The Airport Authority of India (AAI) has released the result for Junior Assistant & Senior Assistant posts for 224 vacancies. Candidates who appeared for the written examination held on April 21–22, 2025 can now download their result from the official portal. The AAI recruitment process began with applications submitted between February 4 and March 5, 2025, for various posts including Fire Service, Accounts, Electronics, and Official Language.
Important Dates for AAI Junior & Senior Assistant Recruitment 2025
Candidates can check the schedule of events for this recruitment below. The dates help aspirants track their progress from application to result.
Application Fee:
- General / EWS / OBC: INR 1,000
- SC / ST / Female: INR 0
Payment can be made via Debit/Credit Card, Net Banking, UPI, or other online modes.
AAI Junior & Senior Assistant Vacancy Details
The total 224 posts are distributed across various positions. Candidates can check the post-wise vacancies below.
AAI Junior & Senior Assistant Educational Qualification
AAI has prescribed different eligibility criteria depending on the post applied for:
AAI Junior & Senior Assistant Selection Process
Candidates will be selected through multiple stages based on the post applied for:
- Online Written Examination (All posts)
- Skill Test (Accounts & Official Language)
- Driving Test & Physical Test (Junior Assistant)
- Document Verification
- Medical Examination
How to Check AAI Junior & Senior Assistant Result 2025
Candidates can download the result by following the steps below:
- Visit the official AAI website or use the link provided in the important links section.
- Click on the AAI Junior & Senior Assistant Result 2025 link.
- Enter Registration Number / Roll Number, Date of Birth / Password, and Captcha Code if prompted.
- Submit the details to view the result.
- Download the PDF and save it for future reference.
The result PDF displays the roll numbers of qualified candidates. Candidates are advised to check the details carefully and retain a copy for verification during further selection stages.
