Institute of Engineering & Management. CONTACT HOURS: 6 (weekly) CODE COURSE NAME DESCRIPTION SE M CS201 Basic Computation & Principles of Computer

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1 Course:CS89- Design Lab PRGRAMME: DEGREE:B TECH CMPUTERSCIECE&EGIEERI G CURSE: Design Lab SEMESTER: 8 CREDITS: 4 CURSECDE: CS89 CURSE AREA/DMAI: Industrial Problem-Related Practical Training Structures &Algorithms CRRESPDIGLABCURSE CDE (IFAY): A CURSE TYPE: Practical CTACT HURS: 6 (weekly) LAB CURSE AME: A Course Pre-Requisites CDE CURSE AME DESCRIPTI SE M CS20 Basic Computation & Principles of Computer Programmingskills II Programming CS70 Software Engineering VII Course Co-Requisites CDE CURSE AME DESCRIPTI SEM CS20 Basic Computation & Principles of Computer Programmingskills II Programming HU80 Project Management VIII Course bjectives Working in teams, students shall first identify a problem from within their community and thereafter conceive, design, implement and deliver a mid-sized project to address this problem The project shall be multi-disciplinary in nature, utilising skillsets from Software Engineering (CS70) and Project Management (HU80) Course utcomes By the end of the course, students shall be able to: Formulate the requirements from a given problem Synthesise and employ knowledge from Software Engineering and Project Management Department of CSE Page

2 Create, design, develop and deploy a solution, according to the Software Development Life Cycle Incorporate good design principles in solution Plan and execute a project Conform to a designated quality standard Employ industry best practices and tools Programme utcomes addressed in this course a An ability to apply knowledge of mathematics, science, and engineering, c An ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability, d An ability to function on multidisciplinary teams, e An ability to identify, formulate, and solve engineering problems, g An ability to communicate effectively, hthe broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and context, k An ability to use the techniques, skills, and modern engineering tools necessary for engineering practice Department of CSE Page 2

3 Syllabus UIT T DETAILS Requirement Elicitation HURS 2 2 Project Planning 6 3 Analysis and Design 6 4 Test Planning 6 5 Implementation and Testing 2 6 Test Execution and Review 6 7 Initial Release 6 8 Final Release and Product Demo 6 9 Process Audit 6 Department of CSE Page 3

4 Gaps in the syllabus - to meet industry/profession requirements DESCRIPTI PRPSED ACTIS Use of software development tools Substitute with open-source alternatives P MAPPI G Topics beyond syllabus/advanced topics DESCRIPTI HURS Web Source References Design Lab Course Website URL Delivery/Instructional Methodologies DESCRIPTI Group work, governed by delivery milestones 2 Self-learning online Assessment Methodologies DESCRIPTI TYPE Department of CSE Page 4

5 Student Assignment Direct 2 Tests Direct 3 University Examination Direct 4 Student Feedback Direct Course Plan Day Module Topic I Problem Definition 2 2 I Requirements Elicitation - Use Case Diagram and Description 3 3 II Project Planning - Gantt Chart 4 4 III Analysis and Design - Class and Sequence Diagram 5 5 IV Test Planning - Test Plan, Test Cases 6 6 V Implementation and Testing - Unit Testing 7 7 V Implementation and Testing - Integration Testing 8 8 VI Test Execution - Review of Bugs 9 9 VII Initial Release - Deployment, Release otes 0 0 VIII Final Release and Product Demo - Team Presentation before external panel IX Process Audit - Audit by industry practitioners Department of CSE Page 5