BEng Chemical Engineering



Chemical engineers are principally involved in the production of a wide range of chemicals such as soaps, dyes, polyethylene, detergents, fertilizers, cement, bricks etc., foodstuffs such as cooking oil, margarine, beverages and pharmaceuticals as well as petroleum products, but they are also involved in production of potable water, pulp and paper, cars, steel, mineral resources processing, production of energy, textiles, beverages, waste processing and minimization, river, water, soil and air pollution and treatment. Chemical engineers design processes, build and manage chemical operations and ensure efficiency of production by intelligent control and optimization of physical, thermal and chemical parameters. Materials engineers are essentially involved in the design and selection of materials based on the physical and mechanical properties desired for engineering application. Appropriate materials are required for specific conditions. Engineering materials broadly include, metals, polymers, ceramics, including mixtures such as metallic alloys and composites. Metallurgical engineers specialise primarily in metals and their alloys. The spectrum of metallurgical engineering stretches from minerals processing, metal extraction and refining through to alloying and forming into shapes for use.

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.
UG2001CHEE 210Process Engineering ICoreIntroduction to process engineering.
UG2001COMP 211Procedural ProgrammingCoreBasics of procedural programming.
UG2001EMTH 201Engineering Mathematics ICoreIntroduction to engineering mathematics.
UG2001MECE 211Engineering Mechanics I (Statics)CoreGeneral principles of statics.
UG2001MMEE 210Materials ScienceCoreIntroduction to material science.
UG2002CHEE 220Unit Operations ICoreIntroduction to unit operations.
UG2002CHEM 206Introductory Physical ChemistryCoreIntroductory physical chemistry.
UG2002EEEN 211Fundamentals of Electrical Engineering ICoreBasic electrical laws and DC circuits.
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.
UG3001ALSS 301Technical Communication & Basic Research MethodsCoreFundamentals of qualitative and quantitative research.
UG3001CHEE 310Unit Operations IICoreAdvanced unit operations.
UG3001CHEE 311Process Control ICoreFundamentals of process control.
UG3001CHEE 312Process Engineering IICoreAdvanced process engineering.
UG3001EMTH 301Engineering Mathematics IIICoreEngineering mathematics for advanced students.
UG3001MECE 312Thermodynamics ICoreFundamental laws of thermodynamics.
UG3002GEME 321Engineering Project ManagementCorePrinciples and practices of project management by engineers.
UG3002CHEE 320Process Control IICoreAdvanced process control.
UG3002CHEE 322Chemical Engineering ThermodynamicsCorePrinciples of chemical engineering thermodynamics.
UG3002CHEE 323Chemical Reaction EngineeringCoreChemical reaction engineering concepts.
UG3002CHEE 324Process Engineering ManagementCoreFundamentals of process engineering management.
UG3002EMTH 302Engineering Mathematics IVCoreApplication of mathematical models to engineering principles.
UG4001CHEE 410Sustainable Development & EntrepreneurshipCoreFundamentals of sustainable development and entrepreneurship.
UG4001CHEE 411Separation ProcessesCoreIntroduction to separation processes.
UG4001CHEE 412Membrane Separation & Bioprocess TechnologyCorePrinciples of membrane separation and bioprocess technology.
UG4001CHEE 413Plant & Equipment DesignCoreFundamentals of the design of plant and equipment.
UG4001CHEE 414Particulate SystemsCoreScience and technology relating to the handling and processing of particles and powders.
UG4001CHEE 415Environmental EngineeringCoreConcepts in environmental engineering.
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.
UG5001CHEE 512Reactor DesignCoreFundamentals of reactor design.
UG5001CHEE 513Process OptimizationCoreIntroduction to process optimisation.
UG5001CHEE 514Process Modelling & SimulationCorePrinciples of process modelling and simulation.
UG5001CHEE 515Process Dynamics & ControlElectiveIntroduction to process dynamics and control.
UG5001MMEE 515Introduction to NanotechnologyElectiveIntroduction to nanotechnology methods.
UG5002CETG 520Project IICore (project)A final year (research) project in engineering.
UG5002CHEE 522Green Energy TechnologiesCorePrinciples of green energy technologies.
UG5002CHEE 523Chemical Engineering Health & SafetyCoreHealth and safety in the chemical engineering field.
UG5002CHEE 524Refining TechnologyElectiveIntroduction to refining technology.
UG5002ENER 522Biofuel TechnologyElectiveThe principles of biofuel technology.

Course Features

  • Lectures 0
  • Quizzes 0
  • Duration 5 Years
  • Skill level All levels
  • Language English
  • Students 5
  • Assessments Yes
Curriculum is empty