The Physics Laboratory is designed to support Bachelor of Education students specializing in physics teaching. It provides a practical environment to explore core physics concepts such as mechanics, electricity, magnetism, optics, and thermodynamics. Through hands-on experiments and demonstrations, the lab enhances pedagogical skills, scientific reasoning, and instructional confidence, preparing future educators for effective classroom teaching.

A state-of-the-art laboratory serves as a hub for advanced research in micropropagation, somatic embryogenesis, In vitro Mutagenesis, Somatic Hybridization, doubled haploid plant production, In vitro fertilization, embryo rescue and genetic engineering. Equipped for sterile culture work, it supports undergraduate education, industrial training, and interdisciplinary collaborative research. It plays a pivotal role in nurturing the next generation scientists and entrepreneurs and promoting sustainable agriculture through innovation in plant biotechnology.

A multidisciplinary laboratory fostering the development of future scientists through hands-on exploration in biology, microbiology, biochemistry, and nanotechnology. Equipped with spectrophotometers, centrifuges, incubators, and microscopes, it supports both teaching and research. Emphasizing safety, precision, and scientific inquiry, the laboratory  is a cornerstone of the Department of Applied Science’s academic mission.

An integrated research complex advancing innovation in genetic engineering, molecular diagnostics, and cellular biology. This facility combines molecular biology, cell culture, and instrumentation labs, equipped with PCR systems, electrophoresis units and Gel documentation imaging system, sterile culture environments, and precision analytical tools. It empowers undergraduate and postgraduate training, faculty research, and interdisciplinary collaboration nurturing the next generation of science leaders.

A specialized facility nurturing future scientists through hands-on training in gene expression, gene editing, nucleic acid extraction, and histological analysis. It includes dedicated labs for molecular biology, staining, and PCR, equipped with advanced tools like thermal cyclers. The complex supports academic instruction and research in molecular genetics, diagnostics, and biotechnology.

A purpose-built facility designed to empower the healthcare sector by training future nurses through immersive, practice-based learning. Simulating a hospital ward with beds, mannequins, and medical instruments, it enables students to master clinical procedures from basic care to advanced techniques, fostering competence and confidence in real-world healthcare environments.

A specialized facility designed to build the next generation of physiotherapists through simulation-based education. Equipped with therapeutic tools and rehabilitation equipment, it supports training in physical therapy techniques, musculoskeletal assessments, and patient mobility. The lab fosters confidence, competence, and critical thinking for real-world healthcare practice. 

The Biomedical Science Laboratory is an innovative space in development, purpose-built to inspire and nurture the next generation of biomedical scientists. With a strong emphasis on hands-on, inquiry-based learning, the lab will provide immersive experiences in molecular biology, genetics, biochemistry, immunology etc. - in all of the subjects with a practical component in Biomedical Sciences. Designed to spark curiosity and fuel creativity, this dynamic environment will empower students to explore, experiment, and engage with the scientific process—laying a strong foundation for future discovery and innovation.

The Moot Court is a specialized facility designed to simulate real-world courtroom experiences for law students. It serves as a practical training ground where aspiring legal professionals can develop advocacy skills, engage in mock trials, and refine their understanding of legal procedures. This space plays a vital role in preparing students for the dynamic world of legal practice.

Discover a home for curious minds at SLIIT's library network, where flexible spaces, smart tech, and supportive resources come together to fuel your research, writing, and digital growth, enhancing your overall student experience.

Experience groundbreaking research with modern specialized equipment, strong IT infrastructure, and dedicated centres promoting interdisciplinary collaboration. Enjoy core facilities while prioritizing ethics, safety, and innovation.

SLIIT's dedicated shuttle services run across multiple routes, linking the campus with residential areas to ensure easy access. Designed with safety and convenience in mind, they enhance student mobility and make daily travel hassle-free.

SLIIT student services provide comprehensive support through academic advising, learning resources, and career guidance while empowering students to thrive both academically and professionally.

SLIIT's gymnasium acts as a vital hub for student well-being and community activities, supporting physical health, mental clarity, and social connection, enriching the student experience by encouraging a balanced, active lifestyle.

With over 22 sports to choose from, SLIIT promotes active lifestyles, social interaction and stress management. These opportunities nurture personal growth, skill development, and a well-rounded university experience.

SLIIT's cutting-edge laboratories transform theory into practice, offering hands-on learning, skill development, and innovation. These advanced facilities drive research, enhance engagement, and equip students for future careers.

Step into SLIIT's modern drawing studio to sharpen your technical skills, explore creativity, and develop critical thinking. It is a space designed for personal expression, stress relief, and enhancing your overall well-being.

Moving away from the traditional lecture-hall format, SLIIT provides dynamic, interactive, and technology-driven classrooms, ensuring enhanced engagement and improved learning outcomes to prepare students for the digital workplace.

SLIIT's high-tech auditorium hosts a range of events, from large lectures to cultural performances, strengthening its reputation and promoting interdisciplinary learning while expanding its global reach.

SLIIT Recreation Centre creates a supportive environment where students can enhance their physical, mental, and social well-being, contributing to a fulfilling university experience and academic success

Explore SLIIT's dynamic clubs and societies that spark leadership, personal growth, and valuable career networks. Join, build soft skills, and elevate your university journey through meaningful connections and experiences.

A state-of-the-art laboratory serves as a hub for advanced research in micropropagation, somatic embryogenesis, In vitro Mutagenesis, Somatic Hybridization, doubled haploid plant production, In vitro fertilization, embryo rescue and genetic engineering. Equipped for sterile culture work, it supports undergraduate education, industrial training, and interdisciplinary collaborative research. It plays a pivotal role in nurturing the next generation scientists and entrepreneurs and promoting sustainable agriculture through innovation in plant biotechnology.

A multidisciplinary laboratory fostering the development of future scientists through hands-on exploration in biology, microbiology, biochemistry, and nanotechnology. Equipped with spectrophotometers, centrifuges, incubators, and microscopes, it supports both teaching and research. Emphasizing safety, precision, and scientific inquiry, the laboratory  is a cornerstone of the Department of Applied Science’s academic mission.

An integrated research complex advancing innovation in genetic engineering, molecular diagnostics, and cellular biology. This facility combines molecular biology, cell culture, and instrumentation labs, equipped with PCR systems, electrophoresis units and Gel documentation imaging system, sterile culture environments, and precision analytical tools. It empowers undergraduate and postgraduate training, faculty research, and interdisciplinary collaboration nurturing the next generation of science leaders.

A specialized facility nurturing future scientists through hands-on training in gene expression, gene editing, nucleic acid extraction, and histological analysis. It includes dedicated labs for molecular biology, staining, and PCR, equipped with advanced tools like thermal cyclers. The complex supports academic instruction and research in molecular genetics, diagnostics, and biotechnology.

The Biomedical Science Laboratory is an innovative space in development, purpose-built to inspire and nurture the next generation of biomedical scientists. With a strong emphasis on hands-on, inquiry-based learning, the lab will provide immersive experiences in molecular biology, genetics, biochemistry, immunology etc. - in all of the subjects with a practical component in Biomedical Sciences. Designed to spark curiosity and fuel creativity, this dynamic environment will empower students to explore, experiment, and engage with the scientific process—laying a strong foundation for future discovery and innovation.