21/08/2026
Dα΄α΄ Ιͺα΄α΄ Cα΄ΚΚα΄Ι’α΄ Cα΄Κα΄ΚΚα΄α΄α΄s Oα΄α΄sα΄α΄Ι΄α΄
ΙͺΙ΄Ι’ Lα΄α΄α΄ ΙͺΙ΄Ι’ Cα΄Κα΄Ιͺκ°Ιͺα΄α΄α΄α΄ Rα΄sα΄Κα΄s κ°α΄Κ α΄Κα΄ CΚα΄ss α΄κ° 2026
Davitt College is delighted to celebrate an exceptional set of Leaving Certificate and Leaving Certificate Applied results achieved by the Class of 2026.
The results reflect the hard work, commitment and determination of students throughout their time at Davitt College, supported by the dedication of their teachers, SNAβs, staff and families.
A particular highlight of this yearβs results was the achievement of one exceptional student, Cian Nolan, who attained the maximum possible score of 625 points, an outstanding accomplishment and a source of great pride for the entire school community.
Other highlights of this year's results:
β’ Over 15% of students achieved 500 points or more.
β’ Over 50% of students achieved 400 points or more.
β’ 80% of students achieved over 300 points.
β’ 45% of Leaving Certificate Applied students achieved the highest grade of Distinction.
The excellent Leaving Certificate Applied results are a particular source of pride for the school, with almost half of LCA students achieving a Distinction, the highest possible grade. This outstanding achievement reflects the dedication and commitment of the students and the staff who supported them throughout the programme.
These results represent a significant achievement for the students and are a testament to the strong culture of learning, ambition and support within the school community.
Principal, Conor Oβ Reilly congratulated the Class of 2026, saying:
βWe are incredibly proud of the achievements of our Leaving Certificate and Leaving Certificate Applied students this year. These results reflect the dedication, resilience and determination shown by our students, as well as the commitment of our teachers, support staff and the families who have encouraged them throughout their journey. We congratulate every student and wish them every success as they embark on their chosen pathway. Comhghairdeas do chΓ‘ch.β
