Web Application Project (CSC584) – Group project (3-4 Members)

Project Description:

1. 1. Tutor-Match: Academic Peer Mentoring

      • Description: A platform connecting students who need academic support with high-achieving peer tutors for specific subjects.

• CRUD: Tutors create profiles and availability; students read profiles and create bookings; tutors update booking statuses (Approved/Completed); admins delete inappropriate reviews.

• Business Logic (Scheduling & Conflict): A time-blocking algorithm that prevents double-booking by checking a tutor's existing sessions in the database before allowing a new student to confirm a time slot.

• Dashboard: Most requested subjects, average student rating, and total hours completed per faculty.

2. E-Aduan Kolej: Hostel Maintenance & Repair

• Description: A ticketing system for residential college students to report infrastructure damages.

• CRUD: Students create repair tickets; technicians read assigned tickets and update status (Pending, In Progress, Resolved); admins delete duplicate reports.

• Business Logic (Prioritization & Routing): An automated routing algorithm that assigns a priority level (High/Medium/Low) based on the damage category (e.g., Electrical is High, Furniture is Low) and forwards the ticket to the specific technical department.

• Dashboard: Average resolution time per block, volume of tickets by category, and technician performance.

3. Campus-Bazaar: Pre-loved Textbook & Gear Exchange

• Description: A localized digital marketplace for students to buy, sell, or trade used campus items.

• CRUD: Sellers create item listings; buyers read listings and create purchase requests; sellers update availability; admins delete flagged posts.

• Business Logic (Dynamic Search & Filtering): A database querying algorithm that dynamically constructs SQL SELECT statements (using PreparedStatement) based on multiple user filters (e.g., keyword LIKE, price range, and faculty category).

• Dashboard: Most popular categories, total monetary value exchanged, and active user growth.

4. E-Hadir: Student Event & Workshop Ticketing

• Description: A centralized event management system for university clubs to issue digital tickets.

• CRUD: Committees create events and capacities; students read events and create registrations; committees update attendance statuses; admins delete canceled events.

• Business Logic (Capacity & Waitlist Management): A state-control algorithm that deducts available tickets upon booking. If capacity hits 0, it routes new registrants to a waitlist table and automatically upgrades them if a confirmed attendee cancels.

• Dashboard: Top 5 clubs with the highest turnouts, monthly engagement rates, and venue utilization.

5. Siswa-Gigs: Campus Part-Time Job Portal

• Description: A micro-job portal where campus departments or vendors hire students for short-term tasks.

• CRUD: Employers create job listings; students read jobs and create applications; employers update application statuses (Hired/Rejected); admins delete expired jobs.

• Business Logic (Wage & Deduction Calculation): A financial calculation algorithm that multiplies the student's logged hours by the hourly rate, deducts a standard platform processing fee, and outputs the final payable net amount.

• Dashboard: Total wages earned, peak hiring periods, and most demanded skill sets.

6. Biblio-Space: Library Discussion Room Booking

• Description: A reservation system for managing high-demand study spaces and presentation labs.

• CRUD: Students create bookings; librarians read daily schedules; librarians update room statuses (e.g., block for maintenance); students delete (cancel) bookings.

• Business Logic (Quota Enforcement): A business logic algorithm that calculates a student's total booked hours for the current week. If the sum exceeds the university's maximum quota (e.g., 6 hours/week), the system rejects the new booking attempt.

• Dashboard: Heatmap of frequently booked timeslots, room utilization percentages, and peak visitation hours.

7. E-Klinik Siswa: Campus Health & Medical Leave

• Description: A patient management system for the campus health center to handle appointments.

• CRUD: Students create doctor appointments; medical officers read patient histories and update diagnoses; clinic admins delete or archive graduation records.

• Business Logic (Queue Estimation): A calculation algorithm that determines the estimated waiting time for a walk-in student by multiplying the number of "Pending" patients in the database queue by the historical average consultation time (e.g., 15 minutes).

• Dashboard: Trends of common illnesses (e.g., flu spikes), daily waiting times, and inventory alerts.

8. FYP-Showcase: Final Year Project & Innovation Repository

• Description: A digital gallery where final-year students pitch their projects to lecturers and industry partners.

• CRUD: Students create project portfolios; guests read projects; lecturers read projects and create grade entries; admins update final publication statuses.

• Business Logic (Weighted Scoring): A grading algorithm that calculates a final FYP score by applying different mathematical weights to various criteria (e.g., 40% for working prototype, 30% for report, 30% for presentation).

• Dashboard: Most viewed projects, breakdown by technology domain, and industry engagement metrics.

9. Biasiswa-Link: Financial Aid & Zakat Tracker

• Description: A portal for managing student applications for emergency funds and Zakat.

• CRUD: Students create aid applications; finance officers read submissions; officers update approval statuses; students delete unsubmitted drafts.

• Business Logic (Eligibility Filtering): An automated validation algorithm that cross-references a student's inputted household income against the current poverty line/Zakat threshold, automatically flagging or rejecting applications that do not meet the financial criteria.

• Dashboard: Total funds disbursed, demographics of recipients, and pending application bottlenecks.

10. Sumbang-Siswa: Student Project Crowdfunding

• Description: A fundraising platform for student clubs to gather donations for charity drives, events, or competitions.

• CRUD: Clubs create campaign pages; donors read campaigns and create pledges; admins update campaign verification statuses; clubs delete drafts.

• Business Logic (Milestone Tracking): A financial calculation that tracks the sum of incoming donations, calculates the percentage against the target goal, and automatically freezes the payment gateway for the campaign once 100% is reached.

• Dashboard: Total funds raised university-wide, highest-funded campaigns, and average donation size.

1. Project Requirements:

You need to develop a web application that based on the company requirements. The web application should have at least four (4) modules as given below:

• Login/Logout

Allow user to login and logout from the web application using session management.

• Registration with validation

Allow new user to register to the web system.

• Information management: Create / Read / Update / Delete

Allow user to manage information from a database such as to create, read, update and delete information from the database.

• Dashboard

To provide user an overview of the process or information by different data representations.

3. System specification

• You need to develop the web application using Java Technology and MVC framework. You must include the JavaBean (Model), JSP (View) and Servlet (Servlet) in the web application.

• You need to use github to manage code with team members 

4. Project Deliverables

• A storyboard

You need to prepare HTML files to show the flow/ structure of the web application and database ERD that have at least four tables. 

• A web application

You need to submit a web application project using Java Technology 

• User manual

You need to prepare a user manual for the web application.

5. Project Assessment (40%)

• Project storyboard (10%) - dateline Week 9 

• Web application and user manual (20%) - dateline Week 14

• Peer review assessement (5%) - dateline Week 14

• Presentation– (5%) -- dateline Week 14