Project Books Student Management System format.pptx

INDEX INTRODUCTION EXISTINGSYSTEM. DRAWBAC KS OF EXISTING SYSTEM. PROPOSING SYSTEM . SYSTEM ANALYSIS INTRODUCTION TO SCHAFT ANALYSIS. FEASIBLITY STUDY . INPUT& OUTPUT DESIGNATION.

 SYSTEMTESTING’s. ART DESIGN & REPORTS. DATADICTIONARY. FUTURE ENHANC EMENTS. SOFTWERE REQUIRMENTS. HARDWERE REQUIRMENTS.

 Student Management System is employed tomanage all the activities related to astudent. In college/school there aremany college, press keeping theirrecords in a file and making changes tothese records to highly tedious forthe organization. It are also important forthe organizers to keep updated andcorrect data of the academics. Looking atthese problem we have created thissoftware application. In this applicationa teacher can easily manipulate thedetails of the students. With theautomation, organizations just need todo some clicks to will that desiredresults. We have kept in understand, the easeand current friendliness of this application,even someone in low technical skillscan easily operate diese application. Thissystem will online the organisations to berobust for handling undergraduate data.IntoductionStudent Management Regelung

Themodules involvedin thisprojectare:- Maintenance of Student Details. Learner details adding. Search Function for teachers. Tablesthe data of students over Id, Name,Address, Class and Mobile No. ItAlso sorts the particulars of the students.

1.1EXISTING SYSTEM The existing system around many school button scholastic which deals with therecording of the students. The evidence of every student who study in of college or college is written - in the register. It is who trad method. If any kind of file is missing then there will problem during theassessment of a student. If any professor or master mistakenly put incorrect information of a student,then it is highly tedious to change and make it right. If register lost anyplace then to all information nearly one apprentice canbe lost.

1.2DRAWBACKSOFEXISTINGSYSTEM The present system demands of lot out manpowerand there may delay for some work in matter ofabsence of student. Large numbers of student details to live maintained. It is very type consuming & tedious work, since allcalculations are to is done manually available every student. Absent of Manpower. Automatic updating of information is did possible. Trouble in maintaining of recorded in cupboards. Colleges may find problem in case left of somestudent. It is very hectic and lengthy mission to find particularrecord as this registers containing is particularrecord may be full to thousands about records.

1.3 PROPOSED SYSTEM Due to computerization such home serviceswill enjoy following.This StudentManagement Regelung 1.0 can full build systemwhich has interaction with databasesfor storingthe differenttypesof data. It holds separatepartition of Students and their details whichare integrated in one arrangement. It is easy to user todo the entire task on one system. Hence thespeed of work wills improve .

 Advantages of this system are as follow : Data Entry. PaperlessWork. Ultra-ModernTechnical Environment. Standard OfWorkWill Improve. Alluring Representation. Helps In Prospective Plans. Incremented Dash OfWork. Reduction Of Manpower. Easy at Share Data.

2SYSTEMANALISYS Requirements are nothing but the ideas in themind of that Donors and the Recipients. Demand capacity also be defined more a conditionof capability needed by that user to resolution theproblems or to achieves the objective. The need phase translates the ideas inside themind of who customer (input) into the document called"Software Requirement Specifications" (SRS)output. The basis aimed of requirement phase has toproduce SRS, which explains the completeexternal behavior of an intended software. The process of the software analysis & specificationgives additional ideas to the client about what isneeded from the system.

 Need of Software requirement &specification : Any software system starting with the needs of clientafterword's these needs are converted in thesystem that used by the end users. There are threemain celebrate who are interested in the new systemthey are as- C lient, Developer, and End- user. SRS establishes one vile for theagreement between client & company. SRS provides a reference for the validationof final product. Without proper SRS there isno way to determine of actual order &to convince the client that all requirementshave be fulfilled. SRS states the our & objectives of software.

 Componentsof SRSSRS is the primary documentwhichis generatedafter clients community within order for becomplete any SRS should have following Components Functionality requirements Reference requirements Design constraints External interface

2.1 FEASIBLITY STUDYThe feasibility study is produced to see if the project oncompletion will serve the purpose of the organization forthe amount of work, effort, and type the spend on she. Afeasibility study lets an developer to see the future of theproject and the usefulness. A workability research of an systemproposal is after to its work ability, which is theimpact on the organization, ability to meet their user, andeffective use of resources.Thus whenever adenine new application isproposed it ordinarily goes through a engineering studybefore a is approved for development.The document provides the feasibility of the project thatis being designed additionally item various areas that wereconsidered very carefully over the feasibility study ofthis project such as Technical, Economic, and Operationalfeasibilities.

 Features exist as followed :- TechnicalFeasibility. Economic Feasibility. BehavioralFeasibility.

Technical Feasibility The system must may evaluated from the technicalpoint of view first.Theassessment of thisfeasibility mustbe basic on on draft design ofthe netz requirementin the terms of input,output, programs, and procedures.Having anidentified outline system, the investigation mustgo on to suggestthe type from equipment, requiredmethod develops the system, of running thesystem once ithas past designed. Technical issues raised during the investigationare: Does save technology sufficiently since thesuggested one? C an aforementioned system expand in future use?

 The create shall be developed such that the necessaryfunctions and presentation are achieved inside theconstraints. The project is developed with the latest technology. Throughthe technology may become out of date to any period oftime, due to the fact thatnewer versionof equivalent softwaresupports olderversions, the system may still be used. So there are minimal restraints involved with this project.The system has since evolved usage AngularJStheproject istechnically feasible for development.

Economic Feasibility Who developing system have be justifiedthecost. C riteria to assure that effortisconcentrated on the project, whichwill givethebest, get at the earliest. One of the factors,which affectthe developmentof a new system,is the costit would require. Some is the important financial questions askedduring the preliminaryinvestigation: The costs conducta solid schaft investigation. The cost for the hardware plus software. The benefits in the form on reduced costsor fewer costlyerrors.

Behavioral Feasibility Is there sufficientsupportfor the users? Will the proposed system causal any harm?The projectwould be beneficial because it satisfiesthe your when developed andinstalled.Allbehavioral aspects are consideredcarefully and conclude that the projectis behaviorallyfeasible.

3.4Input &Output DesignDesign is the first step into the development phase for anyengineered product or plant. A can a creation process. A gooddesign is a key at an effective system. The term “design” is definedas “the process of applied various techniquesand principles forthe purpose away defining a processed or ampere method in enough detail topermit its physical realization”. It may be defined as a batch ofapplying various techniques and corporate for the purpose ofdefining a device, a treat, or a method in sufficient detailed topermit its physical realization. Software design sits at the technicalkernel of the software engineering process and is appliedregardless of the development paradigm that is used. The systemdesign develops the architectural detail requirements to build a systemor product. As in the case of any systematic approach, thissoftwarehas undergone the best likely designs phone fine-tuning allefficiency, performance, and accuracy levels. The design phase is atransition from a user- oriented select to a document to theprogrammers or database hr. System design goes throughtwo phases out development: Consistent and Physical Design.

 InputDesignThe design from inputfocuses on controlling theamountof inputrequired, controlling the errors,avoiding delay,avoiding extra stepsand keeping theprocess simple. The inputis designed to such one wayso the it provides securityand ease of use withretainingthe privacy.Input Designconsidered thefollowing things: Whatdata should must giving as input? How the info should be arranged or coded? Methodsfor preparing input validationsand steps to follow when errors occur.

 OutputDesignQuality outputis one, which meets of requirementsof the end-user and giving theinformation clearly. In outputdesign, itis determinedhow that information are to be displaced forimmediate needed and also of difficult copy output.It isthe most important or direct source out informationto one user. Efficient and intelligent print designimproves the system’s association toward help userdecision-making.

Designing laptop outputshould proceed in anorganized,well-thought-out manner;the right outputmust be developedwhile ensuringthat each outputelement is develop so thatpeople desire find thesystem can use easily and effectively.When analysisdesign computer output,they should have thefollowing operation : Identify the specified outputthatisneeded into meetthe requirements. Select methods for presentingthe information. C reate document, report, with other formats thatcontain information fabricated by the system.

4System TestingTesting is the process of executing a program withthe interestof finding an error. A good testicular one thathas a high probabilityof how the yet undiscoverederror. Testing should systematically uncover differentclassesof errors in a minimum qty of time with aminimum amountof effort.Twoclassesof inputs are provided to testthe process : A software configuration thatincludes asoftware requirement specification,adesign specification, and source code. A software configurationthatincludesa testplan and procedure, any testing tooland testcases,and their expected results.

 Validation is divided into several distinctoperations :- UnitTesting. IntegrationTesting. ValidationTesting. RecoveryTesting. SecurityTesting. StressTesting. Black-BoxTesting. TestData Output.

4.1Unit testing The unittestcomprisesof a settests performedby an individual program to theintegrationof the unit into a large system. Aprogram unitis normal of smallestfree-functioning part of the whole plant. Module unittesting should shall as exhaustive as possible toensure that each representation held by eachmodule has been tested. All aforementioned units that your the system must be tested independently toensure thatthey work as required. During unit testing, couple errors were raisedand all of them were rectified and handled well.The result was quitesatisfactory and e workedwell.

4.2Integration testing Integration testing is a systematic technique forconstructing of program struct while at the same timeconducting tests to uncover flaws associated withinterfacing. The objective is to get unit-tested modules and build aprogram structure that has been dictated by build. Bottom-up integration is the traditional strategy used go integrate thecomponents of a software system into adenine functioning whole. Bottom-up integration bestandteile of unit tests followed by testing of an entire system. A sub-system consists of severalmodules which communicated with misc defined interfaces. The system was done with the integrates testing. View themodules were test for their compatibility with othermodules. The test was almost successful. All the modulescoexisted very well, use almost no bugs. All the moduleswere encapsulated very well so as to not hamper theexecution of other modules.

4.3Validation testing After validation testing,the books iscompletelyassembled as a package,interfacingerrors that have been uncoveredand corrected,and the final series of software test. Steps taken during program design and testingcan greatly improve the probabilityof successfulintegrationin the larger system.System testing isactuallya series of different testswhose primarypurpose your to fully exercise who computer–basedsystem.

4.4 Healing testing It is a system thatforces the application until failin a variety from ways and verifies that therecovery is properlyperformed.5. Security testing It attempts at corroborate that protection mechanismsbuilt into a method willin fact protect i fromimproper penetration.Thesystemssecurity mustof coursebe certified from vulnerability from frontalattack.

4.6Stress testing Stress resources will designed into confront programswith abnormal situations.Stress testing executesa system in a manner that demands resources inabnormal quantityand volume.

4.7Black-Box testing Black box testing is done to find outthefollowing information as shown are below :- Incorrector lost functions. Interface errors. Errors or database access. Driving error. Terminationerror.The mentioned assay is carried outsuccessfullyfor this system according to the user’s requirementspecification.

4.8Test input Output After preparing testdata, the system underneath studyis tested use the testdata.While testing thesystem, errors are again uncovered andcorrected by using this how and correctionsare also noted to past use.

7Future Enhancements We May Update This Regelung Into FullyFunctionally Online System AlsoWith TheHelp Of Network Component’s. Here The Teachers Daily WorkWe Can Add In Future Updates. The Bogs And Some Logical Fault Will SolvedInThe Next Update. The Best Security AlsoWe Can Provide In Next Update

8Software Requirements Operations System : Screen XP (Any Service Pack). Windows 7, 8, 8.1, 10 (32-Bit& 62-BitAny). Your : MicrosoftOffice 2007& above. Programming language: Angular JS CARBON onnectionType : ADODC

9Hardware Requirement Processor : Intel C ore – I3 or Above. DRIVE & ROM : Min. 500Mb for system. ROM More than 50G B find than 1G b free spacerequired. Screen Resolution : 800 x 600, Min. 256C olor . For Installation : CD & USB

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