We provide technological solutions to biological inconveniences
Healthcare, engineered by students who refuse to wait
Thuzhal Tech is an organisation made up of technical education students and graduates who have come together to improve healthcare.
At Thuzhal Tech, our goal is to use artificial intelligence to completely transform the healthcare sector while tackling biological problems. Thuzhal Tech aspires to offer original answers to current problems by utilising creative and analytical techniques. As members of Thuzhal Tech, people are given a stage to share their approaches to problem-solving and ideas, promoting a culture of self-reliance where abilities and their real-world applications are constantly improved. Dot also acts as a focal point for the dissemination of technological developments around the world, encouraging the interchange of knowledge.
Mission
Digitalizing the world by finding solutions to biological problems using artificial intelligence, specifically in healthcare systems.
Vision
To provide technological solutions to biological inconveniences.
Team
Sandeep Themangani S
B.E Mechanical EngineeringFounder & CEO
Jaswin Kumar N R
B.E Computer Science & Engineering
Ramanidharan G
B.E Mechanical Engineering
Sakthi S
B.E Electrical and Electronics Engineering
Manasa M
B.E Electronics and Communication Engineering
Ilamathi E
B.E Electronics and Communication EngineeringNon-Invasive Glucometer
Our principal project — using bioimpedance technology to calculate blood glucose levels
Bioimpedance Technology
Monitoring blood sugar levels can be a hassle — the need to get blood samples every time causes irritation and discomfort on the skin. Using bioimpedance technology, we simply pass a current across two points on the skin and, using the impedance readings, deduce the blood sugar levels.
Target Demography
The non-invasive glucometer is useful to anyone who wants to keep an eye on their blood sugar levels regularly. It can also be standard-issue at hospitals to measure blood glucose.
Hardware Description
We used a custom built PCB, a bioimpedance analyzer, a microprocessor, some electrodes and a basic display to analyze and display the impedance values and infer the glucose levels.
How it works
An oscillator generates alternating current at high frequency. Electrodes pass the current between two points on the skin. The impedance between the two points is analyzed by the bioimpedance analyzer. The microprocessor computes the blood glucose level from the impedance values.
Development Roadmap
Where the glucometer program stands todayPrototype Circuit Design
Full custom PCB roundtripped and validated.
Research
Bioimpedance → glucose correlation studies.
Model Training
Personalized ML glucose inference models.
Working Prototype
Integrated handheld clinical prototype.