Graduate attributes bridge the gap between academia and the real world, fostering lifelong learning and meaningful contributions. They denote the skills, competencies and high-level qualities that a student should acquire during their university education. Apart from gathering content knowledge, these attributes go beyond the assimilation of information to its application in various contexts throughout a graduate’s life. It aims in inculcating the art of critical thinking, problem solving, professionalism, leadership readiness, teamwork, communication skills and intellectual breadth of knowledge. The University of Kerala envisages to pave the path in guiding the student’s journey to shape these attributes uniquely, making them integral to personal growth and success in various spheres of life. The University strives to ensure that these graduate attributes are not just checkboxes, but they play a pivotal role in shaping the students into capable, compassionate and responsible individuals with a high degree of social responsibility.
| No. | Programme Outcomes (POs) |
| PO-1 | Critical thinking
|
| PO-2 | Complex problem-solving
|
| PO-3 | Creativity
|
| PO-4 | Communication skills
|
| PO-5 | Leadership qualities
|
| PO-6 | Learning ‘how to learn’ skills
|
| PO-7 | Digital and technological skills
|
| PO-8 | Value inculcation
|
| No. | Upon completion of the programme the graduate will be able to | PO No. |
| PSO-1 | The curriculum creates an all-around conceptual awareness in the students about the overall diversity of plants, structure, genetics, reproduction, functioning, ecology, and economic importance of various plant groups. | 1, 6 |
| PSO-2 | Students will be able to understand the diversity of plants from lower to higher groups with details in structure, function, reproduction, and life cycle of selected groups and generate enthusiasm and inquisitiveness to learn more about the plant world. | 1, 2 |
| PSO-3 | Students will understand the concepts of Morphology, Taxonomy, Anatomy, Ecology, physiology, metabolism, Chemistry of molecules, Cellular Biology, Genetics and Molecular Biology. They will also get concepts in advanced areas of plant science like Plant Biotechnology, Molecular level Plant Pathogen interaction, and Developmental Botany. | 2, 6 |
| PSO-4 | Students will get exposed to the opportunities and the nitty-gritty of professionally oriented applied branches like Landscaping, Gardening, Floriculture, Organic farming, Biofertilizers, Herbal technology, Mushroom cultivation, Ecotourism, Forensic Botany, and can become future entrepreneurs. | 3, 6, 7 |
| PSO-5 | Students will be familiar with the use of various analytical techniques and tools in plant biology for both basic and applied research and also understand the intellectual and ethical issues of biological discoveries. | 6, 7 |
| PSO-6 | Students will be able to understand the contribution of plant kingdom to human existence and develop skills for their documentation, conservation and sustainable development in the face of climate change. | 6, 7, 8 |
| PSO-7 | Project work and research activities taken up by the students will necessitates the students to apply the various concepts they have generated from various fields of biology through critical thinking and develop problem solving abilities and creativity for new knowledge creation. | 3, 6, 7 |
| PSO-8 | Acquiring hands-on training in various fields will develop practical skills, handling equipment and laboratory use along with collection, analysis, and interpretation of biological data. | 4, 5, 6 |
| PSO-9 | Laboratory work and field studies help the students in development of teamwork and leadership qualities. Also through experiential learning in the field work, they will understand one of the methods of ‘how to learn’ skills. | 5, 6, 7 |
| PSO-10 | Assignments and presentations that the student has to take up, and develop communication skills and ICT skills among them. Also, the activities covered in courses of Biostatistics and Bioinformatics give experiential learning of software and tools employed in these areas of biology. | 7 |
| PSO-11 | The flexibility the curriculum offers, enables the teachers to give the students activities on inquiry based learning that prompt students to ask questions, investigate, and draw conclusions on their own. This promotes curiosity, self-directed learning, and a deeper understanding of scientific principles. Also, platforms given by teachers for debates and discussion on controversial scientific topics help students develop argumentation skills, learn to support their claims with evidence, and consider different viewpoints | 5, 6, 8 |
| SEMESTER | COURSES | |||
| DSC(MINOR) | MDC | VAC | SEC | |
| I | MORPHOLOGY OF FLOWERING PLANTS (UK1DSCBOT105) |
FLORICULTURE (UK1MDCBOT102) |
||
| II | REPRODUCTIVE BOTANY AND MICROTECHNIQUE (UK2DSCBOT103) |
ECOTOURISM (UK2MDCBOT102) |
||
| III | ENVIRONMENTAL SCIENCE (UK3DSCBOT204) |
GREEN INITIATIVES FOR SUSTAINABILITY (UK3VACBOT201) |
||
| IV | MUSHROOM CULTIVATION (UK4SECBOT201) |
|||
| V | ||||
| VI | HYDROPONICS AND AQUAPONICS (UK6SECBOT303) |
|||