Chemical Sciences
AMRITA VISHWA VIDYAPEETHAM
Introduction
The Inorganic Chemistry Virtual Lab is an immersive, simulation-based platform designed to enhance students’ understanding of fundamental and advanced concepts in inorganic chemistry through interactive experimentation. Bridging the gap between theoretical knowledge and practical application, this virtual lab offers a safe, accessible, and resource-efficient environment to explore diverse chemical principles related to analytical chemistry, coordination chemistry, environmental chemistry, and solid-state chemistry.
With a particular focus on water and soil analysis, gravimetric estimation, acid-base titration, alloy analysis, and theoretical topics such as crystal field theory and group theory, this lab caters to both undergraduate and postgraduate learners in chemical sciences. It ensures conceptual reinforcement while promoting environmental awareness and analytical competence.
With a particular focus on water and soil analysis, gravimetric estimation, acid-base titration, alloy analysis, and theoretical topics such as crystal field theory and group theory, this lab caters to both undergraduate and postgraduate learners in chemical sciences. It ensures conceptual reinforcement while promoting environmental awareness and analytical competence.
The primary objectives of the Inorganic Chemistry Virtual Lab are as follows:
- To develop a foundational understanding of inorganic quantitative analysis through virtual simulations that replicate key laboratory procedures.
- To enhance students’ proficiency in analytical techniques such as titrimetry and gravimetry by enabling practice in estimating various chemical and physical parameters of water and soil.
- To illustrate the application of theoretical models such as Crystal Field Theory and Group Theory in understanding molecular structures, bonding, and symmetry.
- To foster skills in the qualitative and quantitative analysis of alloys through the separation and estimation of constituent metals.
- To instill scientific accuracy and procedural familiarity with concepts like standard solution preparation, precipitation conditions, and pH/conductivity measurements.
- To cultivate environmental consciousness by engaging students in experiments related to water and soil quality assessment, which are critical for sustainable development.
- UG
- B.Sc. Chemistry, B.Tech./B.E. (Chemical Engineering, Materials Science, EEE, ECE, Mechanical, Civil)
- Integrated M.Sc. Chemistry
- PG
- MS/Ph. D. Beginners in Chemical Science
The syllabi of this lab aligns to the following universities in India.
- Mahatma Gandhi University, Kerala.
- University of Calicut.
- University of Kerala.
- APJ Abdul Kalam Technological University.
- NIT Calicut.
KUK, MDU, RTU, UPTU, IPU, University of Delhi
No reference books available.