Course Synopsis: General principles of statics, force vectors, equilibrium, analysis of trusses, frames and machines, forces and moments, friction, centroids and moment of inertia.

Course Synopsis: Introduction, geometrical construction, 3D modeling, orthographic projections, isometric, sectional and auxiliary views, dimensions and tolerances, mechanical and electrical symbols, intersections, development assembly drawing.

Course Synopsis: Basic electric circuits; Kirchhoff’s voltage and current laws; Resistors in series and parallel; Circuit theorems and analysis for electric circuits; AC circuits and their analysis using phasors. Fundamentals of electronic circuits – rectification, operational amplifiers; Operating principles of transformer and machines power factor.

Course Synopsis: Kinematics of particles and rigid bodies, kinetics of particles, Newton’s 2nd law of motion, equations of motion, work and energy methods, impulse and momentum.

Course Synopsis: This course is designed to expose first-year engineering students to programming skills. It emphasizes concepts like problem-solving using computers, algorithms, program logic tools, control structures, modular programming using functions, arrays, pointers, data structures, and files.

Course Synopsis: Safety practices in engineering workshops, measurement tools, introduction to manual and NC machining processes: turning, milling, drilling, grinding, fabrication processes, woodworking, molding and casting, welding, metal forming, and heat-treatment.

Course Synopsis: Experiments on electric and electronic circuits, circuit design techniques, active and passive circuit elements, Thevenin and Norton equivalents, maximum power transfer, AC networks.

Course Synopsis: Introduction to thermodynamics principles: heat, work, internal energy, and enthalpy. Thermodynamic properties of gases, liquids, and solids. Concepts of control volume analysis, the conservation of mass and energy, the second law of thermodynamics, and applications like heat engines, refrigeration, and other power cycles.

Course Synopsis: Introduction to stress and strain, Hooke’s law, axially loaded members, torsion of circular shafts, beam bending, thin-walled pressure vessels, combined loading, stress transformation, principal and maximum in-plane shear stresses, buckling of columns, deflection of beams, and failure theories.

Course Synopsis: Classification of materials, atomic bonding, crystalline structure, phase equilibrium, heat treatment, strengthening methods, failure of materials, physical properties (electrical, magnetic, optical), processing of metals, ceramics, polymers, and composites.

Course Synopsis: Basic principles of measurement, analysis of experimental data, electrical measurements, pressure, flow, temperature, force, torque, strain measurements, motion and vibration measurement, actuators, and recent developments in instrumentation.

Course Synopsis: Fluid properties, fluid statics, fluid in motion, pressure variation in flowing fluids, momentum and energy principles, dimensional analysis, and similitude.

Course Synopsis: Kinematics and kinetics of rigid body in planar motion. Free and forced vibration in one and higher degrees of freedom systems, with or without damping.

Course Synopsis: Introduction to manufacturing processes, casting and solidification processes, casting defects, permanent joining processes, forming processes, machining processes.

Course Synopsis: Steady-state heat transfer, heat transfer from fins, transient conduction, convection correlations, natural convection, heat exchangers, radiation mechanisms and properties, radiation shields.

Course Synopsis: Structural topics (DOM, MOM), guided labs on impact test, hardness test, tensile and compression test, 3-point bending test, moment of inertia, vibration test.

Course Synopsis: Mathematical modeling of dynamic systems. Open and closed loop systems, state variable description, transient response, steady state error analysis, root-locus, frequency response analysis.

Course Synopsis: Introduction to machine design principles, failure theories for static and fatigue loadings, design calculations for shafts, bolts, springs, bearings, gears, welded joints.

Course Synopsis: Developing structured problem-solving skills within an industry context. Involves literature search, industry speakers, group problem identification, formulation of meaningful problem statements and solutions.

Course Synopsis: Fundamental concepts of project and operation management. Includes project time estimation, scheduling, resource allocation, managing teams, LP problems, and decision-making techniques.

Course Synopsis: Design paradigms, CAD generation of geometric models, optimal design for manufacturing, CNC programming, simulation of manufacturing systems.

Course Synopsis: Systems interfacing, standards and protocols, Industry 4.0, industrial automation, IoT gateway, IoT communication protocols, and cloud computing.

Course Synopsis: Thermofluids topics. Guided lab on convection, conduction, radiation, Stirling engine test, flowmeter obstruction test, internal flow friction test, impact of jet experiment.

Course Synopsis: Free and forced vibrations of single and multiple degree of freedom systems, vibration isolation, modal analysis, measurement, and application.

Course Synopsis: Hands-on experience with finite element method (FEM) and computational fluid dynamics (CFD), governing equations, discretization schemes, numerical errors, boundary conditions.

Course Synopsis: Basic principles of engineering economics and management. Organizational vision, human resource management, cost and financial management, and Islamic perspectives in engineering economics.

Course Synopsis: Exposure to the actual working environment at a relevant organization or industry, development of practical skills, work ethics, communication, and management skills.

Course Synopsis: Implementation of engineering knowledge, literature review, problem formulation, objectives, scope of work, and project planning.

Course Synopsis: A team-based design project that involves brainstorming, design, prototyping, performance evaluation, and a basic business plan.

Course Synopsis: Application of engineering knowledge, literature review, analysis, design, and construction of products or systems considering societal and environmental factors.

Course Synopsis: Transforming creative ideas into sustainable businesses, opportunity recognition, entrepreneurship ventures, business planning, and Islamic values in entrepreneurship.

Course Synopsis: Powertrain systems, clutch mechanism, manual and automatic transmissions, drive shafts, universal joints, differentials.

Course Synopsis: Overview of vehicle electrical systems, DC machines, electric machines, electronic components, digital electronics, sensors, actuators, vehicle comfort and safety systems.

Course Synopsis: Development of hybrid and electric vehicles, propulsion power, HEV/EV architecture, energy storage systems, electric motor drive, power electronic converters.

Course Synopsis: Vehicle dynamics, braking systems, steering systems, suspension systems, autonomous vehicle systems design.

Course Synopsis: Layout of vehicle subsystems, body structure and chassis design, crashworthiness, noise, powertrain, handling, performance prediction, engineering metrics.

Course Synopsis: Introduction to machining, tool life, machining operations, economics of machining processes, surface integrity and treatments.

Course Synopsis: Introduction, classification of machine tools, gearing diagrams, transmission ratios, drive systems, study of engine lathe, turret lathe, milling, grinding, gear shaping, gear hobbing, installation, and acceptance tests.

Course Synopsis: Manufacturing strategies, forecasting models, capacity planning, MPS, MRP, scheduling, work measurement, just-in-time (JIT), supply chain management.

Course Synopsis: Focus on lean and agile manufacturing, flexibility in production, organizational mastery of uncertainty, agility in response to new market demands, knowledge and workforce integration.

Course Synopsis: Introduction to Additive Manufacturing processes (vat polymerization, powder fusion, etc.), material selection, CAD models, STL, slicing, process structure-property relationship.

Course Synopsis: Fundamental and applied energy concepts in the built environment, energy flow and balances, life cycle analysis for energy efficiency, reducing energy consumption in buildings.

Course Synopsis: Systematic process for improving energy performance, identification of energy-saving opportunities, long-term benefits of Energy Management Systems (EMS).

Course Synopsis: Overview of energy conversion technologies from fossil fuels and renewable energy sources, applications to nuclear, chemical, wind, solar, and other energy sources, addressing greenhouse gas emissions.

Course Synopsis: Understanding climate change and adaptation, Earth’s climate system, mitigation and adaptation strategies for greenhouse gas emissions.

Course Synopsis: Reservoir characteristics, petroleum properties, geology, exploration, drilling methods, well completion, production and transportation methods in oil and gas industries.

Course Synopsis: Application of thermodynamic knowledge to power cycles, refrigeration, air conditioning, combustion, and heat transfer in combustion systems.

Course Synopsis: Principles of Nondestructive Testing (NDT), Eddy current, magnetic particle inspection, radiography, ultrasonic, NDT standards and specifications.

Course Synopsis: Science of friction, lubrication, wear, tribology concepts, application of knowledge in controlling friction and wear, materials and coatings selection, case studies in tribology applications.