From Theory to Simulation.
META VAZHI KALVI™ is designed to transform conventional text-based and theory-oriented learning into an interactive, simulation-based learning experience.
Instead of learning a laboratory procedure only through written descriptions, learners can move through a structured digital experience that connects explanation, visualisation, interaction, simulated practice and assessment.
CHAPTER 70 — ESTIMATION OF CIRCULATING TSH
Clinical Biochemistry & Immunoassay
This chapter demonstrates how a conventional theoretical topic can be converted into a structured interactive learning journey. The learner is introduced to the procedure, guided through the laboratory sequence and then given a simulated environment in which the concepts can be explored through interaction.
College of Allied Health Sciences
Faculty of Medicine and Health Sciences
SRM — Institute of Science and Technology (Trichy Campus)
Irungalur, Trichy, Tamil Nadu
Transforming theory into an experience
In a conventional learning format, students may encounter a procedure through notes, diagrams, lectures or written steps. META VAZHI KALVI™ adds a simulation layer to that learning process, allowing the same conceptual sequence to be represented as an interactive digital laboratory.
Understand the concept
The learner begins with the scientific concept, terminology, procedure and sequence presented through structured instruction.
Visualise and interact
The theoretical sequence is represented through a browser-based virtual workbench where laboratory objects, actions and parameters become interactive elements.
Practice the sequence
Students progress through guided steps, interact with the simulated environment and complete an assessment-oriented learning sequence.
One chapter. Multiple learning layers.
The demonstration combines instructional media with an interactive 3D workbench so that the learner can move from observation to simulated participation.
Video Preamble
A protocol walkthrough introduces the laboratory procedure before the interactive simulation.
3D Virtual Workbench
Laboratory specimens and tools are represented inside an interactive browser-based 3D environment.
Guided Interaction
Learners interact with the simulated workflow, including volume and incubation controls.
Assessment
The chapter progresses toward interpretation and a final competency-oriented assessment stage.
From explanation to simulated practice
The learning experience follows a clear progression: understand the procedure, observe the workflow, enter the virtual laboratory, perform guided interactions and complete the learning sequence.
Eight structured stages
The simulation follows the chapter sequence through specimen handling, pipetting, reagent interaction, incubation, quality control, measurement, interpretation and final assessment.
Experience the theory as a simulation
Enter Chapter 70 and experience the transition from instructional content to an interactive 3D virtual laboratory.
OPEN CHAPTER 70 DEMO →