7/27/2019 TU Syllabus BE Mechanica

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The Institute of Engineering, Pulchowk Campus, is offering this course with the objective of producing high level

technical manpower capable of undertaking works in the Mechanical Engineering field. The total duration of the course

is 4 years. Each year consisting of two parts. A and B, each part having a duration of 90 working days (about 15weeks). The details of the course are as follows:

Curriculum for 4 years Bachelor of Mechanical Engineering Degree (BME) at Pulchowk Campus, IOE

YEAR Semester(15weeks)

SUBJECTS OFFERED

11 EG 401 SH

MathematicsI

(3+2+0 )

EG 402 SHPhysics

(4+1+2)

EG 404 SHCommunicationEnglish I(1+3+0)

EG 414 MEEngineeringMechanics I(3+1.5+0)

EG 431 MEEngineeringDrawing I

(1+0+3)

EG 432 MEWorkshop Technology I(1+0+3)

2 EG 454 MEEngineeringMechanics II(3+1+0)

EG 471 SHMathematics II(3+2+0)

EG 473 SHChemistry(3+1+2)

EG 474 SHCommunicationEnglish II(1+3+0)

EG 475 SHComputerProgrammingI

(2+0+3)

EG 481 MEEngineeringDrawing II(1+0+3)

EG 482 MEWorkshopTechnologyII(2+0+4)

2 3 EG 501 SHMathematicsIII

(3+2+0)

EG 504 MEStrength ofMaterials

(3+1+1.5)

EG 515 METhermodynamicsI

(3+1+1.5)

EG 529 EEElectrical Circuit

I

(3+1+3)

EG 542 MEManufacturing& ProductionProcess(3+0+1.5)

EG 549 EXBasic Electronics

(3+1+1.5)

4 EG 551 MEMechanism(3+1.5+0)

EG 552 MEMetrology(2+0+1.5)

EG 553 MEInstrumentation& Measurement(3+0+1.5)

EG 555 METhermodynamicsII(3+1+1.5)

EG 575 MEFluidMechanics(3+1+1.5)

EG 582 MEMetallurgy(3+0+1.5)

EG 571 SHProbability &Statistics(3+1+0)

3

5 EG 601 SHNumericalMethods(3+0+3)

EG 602 MEOrganization&Management(3+2+0)

EG 605 MEHeat Transfer(3+1+1.5)

EG 614 MEMachineDynamics(3+1+1.5)

EG 615 MEFluid

Mechanics(3+1+1.5)

EG 624 MEMechanicsof Solids(3+1+1.5)

EG 629 EEElectricMachine(3+1+1.5)

6 EG 651 MEMachinecomponentDesign(3+0+3)

EG 653 MEControlSystem(3+1+1.5)

EG 655 MEHeat Engines(3+1+1.5)

EG 665 MEEnergyResources&CombustionProcesses(3+1+0)

EG 672 MEIndustrial

Engineering &ManagementI(3+1+0)

EG 691 MEEngineeringEconomics(3+1+0)

4

7 EG 701 MEMechanicalEngineeringDesign(1+0+3)

EG 704 MEAutomobileEngineering(3+1+1.5)

EG 705 MERenewableEnergyUtilization(3+1+1.5)

EG 706 CEProjectEngineering(3+1+0)

EG 720 MEIndustrial

Attachment(one month)

EG 729 CETechnologyEnv. &Society(3+1+0)

EG 746 MEElective I*(3+1+1.5)

8 EG 751 MEComputer

Aided Design(1.5+0+3)

EG 754 MEOrganic &oppositeMaterials(3+1+0)

EG 755 MEPollution Control(3+1+1.5)

EG 766 CEEngineeringProfessionalPractice(2+0+0)

EG 776 MEElective II **

(3+1+1.5)

EG 780 MEProject(0+0+6)

Note: -The figures in the bracket indicate Lecture, Tutorial and Practical class-hours per week respectively. For example:(4+1+2)

* Elective I ** Elective II

EG 746 ME Industrial Engineering & Management II EG 776 ME Refrigeration & Air Conditioning

EG 746 ME Forecasting & Inventory Control EG 776 ME Rural Energy Technology

EG 746 ME Operation Research EG 776 ME Maintenance Engineering

EG746 ME Mini-Micro Hydropower System Design

EG 746 ME Vehicular Emission & Control

EG 746 ME Quality Management

Note : The codes refer to the period when the subjects are offered. The first digit refers to the Year when itwill be offered and the second digit refers to the particular part of that year, for example EG 515Thermodynamics I (2A) refers to Year 2 and Part A when the subject will be offered.