MUC Test

This course covers the basics of fluid mechanics, thermodynamics and ray optics. The topics of fluid mechanics are: Pressure of static fluid, Buoyant Forces and Archimedes’ Principle. The topics of thermodynamics are: Zeros law of thermodynamics, Thermal expansion, First law of thermodynamics, Work and Heat in Thermodynamics, the kinetic theory of gases, Maxwell distribution of molecular speed, Mean free path, second law of thermodynamics, Heat engine, Irreversibility and Entropy. The topics of ray optics are: Nature of light, Light reflection, light refraction and dispersion.

This covers the following:
• Basic equipment, media, techniques
• Principles of graphic communication.
• Fundamental skills established in both freehand and drafting techniques.
• The different design elements: point, line, direction, shape, size, texture, color, light and form.
• The processes involved in perception, nature of light, movement, color, depth and distance cues.
• Design fundamentals

Introduction to a high level programming language; flowcharting with Flowcode; Program structure and simple I/O; Assignments. maths and precedence; Conditional branching; Looping structures; Functions and their role in design. 1D/2D arrays; I/O using files; An introduction to a modular design approach; Code debug strategies. Limits to arithmetic accuracy. Introduction of two Integrated Development Environments (Microscoft, MPLAB) to program code on a computer and a microcontroller. Notions of cross-compilation. Problem-Based robotic programming.

Introduction to computer and information systems. Types of computers. Computer hardware and software components. Data representations, Introduction to networking. Introduction to the Internet and World Wide Web. Hardware and software components for internet access. Email, database management, word processing, spreadsheets, and presentation applications.

ENG100 is an English language course designed for A2+-level students aiming to improve their overall proficiency in English.
Using the Roadmap A2+ student book, the course focuses on developing students’ listening, speaking, reading, and writing skills
in everyday contexts. Through interactive activities and real-life scenarios, students will build the necessary language skills to
communicate confidently in social, academic, and professional settings.

It provides the fundamental knowledge of the use of electromagnetic wave, superficial & deep heating to reduce pain. Emphasis on the indications, precautions, contraindications, and different techniques of application.

It provides the fundamental knowledge and skills necessary to assess and evaluate the joint range of motion & muscle testing.

It provides the fundamental knowledge related to molecular biology, nutrition, metabolic reaction, bioelectric energy, and clinical assessment techniques.

It provides the fundamental knowledge related to the anatomy of the muscles of thoracic wall, spine, the respiratory. cardiovascular systems and internal organs.

It provides the fundamental about the biophysics laws of electricity, electromagnetism, fluids & heat.

It provides the fundamental knowledge related to biochemistry of cells and blood.

It provides the fundamental knowledge related to normal human structures & functional anatomy of upper extremity (bones, joints, muscles, nerves, vessels & soft tissues). It also emphasizes on important regions: axilla, carpal tunnel…

Focus on the interconnection between entrepreneurial thinking and innovation, look at models used in Silicon Valley to grow both start-up companies as well as innovation inside large organizations, address critical areas for successful growth, including design thinking, open innovation, business models, product-market fit, and financing, how to think like an entrepreneur and provides the models, tools and frameworks to further develop your business or idea, emphasis on the IT space.

• This course offers an introduction to architecture design of simple public buildings, projects would include: Primary school, motel, exhibition hall, office building, small museum, bank branch, local post office, and community library.
• How to create Program analysis, functional studies, & design of simple building elements, site planning analysis.
• Study of site context and analysis of site planning elements.
• Introduction to structural expression in architecture. And Study of structural coordination and constructional technology. Relationship between indoor & outdoor spaces. Study of pedestrian and vehicular circulation
• How to think of architecture from an “outside-in” approach, focusing on form and composition.

Introduction to descriptive geometry, projection of points, lines, surfaces. Intersection of bodies and surfaces. Development of surfaces. The principles of steel drawing and construction. Derivation of views and sections from given views of steel constructions. Fundamentals of architectural drawings: Plans, sections, elevations, and paraline drawings. Computer aided drafting (CAD).

Focus on the interconnection between entrepreneurial thinking and innovation, look at models used in Silicon Valley to grow both start-up companies as well as innovation inside large organizations, address critical areas for successful growth, including design thinking, open innovation, business models, product-market fit, and financing, how to think like an entrepreneur and provides the models, tools and frameworks to further develop your business or idea, emphasis on the IT space.

Data Summary: Plots, Histograms, Mean, Median, Standard Deviation, Quartiles
Probability: Rules of Probability, Conditional Probability, Bayes Theorem, Independence, Tree diagrams
Random variables and special distributions: Discrete and continuous random variables, expected value and variance, Binomial, Poisson, Geometric, Uniform, Exponential, and Normal random variables.
Confidence Intervals for: Population mean, population variance, population proportion, and two-sample confidence intervals for difference between population means and ratio of population variances.
Hypothesis Testing: Test of hypothesis for the mean, tests of hypothesis for the difference between two means, tests of hypothesis and for the population proportion, tests of hypothesis and for the difference between two proportion, tests of hypothesis and for the sample variance, tests of hypothesis and for the ration of sample variances.
Simple regression and correlation: Simple linear regression by least square method, validation the model, Correlation coefficient.

Focus on the interconnection between entrepreneurial thinking and innovation, look at models used in Silicon Valley to grow both start-up companies as well as innovation inside large organizations, address critical areas for successful growth, including design thinking, open innovation, business models, product-market fit, and financing, how to think like an entrepreneur and provides the models, tools and frameworks to further develop your business or idea, emphasis on the IT space.

Laplace Transform: Laplace Transforms, Inverse Laplace Transforms, Solving Differential Equations (DEs) and Systems of DEs with Laplace Transforms. Analytic Geometry: Vector Algebra, Scalar and Vector Products, Lines and Planes, Derivatives of Scalar and Vector Functions, Directional Derivatives, Linear Approximation of Curves, Tangent Planes, Grad, Div, Curl. Linear Algebra: Systems of Linear Equations, Gaussian Elimination, Vectors and Matrices, Matrix Algebra, Inverse Matrices, Determinants, Eigenvectors and Eigenvalues, Applications to Differential Equations, Diagonalization of Matrices.

Online assessment: an introduction to math software which generates individualized assessments and feedback. Advanced Differentiation: Revision of differentiation; Maclaurin and Taylor series. Applications of Differentiation: Optimization, Differential equations. Advanced Integration: Revision of integration; Integration by substitution; Integration by parts; Integration using partial fractions. Applications of Integration: Area under and between curves; Average value; Curve length; Separation of variables for 1st order ODEs; Approximate integration (Trapezoidal rule). Complex Numbers: Definition; Real and imaginary parts; Arithmetic of complex numbers; Solving quadratic equations; The Argand diagram; Modulus and argument; the polar form of a complex number; The exponential form; De Moivre's theorem. Matrices: Definition and notation for matrices; Null (zero) matrix; Identity matrix; Trans-pose matrix; Addition and subtraction; Multiplication by a scalar; Matrix multiplication; The2x2 and 3x3 determinant; The inverse of a 2x2 matrix; Solving systems of linear equations; formulating problems in matrix form.

The concept of marketing: definition of marketing and its role in achieving organizational objectives, the importance of marketing, the marketing system, and organizing the marketing functions. The concept and aspects of the consumer behaviour, studying the markets. Market mix, segmentation, targeting, and positioning. The product strategy: branding, packaging, product mix, product life cycle, new products development. The pricing strategy: The importance of pricing, Methods of pricing. Distribution strategy: distribution channels, distribution outlets. Promotion strategy: advertising and personal selling.

Fundamental Maths for Mechanics A & B: Units: SI units, multiple and sub-multiple of units, conversion of units. Error estimation, accuracy and approximation. Forces: triangle of forces, force components, moment of a force, moment of a couple. Reactions at supports of simply supported beams. External effects on beams with uniformly distributed loads. Forces in members of pin jointed frames – method of joints and method of sections. Shear force and bending moment diagrams in simply supported beams.

Industrial automation history and applications, automation system structure and components: sensors, signal conditioning, human machine interface (HMI), actuators, drivers, control systems, automation strategies. Hardwired ladder diagram, Programmable Logic Controllers (PLC): Hardware, programming Languages, Programming functions, Analogue modules, Special functions. Communication networks in industry and automation, signal and data transmission and protocols, network control systems configurations, Industrial network standards and protocols.; Supervisory Control and Data Acquisition (SCADA); Distributed Control Systems (DCS); Internet of Things (IoT) based Industrial Automation; Automation Systems Security; Case studies.

Introduction: real-time system types, characteristics, and applications. Tasks, scheduling algorithms, and schedulability. Real-time system analysis. Real-time operating systems: shared resources management, concurrency, synchronization, real-time memory management. Developing embedded software, Memory maps and boot kernels, firmware, and ROM-resident system code. Timeline analysis and design. Design of embedded systems using real-time hardware and software components. Communicating, linking, interfacing, and processing techniques for embedded systems. Programming models: disciplines, methods, development. Machine instruction format and instruction timing. Interface between OS, ISA, and RTL layers of the virtual machine model. Interrupts, privilege states, and exception handling. Hardware interfacing and device driver programming. Algorithm analysis of embedded programs. Debugging live systems. Main challenges in the design, implementation, and validation of embedded systems. Secure coding practices. Code compression. Resource access protocols.

Electrical Circuits: Constants and variables of electrical Circuits, elements of electrical circuits, DC circuits, Network theorems, Sinusoidal alternating current circuits at steady state, Phasor diagram representation of sinusoidal quantities, Applications of network theorems on alternating current circuits, Electric power in alternating current circuits, complex power calculations, power factor. Electronic Circuits: Diodes and Zener models, diode applications: clamping, voltage doupler, clipping, rectification. Op-amp model, op-amp applications: Inverting, noninverting, buffer, summing, filters, Schmitt trigger, oscillator

Energy, power, charge, voltage, current and resistance. Calculation of voltage multipliers and current shunts to extend meter operating range. Conductors moving in a magnetic field, force exerted and e.m.f. induced. Introduction to feedback control systems. Illustration of the various roles of engineers in society. The role of the engineer as an entrepreneur. Introduction to network analysis methods – Kirchhoff, mesh and nodal. Thevenin and Norton circuit reduction theorems. Maximum power transfer theorem. Use of superposition in analysing circuits. Introduction to capacitors and inductors and their transient behaviour. Load-line method for analysing circuits. Introduction to Digital Systems ON/Off True/False logic systems, Basic Logic Constructs (AND OR NOT). Number Systems in Electronic Engineering; Single Base Number Systems, Decimal, Binary, Hexadecimal; Column Weights, Binary: Bits, Bytes, Hexadecimal, Base Conversion; Binary Arithmetic, Addition, Subtraction/Two's complement; the Coding Systems, Binary coded decimal (BCD), ASCII Boolean Logic: Representations of Boolean Functions, Logic Constructs, Boolean Notation; Truth Tables; Manipulation of Logic Equations, Zero, One and complement rules, Commutative, Distributive and Associative rules, De Morgan's Theorem, Proof of some Boolean Identities Logic Gates – Building Blocks for Digital Circuits; Switches; Logic Gates, AND, OR, NOT and Exclusive OR; Combinational Logic Design Process: Specification of Truth Table; Derivation of Boolean Expression From Truth Table , 'Sum of Products Expressions'; Combinational Logic optimizations and Tradeoffs, Boolean Reduction, simple Karnaugh maps

ENG100 is an English language course designed for A2+-level students aiming to improve their overall proficiency in English.
Using the Roadmap A2+ student book, the course focuses on developing students’ listening, speaking, reading, and writing skills
in everyday contexts. Through interactive activities and real-life scenarios, students will build the necessary language skills to
communicate confidently in social, academic, and professional settings.

It provides the fundamental about the laws of physics and its application to electrotherapy & hydrotherapy.

It provides the fundamental knowledge related to normal human tissues and cells of bone, muscle & nerve.

It provides the fundamental knowledge related to carbohydrates, Fats, and proteins.

It provides the fundamental knowledge to know and to analyze the underlying principles of the following types of therapeutic exercise: stretching, strengthening, endurance, balance co-ordination and PNF techniques.

It provides the fundamental knowledge related to normal human physiology of respiratory, cardiovascular, lymphatic, female reproductive system, endocrine and structure & function of Kidney.

It provides the fundamental knowledge to introduce general research and evidence-based principles by exploring research methodologies used in cardiopulmonary disorders research.Examines the formulation of clinical questions, searches appropriate literature sources, and critically appraises the evidence. Addresses literature searches and evidence-based analysis of research with emphasis on clinical decision-making.

Introduction to Human Resources Management (HRM) in a changing Environment. The HRM Frameworks, Functions and Strategy. Effective job analysis, job description, and job specifications. Employee’s planning, recruitment, testing, interviewing, and selection. Training and developing employees. Performance management and Appraisal. Career planning and development. Compensation, employee benefits, health and safety, and labour relations.