CHED, TEC launch ₱103-M teacher education scholarship program
At A Glance
- The Teacher Education Scholarship Program (TESP) will be rolled out in Academic Year 2026–2027, with a ₱103-million pilot fund covering 720 scholars.
The Commission on Higher Education (CHED) and the Teacher Education Council (TEC) launched on Wednesday, June 3 a scholarship program to help fill gaps in key teaching specializations in basic education.
The Teacher Education Scholarship Program (TESP) will be rolled out in Academic Year 2026–2027, with a ₱103-million pilot fund covering 720 scholars.
CHED Chairperson and TEC Vice-Chairperson Dr. Shirley C. Agrupis said the initiative is intended to address gaps in the education sector by strengthening teacher training.
“We cannot fix the gaps in our education system without supporting the people who hold it together—our teachers,” she said.
“This is a deliberate effort to bring top talent into the teaching profession and ensure that our schools have the skilled educators our students deserve,” she added.
TEC Secretariat Executive Director Dr. Jennie V. Jocson said the program responds to long-standing shortages in key teaching specializations.
“By providing substantial incentives for specializations like early childhood, values, and special needs education, we are strategically filling critical gaps in our basic education system with competent, specialized professionals,” she said.
The signing of the memorandum of agreement was led by Agrupis, Jocson, and CHED-Unified Student Financial Assistance System for Tertiary Education (UniFAST) OIC Executive Director Atty. Septon A. De La Cruz.
Under the agreement, CHED-UniFAST will handle fund disbursement, while the TEC will oversee implementation with designated Centers of Excellence in Teacher Education.
The scholarship will prioritize students in Early Childhood Education, Values Education, and Special Needs Education, and is anchored on Republic Act No. 11713, or the Excellence in Teacher Education Act, which seeks to strengthen teacher education pathways.