MUMBAI, India, July 7 -- Intellectual Property India has published a patent application (202641060088 A) filed by Prasad V. Potluri Siddhartha Institute Of Technology on May 12, 2026, for Assessing The Effectiveness Of Periodic Progressive Classroom Instruction In Writing Skills (ppciws).
Inventors include Dr. P. Lakshmilavanya; Dr Narendra Kumar Hetcherla; Dr. Samuel Babu Koppula; Dr. R. Padma Venkat; and Krishna Sai Ujwal Kambhumpati.
The application for the patent was published on July 03, 2026, under issue no. 27/2026.
Abstract: The present invention discloses Assessing the Effectiveness of Periodic Progressive Classroom Instruction in Writing Skills (PPCIWS) framework designed to enhance written communication proficiency among technical and engineering students. In modem academic and professional environments, effective writing skills are essential for producing technical reports, documentation, and formal communication. However, many students, particularly those from non-native English backgrounds, face challenges in grammar, vocabulary usage, coherence, and organization of ideas, which limits their academic performance and employability. The invention provides a structured, incremental instructional model that facilitates the gradual development of writing skills through systematic classroom interventions. The framework incorporates periodic and progressive training modules, including guided writing tasks, structured exercises, continuous assessments, and feedback-driven improvement mechanisms. It emphasizes regular practice, cognitive engagement, and language accuracy, enabling learners to develop clarity, coherence, and professional writing competence. The PPCIWS framework integrates planned classroom activities with formative evaluation and constructive feedback, allowing students to identify errors and refine their writing iteratively. The invention also supports the development of higher-order writing skills such as idea organization, technical expression, and audience-oriented communication. By implementing a continuous and structured teaching approach, the invention significantly improves students' writing proficiency, confidence, and ability to communicate effectively in academic and professional contexts. The framework is adaptable to technical and higher education institutions and can be scaled across diverse learning environments. This invention bridges the gap between technical knowledge and written communication, thereby enhancing students' global employability and professional readiness.
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