The Ghana Education Service has dismissed reports suggesting that about 72,000 pupils could miss placement into senior high schools, describing the claims as speculative and inaccurate.

In a statement, the Service assured the public that preparations are ongoing to receive all fresh students into senior high and technical schools across the country on September 18, 2026.

According to GES, there is adequate infrastructure and capacity available to accommodate all qualified candidates who sat for the Basic Education Certificate Examination (BECE).

The Service further emphasised that ongoing efforts to phase out the double-track system would not affect access to secondary education.

Officials indicated that government and education authorities are working to ensure a smooth transition for students while maintaining quality education delivery.

The clarification comes amid growing public concern following reports that thousands of candidates risked being left without placement due to infrastructure challenges and changes within the Free SHS system.

GES has therefore urged stakeholders, parents, and students to remain calm and disregard unverified reports that may create unnecessary panic.

In a remarkable feat of engineering and self-driven learning, Tyrone Marhguy, a Ghanaian student at the University of Pennsylvania, has built a fully functional 8-bit Arithmetic Logic Unit (ALU) from scratch in his dormitory. With no formal chip design experience, Marhguy dedicated over 250 hours to designing and rigorously testing a system comprising 3,488 individual MOSFET transistors. The final product, verified with a staggering 1.2 million test vectors, is capable of 19 distinct operations. This hands-on project was driven by his desire to demystify the “black box” of a CPU, understanding the fundamental role of every gate and electron that powers modern computing.

Marhguy is no stranger to the public eye, having previously won a landmark 2023 court case in Ghana advocating for religious freedom in education. This same determination fueled his technical endeavor. With the initial design phase complete, his journey is far from over. He now moves to the next critical stages: optimizing the ALU’s design, assembling a printed circuit board (PCB), and the meticulous hands-on work of soldering and debugging. His story stands as a powerful testament to the intersection of intellectual curiosity, technical skill, and principled advocacy.