Please contact us for more details via: ecc-dep@outlook.com.

There are many names for this course such as: Introduction to chemical engineering, chemical engineering calculations and Processes engineering.

During this course many fundamentals in chemical laboratory will be discussed.

Important for people interested in heat transfer and heat exchangers.

Biochemical reactors and reactions will be studied. Please contact us via ecc-dep@outlook.com for more info.

One of the most unique courses special for chemical engineers.

Deep analysis of multi-components separation system (Distillation and absorption).

This course includes Principles of physical chemistry and kinetics of the gases, studying first and second laws of thermodynamics, chemical equilibriu....

designing a non-isothermal reactor, studying CSTR reactor and its stability, overview on heterogeneous reacting systems and their design, studying the....

Study the Molecular diffusion and Fick’s law, laminar and turbulent flows and how to evaluate mass transfer coefficient, diffusion and diffusivity, ....

Overview on gas absorption, humidification and dehumidification processes, studying different processes like evaporation, drying, leaching, extraction....

This course describes process dynamics, and Laplace transform study, it also includes applied modeling of the chemical processes, understanding differ....

This course provides the main principles of chemical engineering, raw material and processes, industrial gases, overview on the industry of different ....

Studying the composition of petroleum and crude oil, refining feedstock and products, distillation and analysis of crude oil, catalytic reforming, cat....

Review and describe the growth and development mechanism of micro-organisms, kinetic of growth and product formation, aeration and agitation, it also ....

air pollution and air pollutants examination, global climate changes, discussion of the technologies and processes used to purify the gases, different....

Review of the chemical engineering diagrams, computer aided flow sheeting, and learning how to select the major chemical equipment and the material of....

Synthesis and analysis of chemical processes, learning how to develop a conceptual design, structure of chemical processes flow sheet. Design of mass ....

Introduction to analytical chemistry, solutions and concentrations. Qualitative and quantitative analysis. Applications of volumetric and gravimetric ....

This course studies the error analysis, roots of equations, the solution of the linear and the non-linear systems of the equations, interpolation and ....

This course aims to study about the basic of the chemical engineer. This course includes the units and dimensions, data presentation and the data anal....

This course studies the mass and the energy balances, the mixing and the heat of mixing, the energy balances for the reactive and the non-reactive pro....

This course includes, the introduction, the structure of the crystals, the type of the material, the imperfections, the solid features and properties,....

This course includes the introduction to modelling, heat and mass transfer, the solution of the ODEs, the first order and the second order, the soluti....

The course studies the introduction about the fluid and its properties, the fluid static pressure, the conservation of mass equations, studying the en....

This course aims to study about the definition of: the volumetric of the real fluids, the thermodynamic lows, the steam table, the equation of state, ....

Course studies about the partial molar thermodynamics quantities, the steady and the unsteady state, the non-ideality in the fluids and solids, the ap....

The aim of this course is to study about the introduction of the chemical reaction, the kinetic of the homogenous reaction, the design of the batch an....

This course studies the introduction to the fluid methods of particulate systems, the features and handling of a particulate solids, the size reductio....

This course studies the principles of the organic chemistry, the classification of the organic compound, the saturated and the unsaturated compound, t....

This course studies the principles, the thermal properties and features, the steady state heat conduction, unsteady state heat conduction, the princip....

This course focuses on Heat Effects, Thermodynamic properties of pure fluids, Vapor/liquid equilibrium (VLE): Fundamentals, VLE from K-value correlati....

The course focuses on Analytical measurements and measurement systems, separation methods of analysis, spectroscopic methods of analysis, thermal meth....

the course focuses on Scope of extractive metallurgy, chemistry of metals, classification of metals, Classification of ores and ore preparation, extra....

Applying mass transfer principles, chemical engineering thermodynamics basics and mass and energy balances to design binary and multi-component, singl....

Process design development. General plant design considerations: health and safety, environmental factors, plant location and plant layout. Computer a....

The course will provide the student with the basic concepts of power elements definitions; phase shift in transformers and series impedance of transm....

This course studies the bridge between the mathematics courses and their applications for the chemical engineer problems and imparts the fundamental k....

This course aims to give the basics of chemical engineer and its role. This course studies the units, dimensions and the system of the units, the basi....

This course gives the fundamentals of the energy balances and their applications and roles for chemical engineering, the first low of the thermodynami....

The course aims to understand the fundamentals of thermodynamics and applying the fundamentals of thermodynamics problems..

This course studies the solutions of the thermodynamics and their applications for the chemical engineer, the properties of the mixture, the phase equ....

This course studies the foundation materials in probability and static inference. This course studies the design to help the student for the understan....

This course gives the background of chemical engineering and its existing chemical industries. This course studies the process description, the utilit....

This course studies the fluid statics, the kinetic of the fluid, the macroscopic balances, the dimensional analysis and the flow correlations..

The aim of this course is to study the principles of the organic chemistry, the classification of the organic compound, the aromatics, the hydrocarbon....

The aim of this course is to study the basics of the momentum transfer and the flow of the momentum in chemical processes and applying the stock and F....

The aim of this course is to introduce the fundamentals of heat transfer and its applications in chemical industries, the thermal properties of materi....

The aim of this course is to study the basic of the chemical reactions, the design of reactors, the kinetic of homogenous reactions, the rate of the r....

The aim of this course is to study the basics of the mass transfer, the diffusivity, the coefficient of mass transfer, the mass transfer through inter....

This course focuses on; the role of a chemical engineer, conversion and systems of units, material balances for reactive and non-reactive systems as w....

This course focuses on; the types, properties and mechanics of fluids as well as basic statics such as; Bernouli’s equation, Buoyancy and manometers....

This course focuses on the following; properties of binary mixtures and solutions such as: fugacity of gases and liquids, activity and standard states....

The modes for heat transfer, unsteady-state heat conduction, steady-state heat conduction, natural and forced convection, radiation heat transfer, des....

The basic three reactor systems are focused on this course, which are: batch, continuous stirred tank and tubular reactors. The parameters of conversi....

The main focus in this course is reactor design. Different types of reactors are designed in this course such as: non-ideal reactors and heterogeneous....

This course focuses on general Chemical Engineering calculations and principles. It provides the students an overview of Chemical Engineering by permi....

This course includes an introduction to MATLAB, round-off and truncation errors, roots of equations: bracketing, bisection, newton-Raphson, numerical ....

This course focuses on learning how to construct Block diagrams for chemical processes, Material and energy balances calculations for steady and unste....

This course focuses on Forms of energy, Open and closed systems, Work and Heat, P-V-T properties of pure fluids and steam tables, First law of thermod....

This course focuses on Properties of fluids, Fluid static, Continuity equation, Mechanical energy equation, Bernoulli's equation, Flow measuring devic....

This Communication Course for Engineering Students is designed to introduce you to written and oral communications in Engineering. Students will work ....

This Course for Engineering Students is designed to learn about the Atomic and bonding Crystal structures, Solidification, crystalline, imperfections ....

This course focuses on Kinetics of homogeneous reactions, Mole balance, Design of isothermal reactors (batch, CSTR, and plug flow), Single and multipl....

This course includes the Basic concepts and mechanisms of heat transfer, Heat conduction equation in various coordinate systems, Steady heat conductio....

This course includes the Characterization of solid particles, Storage of solids, Drag and drag coefficients, Flow through beds of solids, Mechanics of....

This course focuses on Molecular diffusion, Mass transfer coefficients, Analogy between momentum, heat and mass transfer, Continuous and stage-wise pr....

This course is designed to Familiarize the student with economics concepts: supply and demand relations, interest and investment costs, taxes, insuran....

This course focuses on Fundamentals of chemical industriesو Study of selected industries such as (water treatment; industrial gases; ceramic, cement ....

This course focuses on Introduction to mathematical modeling, modeling steady state processes, degree of freedom analysis, heat integration, solution ....

This course focuses on Selection of materials of construction. Design of pipes and pumping systems, compressors, tanks, pressure vessels, storage equi....

This course focuses on Introduction to practical and theoretical aspects of process control, process modeling, , MATLAB, dynamics of open-loop systems....

This course focuses on process safety in the design of chemical and petrochemical plants (batch and continuous). The lectures discuss how to select ap....

This course covers the fundamental engineering sciences of thermodynamics, gas dynamics, heat transfer, and mechanics, as well as the concepts and the....

Students will learn about the mechanical behaviour of materials, bulk deformation processes, material removal processes and sheet metal forming proces....

the objective of the course is to provide basic understanding of engineering materials, their structure and the influence of structure on mechanical, ....

The subject of Statics deals with forces acting on rigid bodies at rest covering coplanar and non-coplanar forces, concurrent and non-concurrent force....

Review of basic concept of mechanics: Equilibrium, Free body diagram, Determinate and Indeterminate structures, Degree of indeterminacy for different ....

To build on students’ existing knowledge and understanding of the subject of structural and stress analysis of civil engineering structures covering....

To learn advanced methods of structural analysis and to apply these methods for analysis of indeterminate structures. To impart preliminary knowledge ....

To strengthen the basic fundamentals of design of RCC structures and to apply these basic fundamentals for the design of advanced reinforced concrete ....

This course provides knowledge about force vectors and resultant. Free-body diagram of forces and equilibrium of particles and rigid bodies. Moment of....

This course provides knowledge about simple states of stress and strain, Hook's law, torsional stresses, axial deformation, internal forces in beams, ....

Introduction to the application of geological data, techniques and principles to the study of rock and soil surface materials and ground water. A stud....

This course is the introductory course in identification and analysis of basic structural elements. Topics include the determination of beam deflectio....

This course provides concepts of time value of money. Simple and compound interest. Interest formulas. Decision making among alternatives and evaluati....

This course provides basic principles, short- and long-term properties of constituent materials, partial prestressing. Flexural behavior, analysis and....

This course provides introduction to steel structures and practical design methods. Steel sections. Load factors and load combinations. Design of vari....

The contracts module covers contracting process, elements of contracts, tendering and methods of contract awards, bid preparation and bid evaluation. ....

This course presents a broad introduction to Environmental Engineering. A set of fundamental principles that serves as the foundation for the entire f....

Please contact us for more details via: ecc-dep@outlook.com.

Please contact us for more details via: ecc-dep@outlook.com.

In this course, the mechanical design methods are introduced, in addition to the main terminologies related to the strength of materials and failure t....

In this course, advanced mechanical design methods are introduced through teaching the design and components of the mechanical elements..

In this course, the fluid mechanics’ principles and the conservation of energy laws are applied to analyse a fluid in the static and flow modes..

The fundamentals of fluid statics and fluid dynamics are covered in this course. Students will be able to: understand the basic equations governing th....

Fluid mechanics II is an advanced mechanical engineering course offered at the undergraduate level. The course will cover topics like laminar and turb....

Automatic Control is the art of making procedures and machines run and work automatically. This course object to give the student knowledge about Line....

Fluid power is used in both pneumatics and hydraulics. The course provides the student with different theories, components, and applications of hydrau....

The course provides the students with the knowledge and understanding of the concepts, techniques, and applications of Computer Integrated Manufacture....

The course introduces the principles of design of air conditioning systems and their applications to undergraduate students by combining the fields of....

Introduction to modes of heat transfer; One-dimensional steady-state conduction; Un-steady state conduction, Lumped heat capacity systems; Introductio....

The course introduces numerical solutions for linear and nonlinear equations, error analysis, numerical integration and differentiation, curve fitting....

The course provides basic knowledge of electronics circuits, frequency response, semi-conductors, and different types of amplifiers..

The course introduces signal and system model and classification; this includes continuous-time signals, signals and vectors, generalized Fourier seri....

The course provides an introduction to linear equation systems, vectors, Eigenvalues, and eigenvectors, it also enables the students to understand lin....

The course provides the basic knowledge in simple circuit analysis and the useful techniques in circuit analysis, also the RLC circuits will be define....

The course introduces the average power and RMS values, polyphase circuits, Laplace transform theory and application of the AC circuits..

The course will provide the student with the essential knowledge of small signal analysis of BJT and FET amplifiers; multistage amplifiers; frequency ....

The course introduces vector analysis, electrostatic fields, magnetostatic fields, Solution of Laplace’s and Poisson’s equations., Faraday’s law....

The course introduces Maxwell's equations; transmission lines; plane waves: propagation, reflection and refraction; wave-guides and cavities and intro....

The course provides introduction to fundamental of machines, and principle of operation of transformers..

The course explain the probability principles and set theory, random variables, operations on random variables,various distribution functions and rand....

The course introduces the diodes and transistors as switches; switching and speed limitations RTL; DTL; TTL, ECL, IL ..

The course will introduce the transfer function; block diagrams;signal flow graph; mathematical modeling of physical systems and control system..

The course will enable the students with the findemental knowlegd of propagation of RF waves; antennas for microwaves and basic knowledge of microwave....

The course will provide the student with basic knowledge of assembley language and archeticture of PIC microcontroller..

This course introduces the concepts of the economy this includes the time value of money, interest formulas, etc..

The course will provide the stuident with the basic knowledge of measurement conceptsand measurement devices..

The course provides the student with the fundamental knowledge of microprocessor and microcontroller organization..

The course introduces the boolean algebra; combinational logic; synthesis methods of sequential circuits; fundamentals of processor design; PLDs, memo....

The course is an overview of mobile communication systems; channel characterization; signal transmission..

The course introduces the quantization, delta modulation, noise analysis in PCM and DM systems and base band digital systems: digital signaling over c....

The course aims to review of discrete-time signals and systems prosperities and representations. Digital processing of continuous–time signals and r....

The course introduces the Maxwell’s Equations , Boundary Conditions, transmission lines theory,waveguides and resonant cavities, microwave passive d....