wilding, carpentry, fitting, smithy etc. SE- I (Semester III) – ENGINEERING The student with this course The student shall be able to solve is exposed to applications of the given physical mathematical LDE, PDE, Fourier series, model and find the solution for Laplace, Z- transforms unknown quantity. This helps is developing his analytical skills required for further engineering applications. ANALOG Through this course the The student demonstrate this ELECTRONICS student is taught diode, BJT, knowledge to use the adequate Opamp applications, electronics during his project specialized IC applications. building. ELECTRIC At the end of this course, The student shall be able to apply CIRCUIT AC/DC network analysis, this knowledge in circuit building ANALYSIS RLC circuits solving, two and testing of electrical networks. port networks, solution of circuits by Laplace and Fourier transforms is taught. D.C.MACHINES Student shall learn principle, Student shall be able to analyze AND application and the performance of the DC TRANSFORMERS troubleshooting of DC machines and transformers. motors, Transformers, Universal Motors. He shall be able to calculate the losses, efficiency and parameters of the machines. Verify the theoretical results with analytical solution. GENERATION This course gives the The student will demonstrate the AND ITS knowledge about the types practical applications of ECONOMICS of generation of electricity generation and influenced to and the limitations thereto. follow energy saving tricks. Tariff base, IEC 2003 are also studied. INTRODUCTION At the end of this course the The student will be able to TO PSPICE & student will be equipped demonstrate the application of MATLAB with the basic knowledge of Matlab and Pspice for solving the using Matlab and Pspice engineering problems. simulation softwares Advanced The student will learn C The student shall be able to ‘C’ Programming fundamentals, pointers, demonstrate this knowledge in structures, data files, projects and coding mini programming softwares.
wilding, carpentry, fitting, smithy etc. SE- I (Semester – III) ENGINEERING The student with this course is exposed to applications of LDE, PDE, Fourier series, Laplace, Z- transforms The student shall be able to solve the given physical mathematical model and find the solution for unknown quantity. This helps is developing his analytical skills required for further engineering applications. ANALOG ELECTRONICS Through this course the student is taught diode, BJT, Opamp applications, specialized IC applications. The student demonstrate this knowledge to use the adequate electronics during his project building. ELECTRIC CIRCUIT ANALYSIS At the end of this course, AC/DC network analysis, RLC circuits solving, two port networks, solution of circuits by Laplace and Fourier transforms is taught. The student shall be able to apply this knowledge in circuit building and testing of electrical networks. D.C.MACHINES AND TRANSFORMERS Student shall learn principle, application and troubleshooting of DC motors, Transformers, Universal Motors. Student shall be able to analyze the performance of the DC machines and transformers. He shall be able to calculate the losses, efficiency and parameters of the machines. Verify the theoretical results with analytical solution. GENERATION AND ITS ECONOMICS This course gives the knowledge about the types of generation of electricity and the limitations thereto. Tariff base, IEC 2003 are also studied. The student will demonstrate the practical applications of generation and influenced to follow energy saving tricks. INTRODUCTION TO PSPICE & MATLAB At the end of this course the student will be equipped with the basic knowledge of using Matlab and Pspice simulation softwares The student will be able to demonstrate the application of Matlab and Pspice for solving the engineering problems. Advanced ‘C’ Programming The student will learn C fundamentals, pointers, structures, data files, programming The student shall be able to demonstrate this knowledge in projects and coding mini softwares.
self_assessment_report_part_ii__ee.docx