• Introduction to the course. Description of the structure of computer systems, the hardware and the software.
• Presentation of logical gates and Boolean algebra. Solution of logical problems using computer systems (Logic Gate Simulator, Cedar Logic).
• Introduction to the main operational systems (Windows, Unix, Linux) and computer working environments (Windows, X Windows). Introduction to Linux operation (Intro, installation, capabilities, basic operation and applications)
• Introduction to the Data Acquisition and data digitization. Presentation of the operational basics for the data acquisition and the post processing of experimental data via computer systems (Labview)
• Familiarization with the Information Systems (Communication Networks, Internet, Mail, WWW, etc.)
• Operation of office tools for engineers (Microsoft Office,Open Office) and preparation of technical documents using computer systems.
• Operation of fundamental software for engineers (Matlab). Introduction to basic operation functions for mathematical calcualations, data processing and graphical illustration of results. Syntax of computing algorithms for loops, control structures as well as data input – output.

LEARNING OUTCOMES

This the basic introductory course of the curriculum in the topics of using computers as well as the various operational systems.

Upon completion of the course, the students are anticipated to:

• Attain fundamental knowledge regarding the operation of Computers
• Become familiar with the core of network systems
• Acquire the knowledge and experience with fundamental engineering software
• Become familiar with the preparation of technical reports using computer systems.

Το άρθρο Introduction to Computer Science εμφανίστηκε πρώτα στο MEAD.

Straight line motion, Vectors, Motion in 2D and 3D, Force and motion (Newton’s laws), Kinetic energy and work, Potential energy, Energy conservation, Linear impulse and momentum, Static equilibrium, Introduction to fluids, Electrical charge, Electric fields, Gauss law, Electric potential, Magnetic fields, Electromagnetism, Inductance and induction.

LEARNING OUTCOMES

The goal of this module is to provide with the student of Mechanical Engineering & Aeronautics the basic knowledge on Mechanics and Electromagnetism. This background is fundamental for a series of higher level undergraduate modules such as Mechanics-Statics, Mechanics-Dynamics, Mechanics-Vibration, Strength of materials I,II , Electrical circuits and electric machines etc.

Το άρθρο Special Topics in Physics for Engineers εμφανίστηκε πρώτα στο MEAD.

• Basic drafting rules and drafting equipment (rules, drafting media and equipment, lettering, scales, Computer Aided Design principles),
• Common geometric constructions (angle bisection, dividing geometric elements into equal parts, up- and downscaling, drawing parallel perpendicular and tangent lines, drawing curves),
• Multi-view projection (metric, orthographic or Monge views), solid sections, involute splines
• Mechanical drawing (working and detail drawings, assembly drawings, auxiliary views),
• Dimensioning (basics and rules, fundamentals and preferred dimensional practices, baseline dimensioning, direct and chain dimensioning, dimensioning for CAM),
• Sectional views (rules, section lines, full sections, half and offset sections, unsectioned features and intersections in section),
• Machine shop training – machining simple parts – lathe, milling machine, drilling and fitting, quality assurance and measurement.

LEARNING OUTCOMES

The learning outcomes expected by the end of the course are:

• Knowledge: Students will acquire basic knowledge about the representation of objects, common geometric constructions, familiarize themselves with basic drafting rules and drafting equipment and will develop a clear understanding of sectional views. In addition, they will familiarize themselves with machine tools and processes of a typical machine shop, such as lathe, milling machine, drill, fitting, measurement and quality control.
• Skills: Students will develop skills in understanding handling typical machine tools through the construction of a simple gearbox mechanism.
• Abilities: Combination of the above knowledge and skills to enable students to complete the team project of constructing a simple gearbox mechanism and to prepare the necessary technical report.

Το άρθρο Mechanical Drawing & Machine-Shop Training I εμφανίστηκε πρώτα στο MEAD.

Atomic structure, atomic forces and bonds. Crystallic and amorphous structure of solid materials – Equilibrium conditions and phase diagrams – Thermally activated processes (diffusion, heat treatments) – Mechanical behavior of materials under quasi-static (tensile) loading – Plastic deformation of crystallic materials – Elastic and elasto-plastic behavior of amorphous materials – Mechanical behavior of materials under variable loading (fatigue) – Fractographic and Fracture Mechanics.

LEARNING OUTCOMES

The students attending this course gain the basic principles of the material science, namely the materials’ internal structure, technological properties and mechanical behavior. Moreover, through the assessment of the requirements as well as the different material properties and characteristics, students learn to select the appropriate material during the design phase of the structure or the component.

This knowledge is necessary and is used in many subsequent courses of Mechanical Engineering and Aeronautics, such as Strength of Materials, Light Structures, Introduction to Composite Materials, Mechanical Behavior of Materials, Finite Elements for Structural Analysis, Mechanics of Composite Materials etc.

Το άρθρο Material Science I εμφανίστηκε πρώτα στο MEAD.

Basic principles of atomic and molecular structure and chemical bonding. The states of the mater (gases-liquids and solids). Technical applications of nuclear energy, liquification of gases, freezing/heating. Technology of cements. Chemical kinetics and balance, energy balance. Electrochemistry, corrosion and protective methodologies. Water treatment, solutions, distillation. Basics of organic chemistry with applications in polymers.

LEARNING OUTCOMES

This course is an introduction into the basic chemistry science with special attention to the chemistry of materials and their procedures included into the broad discipline of Mechanical Engineering. Basic targets of the course are:

• To refresh and enhance basic knowledges of the atomic and molecular structure of materials and the interactions with their macroscopic properties (physical, chemical, mechanical), considering engineering inorganic and organic elements and compounds.
• To help students understanding different procedures (like phase transformations and chemical reactions) and the interaction with their energy content.
• To help students understanding the basic steps of procedures for mixing and separation of compounds (mixtures, solutions, distillation, water treatment), as well natural or artificial procedures (electrochemistry-corrosion).

Το άρθρο Chemistry εμφανίστηκε πρώτα στο MEAD.

1. Differential calculus of functions of a single variable
2. Integral calculus of functions of a single variable
3. Series of constants, series of functions, power series
4. Determinant, Matrices and systems of linear equations
5. Eigenvalues and eigenvectors , matrix diagonalization

LEARNING OUTCOMES

This course offers to the student the knowledge of advanced applied engineering mathematics that he/she needs in his/her science in the areas of differential and integral calculus of one variable and in linear algebra This knowledge is necessary and is used in many subsequent specialization courses in mechanical engineering and Aeronautics

Το άρθρο Mathematics I εμφανίστηκε πρώτα στο MEAD.