Syllabus: https://vtu.ac.in/pdf/UG2024/1BPRJ258.pdf
Tool: Roadmap_To_Project
Project Based Learning (PBL) – Module-wise Tasks (Week
1–16)
Module 1: Introduction, Orientation & Literature
Survey (Week 1–3)
·
Introduction to Project-Based
Learning (PBL) and interdisciplinary concepts
·
Motivational talks / case
studies of successful student projects
·
Ice-breaking and team-building
activities
·
Formation of student groups
(4–6 members)
·
Selection of broad theme areas
·
Brainstorming using Mind
Mapping, 5W1H, and SCAMPER techniques
·
Identifying real-world problems
·
Discussing feasibility and
interdisciplinary aspects
·
Mentor approval of project
problem
·
Literature survey using
journals, patents, and case studies
·
Understanding user needs and
problem context
·
Understanding the role of
different engineering branches
Module 2: Problem Statement & Idea Selection (Week
4–6)
·
Refining the problem statement
·
Identifying project constraints
and scope
·
Defining objectives and
expected outcomes
·
Generating multiple solution
ideas
·
Discussing feasibility
(technical, economic, and social)
·
Assigning team roles (design,
research, coding, documentation, testing)
·
Selecting the best idea using a
decision matrix
·
Preparing rough sketches, block
diagrams, and flowcharts
·
Planning resources such as
materials, software, and tools
·
Preparing design documentation
Module 3: Prototyping & Development (Week 7–9)
·
Preparing Work Breakdown
Structure (WBS)
·
Creating project development
timeline
·
Considering safety and ethical
aspects
·
Developing subsystems or
modules
·
Applying classroom knowledge
(circuits, coding, CAD, mechanics)
·
Conducting peer and mentor
review sessions
·
Preparing prototype development
plan
·
Demonstrating partial subsystem
working models
Module 4: Prototype Stage 2 – Integration & Testing
(Week 9–12)
·
Integrating subsystems into a
complete prototype
·
Debugging and troubleshooting
system issues
·
Improving system based on
testing results
·
Testing prototype against
project objectives
·
Validating prototype based on
user requirements
·
Recording experimentation
results (tables and graphs)
·
Analyzing failures and
limitations
·
Documenting challenges during
development
Module 5: Refinement & Final Presentation (Week 13–16)
·
Refining prototype for
efficiency and performance
·
Improving cost effectiveness
and sustainability
·
Conducting internal reviews and
peer feedback sessions
·
Preparing presentation
materials (PPT, posters, demo video)
·
Documenting final
experimentation results
·
Preparing final working
prototype
·
Presenting the project to jury
with impact assessment
·
Explaining prototype,
sustainability plan, and social impact
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