Tsai method
    6. Obtaining the ABD matrix
    7. Adding the thermal effect on composite materials.
    8. Analysis of composite structures with ANSYS software

  • Optimization with ANSYS software

    • US$300
    • Duration: 10 Hours
    • Delivery mode: Flexible as per the student
    • Group size: 11 - 20
    • Instruction language: English, Arabic
    • Certificate provided: No
    Topics of this course
    1. Defining the interface of the ANSYS workbench
    2. Identifying the different modules used for optimization
    3. using the response surface optimization method
    4. Using the Adaptive single and multiple optimization method
    5. Using the multi objective genetic algorithm
    6. Optimization of composite structures

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