2024 UTME: JAMB Candidates Can Generate Profile Codes Now
In preparation for the upcoming 2024 Unified Tertiary Matriculation Examination (UTME) registration, the Joint Admissions and Matriculation Board (JAMB) has taken proactive steps to streamline the process and eliminate potential hurdles for prospective candidates. Aspiring candidates are encouraged to generate their profile codes now, ensuring a smoother registration experience when it officially begins.
To facilitate this process, candidates must adhere to the following instructions: send their National Identification Number (NIN), followed by a space and their eleven-digit NIN number, via text message (SMS) to either 55019 or 66019 from their personal GSM number. For instance, the SMS should be formatted as follows: “NIN 12345678901” (without quotation marks), sent to 55019 or 66019. It is crucial to note that the provided NIN should be the candidate’s unique identification number.
Upon successful submission, candidates will receive a ten-character profile code on the same telephone number used for the text message. It is important to emphasize that this phone number will be linked to the candidate’s identity throughout the application, examination, and admission processes.
In addition to the profile code generation, candidates are reminded of the prerequisite to obtain their National Identification Number (NIN) for UTME/DE registration. Guidelines on acquiring the NIN have been outlined in a detailed post: “NIN Application Guidelines and Requirements for JAMB 2024 Candidates.”
For a comprehensive and effective preparation for the 2024 UTME, prospective candidates are encouraged to download the JAMB CBT Mobile app and JAMB CBT software. These tools not only aid in preparation but also provide instant notifications for essential updates from JAMB.
A word of caution is extended to candidates regarding the application of henna, also known as “Laali” or “Lale.” To prevent potential biometric verification challenges, candidates are advised to avoid using henna on their fingers. Instances have been reported where the application of henna obstructed the biometric verification process, and attempts to clean henna designs with chemicals resulted in damage to the whorls on fingers, making biometric verification difficult, if not impossible.
In conclusion, prospective candidates are urged to initiate their preparations early and stay informed through the recommended tools. By following the outlined procedures and heeding the provided warnings, candidates can ensure a seamless and successful participation in the 2024 UTME.
