BEng Mechatronics & Industrial Instrumentation Engineering

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BEng Mechatronics & Industrial Instrumentation Engineering

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The increasing demand of current and future technologies requires that modern engineers embrace multidisciplinary skills in order to meet the evolving needs of industry. With this requirement, engineers are being looked upon to design and develop machinery with computer and electrical controls from automobiles, aircraft, power generation systems, mining and manufacturing to health and safety systems. The programme is designed to produce engineers knowledgeable about and competent to employ new and emerging technologies that are crucial to maintaining modern society’s competitive industries. Many industries rely heavily on the use of systems and equipment that are powered by mechanical principles, electronics, computers and control systems. Increasingly engineers are required to design and develop machinery with computer, mechanical and electronic controls. These technical skills are fundamental in industries and production systems. Mechatronics and Industrial Instrumentation is a multidisciplinary field combining mechanical, electronics, instrumentation, software and control engineering. It will equip the student with a range of skills required to design and maintain innovative solutions to automated modern industrial systems. The modules uou will study include computer architecture, Control Engineering, Data Acquisitions and Networks, Electronics, Industrial Automation, and Control, Instrumentation, Materials and Manufacturing Engineering, Measurement, Mechanical Systems, Software Modelling. The graduate of this programme can follow a wide range of careers in industries such as oil and gas, manufacturing, heavy plant, chemical and allied industries. They can function as Automation Engineers, Data Logging Engineers, Maintenance Engineers, Control Systems Engineers, Instrumentation Engineers, Manufacturing Engineers, Process Plant Engineers and Maintenance Engineers.

UG1001ALSS 101Technical Writing & Academic Literacy Skills ICoreFoundation to basic English language concepts and writing.
UG1001CETG 111Engineering GraphicsCoreIntroduction to engineering graphics.
UG1001CHEM 101General Chemistry ICoreIntroduction to chemistry.
UG1001COMP 101Introduction to ComputingCoreIntroduction to Computing.
UG1001MATH 101Pre-CalculusCoreMathematical foundation course.
UG1001PHYS 101Introductory Physics ICoreIntroduction to Physics.
UG1002CETG 121Workshop PractiseCoreWorkshop practise.
UG1002CETG 122Introduction to EngineeringCoreIntroduction to engineering
UG1002CHEM 102General Chemistry IICoreChemistry foundation course.
UG1002MATH 102Introductory CalculusCoreIntroduction to Calculus.
UG1002PHYS 102Introductory Physics IICorePhysics foundation course.
UG1002STAT 102General Statistics ICoreIntroduction to statistics.
UG2001ALSS 201Technical Report WritingCoreBasic skills of writing in standard report formats.
UG2001COMP 211Procedural ProgrammingCoreBasics of procedural programming.
UG2001EEEN 211Fundamentals of Electrical Engineering ICoreBasic electrical laws and DC circuits.
UG2001EMTH 201Engineering Mathematics ICoreIntroduction to engineering mathematics.
UG2001MECE 211Engineering Mechanics I (Statics)CoreGeneral principles of statics.
UG2001MMEE 210Materials ScienceCoreIntroduction to material science.
UG2002COMP 202Object Oriented ProgrammingCorePrinciples of object oriented programming.
UG2002EEEN 221Fundamentals of Electrical Engineering IICoreNetworks in AC and electronic systems.
UG2002EMTH 202Engineering Mathematics IICoreAdvanced engineering mathematics.
UG2002INME 221Design MethodsCoreSteps needed to ideate, execute and test a product.
UG2002MECE 221Strength of MaterialsCoreOverview of mechanical and aerospace disciplines.
UG2002MECE 222Engineering Mechanics II (Dynamics)CoreOverview of mechanical and aerospace disciplines.
UG200WV L200CETG 220Workshop Technology & Skills DevelopmentCorePractical aspects of engineering & technology (undertaken in the winter vacation).
UG3001ALSS 301Technical Communication & Basic Research MethodsCoreFundamentals of qualitative and quantitative research.
UG3001EEEN 314Digital ElectronicsCoreFundamentals of digital circuits including logic circuits.
UG3001EMTH 301Engineering Mathematics IIICoreEngineering mathematics for advanced students.
UG3001MECE 311Fluid Mechanics ICoreIntroduction to fluid mechanics.
UG3001MECE 313Theory of Machines & MechanismsCorePrinciples of machines and mechanisms.
UG3001MINS 311Measurements & InstrumentationCorePrinciples of measurements and instrumentation.
UG3002EEEN 321Electronic Circuit Analysis & DesignCoreIntroduction and lumped abstraction – independent and dependent sources.
UG3002EEEN 323Signals & SystemsCoreIntroduction to continuous and discrete time signals and systems.
UG3002EMTH 302Engineering Mathematics IVCoreApplication of mathematical models to engineering principles.
UG3002GEME 321Engineering Project ManagementCorePrinciples and practices of project management by engineers.
UG3002INME 321Manufacturing Systems EngineeringCoreBasic manufacturing functions.
UG3002MECE 321Fluid Mechanics IICoreSteady flow in pipes, ducts and open channels.
UG4001EEEN 411Linear Control SystemsCoreDefinition and examples of control systems.
UG4001EEEN 412Electrical MachinesCoreTransformers – constructional details of core and shell type transformers.
UG4001GEME 411Economics, Business & EntrepreneurshipCoreThe economics of business.
UG4001INME 412Design for ManufacturingCoreIntroduction to design for manufacturing.
UG4001MINS 411Industrial Process ControlCoreIntroduction to industrial process control.
UG4001MINS 412Sensors & ActuatorsCoreUnderstanding sensors and actuators.
UG4002CETG 420Industrial AttachmentCoreInternship in industry / government enterprises, during the winter semester and the entire semester 2.
UG5001CETG 510Project ICore (project)A final year (design) project in engineering.
UG5001EEEN 414Digital Signal ProcessingElectiveAdvantages of digital over analogue signal processing.
UG5001EEEN 511Power Electronics & DrivesCoreOverview of power semiconductor switches.
UG5001EEEN 515Digital Control SystemsElectiveConcept of state, state variables and state model for linear time.
UG5001ENVS 304Environmental Impact AssessmentCoreFundamentals of enviromental impact assessments.
UG5001GEME 512Sociology, Technology & SocietyCoreTechnology diffusion and societal preferences.
UG5001INME 512Advanced Manufacturing ProcessesCoreAdvanced concepts in manufacturing processes.
UG5001MINS 511Embedded Systems DesignElectiveIntroduction to embedded systems design.
UG5002CIVE 517Professional Practices & EthicsCoreOverview of ethics and practises in engineering.
UG5002CPEN 522Robotics Modelling & StimulationCoreBasic principles of robotics modelling and simulation.
UG5002CPEN 523Linear OptimisationElectivePrinciples of linear optimisation.
UG5002EEEN 523Power System & Switch GearElectiveImportance of protective skins for electrical apparatus and power system.
UG5002INME 523Computer Integrated ManufacturingCoreComputerised manufacturing.
UG5002MINS 521Mechatronics System & DesignElectiveIntroduction to mechatronics system and its design.
UG5002MINS 522Distributed Robotics SystemsElectivePrinciples of distributed robotics systems.
UG5002MINS 523Industrial Instrumentation & ControlElectiveBasic introduction to industrial instrumentation and control.
UG5002TELE 525Image & Video Signal ProcessingElectiveImage geometry perspective and other transformation.

Course Features

  • Lectures 0
  • Quizzes 0
  • Duration 5 Years
  • Skill level All levels
  • Language English
  • Students 3
  • Assessments Self
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