Laboratories

The concepts, and theories, taught in Physics classes need to be clarified through specific experiments to help the students get a clear picture.

A well-equipped lab with big tables, wide racks, and robust apparatuses helps students to jot down readings methodically and analyse them meticulously.

Various, often hard-to-grasp chemical reactions studied in class seem fascinating when actually performed in the lab.

Under the safe and careful supervision of experienced teachers, students assimilate the complexities of Chemistry at their work benches, usually huge granite-topped tables, with individual burners, pipettes, burettes, beakers, and needed chemicals.

Trinity labs deliver effective hands-on learning in biology, emphasize contemporary scientific techniques, and integrate technology into the learning experience.

Providing close personalized attention, teachers use lab experiments to teach students about the wondrous beauty of the living world through microscopes, samples, slides. and stains.

Our Maths Lab equips learners with interactive, fun-filled, activity-based learning using special tools including a computing platform, and creates a challenging atmosphere for honing their mathematical skills while providing online support for math courses.

Learning of mathematical concepts through concrete materials, hands-on-experience, and real-life situations whether F2F or online is how learners can enhance their analytical and critical thinking.

Trinity provides Hospitality Management training by integrating classroom instruction comprising standard industry software with extensive hands-on experience.

Students undergo lab sessions concerning restaurant services & food preparation so as to nurture skills required for further education or jobs.

•  Risk assessment by students is most advisable before doing practicals. For eye protection, protective spectacles, or face shields should be worn whenever the risk assessment points to a risk of damage to the eyes or face.
• Safe working is the most important guideline. Many science processes can cause harm if not carried out safely. For example, heating ethanol over a naked flame makes a fire very likely, whereas heating it in a hot water bath makes a fire much less likely.
• Routine safety (and health) precautions MUST be observed while doing practicals.
• Students must know how to handle any usual hazardous situation possible. Hazards include many chemicals, electricity at high currents, or some micro-organisms and tools that may cause personal injury.