Glasgow University Acknowledges 'Tragic Error' in Student Grade Calculation

01-10-2025


The University of Glasgow is facing serious questions about its academic assessment procedures following the death of a student who took his own life after being incorrectly informed he had failed to earn his degree. Ethan Scott Brown, a 23-year-old geography student, was found dead by his mother on December 13, 2024—the day he should have graduated. The tragedy occurred three months after university officials had erroneously notified Brown that he lacked the necessary credits to receive his honors degree.

An internal investigation conducted by the university revealed that Brown had actually achieved a 2:1 honors degree, but systemic errors in grading had led to the incorrect assessment. The inquiry found that confusion about assessment rules resulted in Brown being assigned the wrong grade for one course, and this mistake went undetected through two internal exam boards and one external review panel. University authorities have described the incident as a "tragic error" while maintaining it was an isolated case.

Brown's family has accused the university of repeated incompetence in the months leading up to his death. His mother, Tracy Scott, stated that her son had reported suffering from mental health problems but received inadequate support from university staff. The internal investigation confirmed that Brown had alerted staff about his mental health struggles but was not offered appropriate counseling or support services, omissions the university acknowledged in its findings.

The case has raised broader concerns about academic assessment systems and student welfare protocols within higher education institutions. Brown's family and their legal representative, Aamer Anwar, have called for transparency regarding whether other students might be affected by similar grading errors. While the university has expressed its deepest sympathies to the family, the incident continues to prompt examination of institutional responsibility in both academic evaluation and student wellbeing support.

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AWS Outage Disrupts Major Apps and Services Globally

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A major outage at Amazon Web Services has disrupted operations for numerous popular applications and platforms globally, affecting millions of users. The cloud computing infrastructure failure began early Monday morning, with users reporting widespread issues accessing services including Snapchat, Duolingo, Zoom, and various gaming platforms. Amazon confirmed it was investigating increased error rates and latency across multiple AWS services, though the company has not yet identified the root cause of the system failure.

The disruption appears to have originated with servers hosted in the US-EAST-1 region, according to initial reports. This triggered a cascade effect that impacted AWS infrastructure supporting millions of websites and applications worldwide. Downdetector, a platform that monitors service outages, reported receiving over four million problem reports in a single morning—more than double the typical weekly volume—indicating the scale of the disruption across affected services.

Among the services experiencing significant operational problems are communication platforms like Zoom, Signal, and Slack; gaming services including Roblox, Fortnite, and PlayStation Network; social media applications such as Snapchat; and financial services from banks including Lloyds and Bank of Scotland. Streaming platforms Prime Video and Crunchyroll, along with educational tool Duolingo and design platform Canva, have also been affected by the cloud service failure.

The outage has manifested differently across regions, with Amazon's own websites remaining operational in Europe while still experiencing service-specific errors. AWS engineers are actively working to mitigate the issues and restore normal operations. The company has committed to providing regular updates as they work to resolve the widespread service disruption that has highlighted the internet's heavy reliance on cloud infrastructure providers.