Back close

A Multi-dimensional Framework for Reading & Spelling Acquisition in Malayalam

Start date: January, 2016
Researcher: Mithun Haridas
Research Guides: Professor Prema Nedungadi, Professor Raghu Raman
Collaborators: Dr. Nirmala Vasudevan, Dr. Georg Gutjahr
International Collaborators: Prof. David Share (Haifa University, Israel), Peter T. Daniels (USA), Dr. Ramaraju Rudraraju (UAB, USA)
Center: Amrita CREATE
School: Humanities and Social Sciences
Funding: Visveswaraya Scholarship

A Multi-dimensional Framework for Reading & Spelling Acquisition in Malayalam

The Malayalam language, derived from both Sanskrit and Tamil, poses unique challenges to language learners since they are complex writing systems. Understanding the writing system is critical to developing screening and assessments, and designing specific intervention strategies for reading and spelling acquisition in children, including children with specific reading difficulties.

The primary objective of undertaking research is to bridge the gap by providing a comprehensive framework based on the empirical study of the multiple dimensions of orthographic complexity, phonological complexity, and morphological complexity that can cause reading and spelling difficulties in Malayalam. For more details, visit http://leq.amritacreate.org/.

Research Publications and Conferences:
Gallery
Mithun presenting a paper at the International Conference on Technology for Education (T4E 2019) held during December 9–11, 2019 at Goa University
Funded by:

Related Projects

Role of miRNAs in cancer and modulation of oncogenes by natural products
Role of miRNAs in cancer and modulation of oncogenes by natural products
Single Sided Matrix Converter fed Brushless DC Motor for Energy Conservation
Single Sided Matrix Converter fed Brushless DC Motor for Energy Conservation
Performance Analysis of Ornament Dressing room on GPU over CPU
Performance Analysis of Ornament Dressing room on GPU over CPU
Dissecting Vitamin K Pathways in Human Subjects Using Next Generation Sequencing
Dissecting Vitamin K Pathways in Human Subjects Using Next Generation Sequencing
Development of New and Efficient Photo Sensitizer for Dye Solar Cell
Development of New and Efficient Photo Sensitizer for Dye Solar Cell
Admissions Apply Now