IT Project Leadership Strategies. • Write clearly andconcisely about topics related to IT Project Leadership Strategies using properwriting mechanics and technical style conventions. Grading for this assignmentwill be based on answer quality, logic / organization of the paper, andlanguage and writing skills. Click here to access the rubric for thisassignment. Points: 90 Assignment 2: Implementing Software Development ProjectManagement Best Practices Criteria Unacceptable Below 70% F Fair 70-79% CProficient 80-89% B Exemplary 90-100% A 1. Describe how the development-processframework provides opportunities for streamlining software development,increasing quality, and minimizing risk. Explain the distinct focus areas thatexist within system engineering and software development. Weight: 15% Did notsubmit or incompletely described how the development-process framework providesopportunities for streamlining software development, increasing quality, andminimizing risk. Did not submit or incompletely explained the distinct focusareas that exist within system engineering and software development. Partiallydescribed how the development-process framework provides opportunities forstreamlining software development, increasing quality, and minimizing risk.Partially explained the distinct focus areas that exist within systemengineering and software development. Satisfactorily described how thedevelopment-process framework provides opportunities for streamlining softwaredevelopment, increasing quality, and minimizing risk. Satisfactorily explainedthe distinct focus areas that exist within system engineering and softwaredevelopment. Thoroughly described how the development-process frameworkprovides opportunities for streamlining software development, increasingquality, and minimizing risk. Thoroughly explained the distinct focus areasthat exist within system engineering and software development. 2. Compare andcontrast at least two (2) traditional software development process models withrespect to iterative-development process models. Provide details on the variousbenefits and challenges that each method offers for an aggressive mobiledevelopment strategy. Weight: 15% Did not submit or incompletely compared andcontrasted at least two (2) traditional software development process modelswith respect to iterative-development process models. Did not submit orincompletely provided details on the various benefits and challenges tha​‌‌‌‍‍‌‍‌‌‍‍‌‍‍‌‌‌‍‍​teach method offers for an aggressive mobile development strategy. Partiallycompared and contrasted at least two (2) traditional software developmentprocess models with respect to iterative-development process models. Partiallyprovided details on the various benefits and challenges that each method offersfor an aggressive mobile development strategy. Satisfactorily compared andcontrasted at least two (2) traditional software development process modelswith respect to iterative-development process models. Satisfactorily provideddetails on the various benefits and challenges that each method offers for anaggressive mobile development strategy. Thoroughly compared and contrasted atleast two (2) traditional software development process models with respect toiterative-development process models. Thoroughly provided details on thevarious benefits and challenges that each method offers for an aggressivemobile development strategy. 3. Determine at least three (3) risks that mayoccur if the requirements engineering process is not properly followed.Speculate on how failing to perform these processes may lead to projectfailure. Include examples to support your answer. Weight: 15% Did not submit orincompletely determined at least three (3) risks that may occur if therequirements engineering process is not properly followed. Did not submit orincompletely speculated on how failing to perform these processes may lead toproject failure. Did not submit or incompletely included examples to supportyour answer. Partially determined at least three (3) risks that may occur ifthe requirements engineering process is not properly followed. Partiallyspeculated on how failing to perform these processes may lead to projectfailure. Partially included examples to support your answer. Satisfactorilydetermined at least three (3) risks that may occur if the requirements engineeringprocess is not properly followed. Satisfactorily speculated on how failing toperform these processes may lead to project failure. Satisfactorily includedexamples to support your answer. Thoroughly determined at least three (3) risksthat may occur if the requirements engineering process is not properlyfollowed. Thoroughly speculated on how failing to perform these processes maylead to project failure. Thoroughly included examples to support your answer.4. Develop a software project management plan for the organization describedwithin the scenario above. Describe the minimum level of detail that should beincluded within each section of the plan. Weight: 15% Did not submit orincompletely developed a software project management plan for the organizationdescribed within the scenario above. Did not submit or incompletely describedthe minimum level of detail that should be included within each section of theplan. Partially developed a software project management plan for theorganization described within the scenario above. Partially described theminimum level of detail that should be included within each section of theplan. Satisfactorily developed a software project management plan for theorganization described within the scenario above. Satisfactorily described theminimum level of detail that should be included within each section of theplan. Thoroughly developed a software project management plan for theorganization described within the scenario above. Thoroughly described theminimum level of detail that should be included within each section of theplan. 5. Determine how each component of the software project management planfacilitates and ensures that the project team members have adequate directionfor a software development project. Include at least two (2) scenarios that mayoccur if a project is improperly planned. Weight: 15% Did not submit orincompletely determined how each component of the software project managementplan facilitates and ensures that the project team members have adequatedirection for a software development project. Did not submit or incompletelyincluded at least two (2) scenarios that may occur if a project is improperlyplanned. Partially determined how each component of the software projectmanagement plan facilitates and ensures that the project team members haveadequate direction for a software development project. Partially included atleast two (2) scenarios that may occur if a project is improperly planned.Satisfactorily determined how each component of the software project managementplan facilitates and ensures that the project team members have adequatedirection for a software development project. Satisfactorily included at leasttwo (2) scenarios that may occur if a project is improperly planned. Thoroughlydetermined how each component of the software project management planfacilitates and ensures that the project team members have adequate directionfor a software development project. Thoroughly included at least two (2)scenarios that may occur if a project is improperly planned. 6. Recommend atleast three (3) best practices for software project management strategies forthis project. Weight: 10% Did not submit or incompletely recommend at leastthree (3) best practices for software project management strategies for thisproject. Partially recommend at least three (3) best practices for softwareproject management strategies for this project. Satisfactorily recommend atleast three (3) best practices for software project management strategies forthis project. Thoroughly recommend at least three (3) best practices forsoftware project management strategies for this project. 7. 3 referencesWeight: 5% No references provided Does not meet the required number ofreferences; some or all references poor quality choices. Meet

Thoroughly describe how the development-process framework provides opportunities for streamlining software development, increasing quality, and minimizing risk
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