ADDITIONAL CONTENTS BEYOND THE SYLLABI:YearCourse Name

IEngineering MechanicsTheory:Introduction to space forces using vector notationAnalysis of trusses: Method of sectionsAnalysis of projectile motion

IEngineering GraphicsTheory:Engineering applications of various curves like cycloid, epicycloids, hypocycloid, involute spiral in gear teeths, cam profiles etc.Various Videos covering the curriculum were shown for better understanding of concepts.3-Dimensional isometric view using Auto CAD software Assembly of machine elements using Auto CAD software.

IWorkshop PracticeLab:Demonstration of wood working latheIntroduction to different welding processes like TIG,MIGA.C & D.C Welding methodsUsage of different cutting saws

IIDiscrete Mathematical StructuresTheory:TreesBoolean algebra

IIComputer OrganizationTheory:Performance: Architecture of RISC and CISCCache Memories: Cache coherence problemProcess examples: ARM interrupt structure, 68000 interrupt structure,Pentium interrupt structure

IIIAutomata Theory & Formal LanguagesTheory:Finite Automata with Output Moore and Mealy machines Construction of Moore machinesConstruction of Mealy machinesEquivalence of Moore and Mealy machinesIntroduction to Linear Bounded Automata

IIIDatabase Management SystemsTheory:Gnome DatabasesSpatial and temporal Databases

IIIAdvanced Unix ProgrammingTheory:BASH shellX windows environment Lab:System calls(unlink, link, fcntl, perror)Bourne shell jpb controlCommon-core built-ins

IIIComputer NetworksTheory:Virtual private networks Switches

IIICompiler DesignTheory:Code generation using DAGCode optimization(loop optimization)Peep-hole optimization

IIIWeb Technologies

Theory:Filters and vbscript can be included in the syllabus Java beans can be explained in detail for better understanding of net beansOther web servers can be explained in detail for better understanding of JSF

IIIDesign & Analysis of AlgorithmsTheory:Optimal storage on tapes using dynamic programmingOptimal merge pattern using dynamic programmingOptimal binary search tree using dynamic programming.

IIIReal-time SystemsTheory:Real-time CommunicationQueuing Models

IIIPrinciples of Programming LanguagesTheory:Functional Programming LanguagesImperative Languages

IVEnterprise ProgrammingTheory:Implement the DOM & SAX parser for the given XML Document.Write a program for demonstrating Java IDL & CORBA

IV

Interactive CGLab:Program to create, delete, and rename a segment. Program to perform viewing transformation.

IV

.NET TechnologiesLab:Write a program to demonstrate the use of web services.Write a program to demonstrate data binding with windows forms.

IV

Multimedia SystemsLab:Design a photo in black & white by tracing a color photo using Photoshop. Design a single animation using Maya 2010

IV

Software Testing MethodologiesLab:List various software development methodologies and discuss.(Manual Testing)Describe agile software development process. (Manual Testing)

IV

Embedded SystemsTheory: Keil compiler software: creating project, selecting the machine model, writing the code, compiling the code, simulating, loading into target machine.

IVSE Lab/Mini ProjectLab:UML Modelling on Eastern State University course registration problemIn detail use case specifications. Use case realization diagrams.UML Modelling on AGATE Case study.

IVData EngineeringLab:Write a Ajax-enabled rich internet applications.Write a java servlet login validations using Apache tomcat web server

IV

Digital & Image ProcessingTheory:To introduce students to basic concepts in Computer Vision and image processing, oriented towards solving real world, practical image analysis problems.The student will use current techniques, skills, and Mat Lab tools necessary for computing practice.