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Purpose of the study: The growing emphasis on incorporating sustainability concepts in tertiary education have lead higher education institutions in developing countries to infuse sustainability content into their curricula.  The wider purpose of this study is to promote the integration of sustainability concepts within Sri Lankan Universities. The study uncover and presents the perception of university academics on integrating sustainability in higher education. Methodology: An online-survey was carried out in the month of January, 2019 in University of Moratuwa, Sri Lanka across four faculties; engineering, architecture, information and technology and business. A descriptive analysis was employed to present the perceptions of the respondents according to different faculties. The obtained data were analyzed using Microsoft excel.  Main Findings: Results revealed, 46.93% have already integrated sustainability concepts while 59.18% are willing to integrate in near future. 80% have perceived that university curriculum should improve according to country’s need while providing particular trainings. 60% felt that knowledge and skills on ICT should be developed and adequate human resources should be deployed prior to incorporate sustainability concepts. Applications of this study: This study is aimed to identify models for mainstreaming sustainability concepts across tertiary education in Sri Lanka. Novelty/Originality of this study: Analysing the perception of univeristiy lecturers on incorporating sustainability concepts acroos university curricular, has never conducted in a Sri Lankan university. This is manily conducted to identify the gaps pertaining on intergrating sustainability concepts across university curricular and to identify the barriers exciting for education for sustainable development in Sri Lankan context.  

Mud is a versatile material with a prodigious interest for traditional wall construction such as wattle and daub or rammed earth, with and without reinforcements. Mud concrete has been identified as a unique modern material, though more research is required for generalization. Compressive strength, a measure of concrete quality usually depends on the specimen’s size and shape. Specimen’s size and shape for mud concrete is yet to be identified and established. Addressing this knowledge gap, this research aims at investigating the effect of specimen’s size and shape on the compressive strength of mud concrete. At first, the compressive strength’s variation was estimated by varying water content. Then, the water content was kept constant and the variations of compressive strength were estimated by varying specimen size and shape. Both experiments were conducted for different mixtures and percentages of cement. The initial results suggest that the compressive strength of mud concrete decreases with the increase of water content. The decrease indicated linear behavior with a constant gradient. Less influence on compressive strength was observed by considering specimen size, while the shape showed more contribution. The effect of specimen size and shape was increased with the increase of compressive strength.

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