***Grading System for IPAM, University of Sierra Leone***
🎓 Building a Java Grading System for IPAM, University of Sierra Leone
🔸 Intro: Why This Matters
At IPAM, grades aren’t just numbers—they’re defining moments. And honestly? Manually calculating grades is outdated. With a few lines of Java, we can flip that whole process into something faster, fairer, and future-ready. This blog post breaks down how to design a grading system tailored for IPAM using basic Java logic.
🔸 What the System Should Do
We’re building a grading assistant that takes raw scores, does the math, checks against grade bands, and gives meaningful feedback. Here’s what this little beast will handle:
Takes inputs: assignments, midterm, final exam marks
Applies correct weightings ( 25%, 5%, 70%)
Calculates a weighted average
Outputs a grade: A, B, C, D, F
Drops a message that feels human (not robotic)
This isn't just numbers — it's building a system that speaks to students.
🔸 Grade Logic: What’s the Rulebook?
Let’s set the standards straight (customized for IPAM):
Average (%) | Letter Grade | Message |
---|---|---|
70–100 | A | "Distinction – You crushed it!" |
60–69 | B | "Merit – Solid performance!" |
50–59 | C | "Pass – You got through!" |
40–49 | D | "Borderline – Close one!" |
Below 40 | F | "Fail – Don’t lose hope!" |
for invalid inputs like negative marks or anything over 100. Message will be "IS NOT A VALID GRADE"
🔸 The Flow of the Program (Plain English)
Let’s ditch the code for now. Here’s the logic broken down like real life:
Prompt for Input: Ask the user to enter marks (e.g. Attendance= 5%, Midterm = 30%, Final = 100%)
Check Validity: Is everything between 0 and 100? If not, throw an error.
Weight the Marks: Multiply each mark by its percentage weight.
Add it All Up: Combine the weighted components.
Determine Grade: See which grade range the total fits into.
Display Feedback: Output the grade and a short message to the console or screen.
All done with a few conditions, a few checks, and clean design.
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