AIU Merit Calculator 2026

How to Calculate AIU Admission Aggregate

The Al-Hamd Islamic University (AIU) merit calculator is designed to help prospective students compute their aggregate score for undergraduate admissions. Admissions at AIU are based on a weighted combination of your past academic scores and entry test performance.

Step-by-Step Calculation Guide:

1. Select your target Program: Choose your desired department or program from the dropdown list. If your program uses a custom formula, the calculator will automatically load the specific weightages.
2. Matric / SSC Marks: Enter your obtained and total marks from Matriculation or O-Levels equivalent. The calculator applies the standard Matric weightage (0%).
3. Intermediate / HSSC Marks: Input your FSc / ICS / A-Level equivalent marks. The calculator applies the Intermediate weightage (0%).
4. Click Calculate: Click the calculate button to see your estimated aggregate and review eligibility warnings.

AIU Merit Weightage Formula

The default aggregate formula for AIU admissions is:

Admissions Eligibility & Guidelines

To apply for undergraduate admission at AIU, students must meet the minimum percentage criteria in Intermediate exams (usually 50% to 60% depending on engineering, computer science, or business disciplines). Additionally, passing the required entrance tests (AIU entry test followed by final interview) is mandatory.

Common Mistakes to Avoid

• Treating this result as AIU's official aggregate — the formula status here is "not calculable exactly", meaning it's an estimate. Always cross-check against OFFICIAL CURRENT ADMISSION PROCESS/OFFERING: https://www.aiu.edu.pk/site/admission-procedure/ ; https://www.aiu.edu.pk/site/bs-cs/ ; https://www.qta.aiu.edu.pk/bs-cs.php — Test and interview are confirmed, but no fixed percentage aggregate is published. | OFFICIAL CURRENT ADMISSION PROCESS/OFFERINGS: https://www.aiu.edu.pk/site/ ; https://www.aiu.edu.pk/site/admission-procedure/ — The university uses an entry test and interview but publishes no exact component weights. before relying on it.