Overview

The Department of Biochemistry, established in 1997 and upgraded to PG in 2002, is committed to providing quality education through a strong curriculum, hands-on training and industry-oriented internships. Supported by highly qualified faculty, advanced laboratories and comprehensive learning resources, the department encourages students to excel in research, innovation and academic development. Faculty and students actively contribute through publications, patents, book chapters and funded research initiatives, while seminars, webinars and training programmes provide exposure to emerging developments in biochemistry and related fields.

Vision

To emerge as a premier centre for Biochemistry that empowers students to become innovators, improving societal well-being through the seamless integration of education, discovery, and collaborative enterprise.

Mission

• To provide holistic, student-centred education in Biochemistry through innovative teaching methods and rigorous practical training.
• To foster critical thinking, problem-solving skills, and ethical values among students.
• To drive interdisciplinary research that directly addresses pressing health, environmental, and societal challenges.
• To build and sustain strategic collaborations with academic, industrial, and research institutions to foster innovation and knowledge-sharing.
• To equip students to become future global leaders and entrepreneurs who apply scientific expertise for human welfare and social good.

B.Sc. Biochemistry

Programme Outcomes (POs)

Students will be able to:

• PO1 – Develop a robust understanding of core scientific principles and methodologies, enabling students to apply this knowledge to real-world challenges and interdisciplinary contexts.
• PO2 – Cultivate the ability to think critically and analytically, fostering creativity to approach problems innovatively and develop effective solutions.
• PO3 – Encourage the integration of knowledge across disciplines to drive innovation, addressing complex problems with holistic and collaborative approaches.
• PO4 – Instill a commitment to continuous learning, enabling students to adapt to technological advancements and global trends, ensuring relevance in a dynamic world.
• PO5 – Enhance the ability to work effectively in diverse teams, promoting inclusivity and shared goals to achieve collective success.
• PO6 – Develop entrepreneurial mindset and employability skills through practical experiences, effective communication, and skill enhancement, preparing students for diverse career paths.

Programme Educational Outcomes (PEOs)

• PEO 1 – Provide students with a strong foundation in the fundamental concepts of Biochemistry, including molecular biology, enzymology, metabolism, and cellular processes, to prepare them for higher studies, research, and professional careers.
• PEO 2 – Equip students with practical and technical expertise through hands-on laboratory training, high-throughput instrumentation, and capstone research projects, fostering both subject-specific mastery and transferable skills.
• PEO 3 – Expose students to the applications of Biochemistry in pharmaceutical, biotechnology, food, water, agriculture, and healthcare industries, preparing them to meet real-world challenges.
• PEO 4 – Strengthen communication, analytical, and problem-solving skills so that students can contribute effectively in diverse professional areas, including scientific publishing, medical communication, and intellectual property management.
• PEO 5 – Develop graduates as responsible individuals having leadership qualities, with strong professional and social ethics thus empowering them.
• PEO 6 – Enhance employability by offering career-focused training and best practices, enabling students to work in academic, industrial, and laboratory settings in biomedical and allied sectors at both national and global levels thus making them economically independent.

Programme Specific Outcomes (PSOs)

Students will be able to:

• PSO1 – Comprehend the structure, function, and metabolism of biomolecules along with their regulatory mechanisms in biological systems.
• PSO2 – Execute biochemical experiments using modern techniques (spectrophotometry, chromatography, electrophoresis, PCR) and employ statistical and bioinformatics tools for data analysis.
• PSO3 – Employ molecular biology methods (DNA/RNA isolation, cloning, gene expression) in scientific research, medical diagnostics, and biotechnological industries.
• PSO4 – Explain the principles of genetic engineering and immunology, highlighting their roles in healthcare, agriculture, and pharmaceutical development.
• PSO5 – Evaluate clinical biochemical tests and interpret parameters associated with metabolic and pathological conditions.
• PSO6 – Adhere to ethical guidelines, biosafety norms, and intellectual property regulations in biochemical research and applications.

M.Sc. Biochemistry

Programme Outcomes (POs)

Students will be able to:

• PO1 – Foundational Knowledge for Diversification: Demonstrate comprehensive, integrated knowledge of the core principles and theories of their discipline and its interconnectedness with related fields.
• PO2 – Critical Thinking & Problem-Solving: Analyze complex, ill-defined problems from multiple perspectives, evaluate evidence critically, synthesize information from diverse sources, and design innovative, effective, and ethically-grounded solutions.
• PO3 – Data Science & Bioinformatics Literacy: Leverage computational tools and statistical methods to acquire, manage, analyze, and interpret complex biological and other scientific data to extract meaningful insights and support decision-making.
• PO4 – Technical & Interdisciplinary Proficiency: Demonstrate deep knowledge and practical skill within their core technical discipline and effectively integrate concepts and methods from other fields to address multifaceted challenges.
• PO5 – Adaptability to Technological Advancement: Continuously monitor the evolution of new technologies, proactively learn and apply emerging tools and platforms, and adapt strategies and solutions to leverage cutting-edge advancements.
• PO6 – Societally-Responsible Practice: Evaluate the broader ethical, environmental, economic, and social implications of their work, and consciously design and implement solutions that promote sustainability, equity, and the public good.
• PO7 – Strategic Career Management: Articulate their unique value proposition, navigate the evolving global job market, and strategically plan and manage their professional trajectory for lifelong success and fulfillment.
• PO8 – Collaborative Leadership & Integrity: Function effectively as both a collaborative team member and a principled leader in diverse, multidisciplinary settings, demonstrating high levels of emotional intelligence, integrity, accountability, and inclusive communication.
• PO9 – Lifelong & Adaptive Learning: Cultivate a mindset of intellectual curiosity and self-directed learning, demonstrating the ability to independently acquire new knowledge and skills to remain relevant in a rapidly changing world.

Programme Educational Outcomes (PEOs)

• PEO 1 – To produce graduates who will successfully apply advanced biochemical principles and cutting-edge technical expertise to solve complex problems in diverse professional settings, including pharmaceutical and biotech industries, clinical research, diagnostics, and agriculture
• PEO 2 – Equip students with practical and technical expertise through hands-on laboratory training, high-throughput instrumentation, and capstone research projects, fostering both subject-specific mastery and transferable skills.
• PEO 3 – To produce graduates who will demonstrate innovation by engaging in research and development, designing experiments, interpreting complex data, and contributing to the creation of new knowledge, products, or processes in academia or industry; some will emerge as entrepreneurs.
• PEO 4 – To produce graduates who will pursue continuous professional development through lifelong learning and adapting to the evolving landscape of biochemical sciences and technology.
• PEO 5 – To produce graduates who will contribute to the global scientific community by disseminating research findings through peer-reviewed publications, presentations at national and international conferences, and effective science communication to the public.
• PEO 6 – Enhance employability by offering career-focused training and best practices, enabling students to work in academic, industrial, and laboratory settings in biomedical and allied sectors at both national and global levels thus making them economically independent.

Programme Specific Outcomes (PSOs)

Students will be able to:

• PSO1 – Gain in-depth knowledge of metabolic pathways, molecular biology, enzymology, and structural biology.
• PSO2 – Perform biochemical experiments using techniques like chromatography, spectroscopy, electrophoresis, and molecular cloning, and use modern tools (PCR, ELISA, Western blotting, mass spectrometry) to analyze biomolecules.
• PSO3 – Investigate biochemical bases of diseases (cancer, diabetes, neurodegeneration) and assess treatment strategies.
• PSO4 – Employ computational tools for sequence analysis, protein modeling, and drug discovery.
• PSO5 – Present research through reports, seminars, and publications while maintaining ethical standards.
• PSO6 – Combine biochemistry with genetics, immunology, pharmacology, and nanotechnology for innovative solutions.