Research & Product Development
Make Labs Research & Development, driving innovation and technological advancement. This explores
the essential methodologies and outcomes associated with research and product development in
Make labs. It emphasizes the systematic approach to identifying research gaps, formulating
hypotheses, conducting experiments, and analyzing results to foster product ideation and
enhancement. The iterative process of product development, including rigorous testing, feedback
integration, and iterative refinement, is highlighted as crucial for achieving high-quality
outcomes.
Some of our Research :
IoT-based continuous glucose monitoring system
Health monitoring systems based on Internet-of- things (IoT) have been
recently introduced to improve the quality of health care services. However,
the number of advanced IoT-based continuous glucose monitoring systems
We designed an IoT-based system architecture from a sensor device to a
back-end system for presenting real-time glucose, body temperature and
contextual data (i.e. environmental temperature) in graphical and human-
readable forms to end-users such as patients and doctors. The customized for
suiting to the glucose monitoring system and achieving a high level of energy
efficiency. Furthermore, we investigate energy consumption of the sensor
device and design energy harvesting units for the device. Finally, the work
provides many advanced services at a gateway level such as a push
notification service for notifying patient and doctors in case of abnormal
situations (i.e. too low or too high glucose level). The results show that our
system is able to achieve continuous glucose monitoring remotely in real-time.
In addition, the results reveal that a high level of energy efficiency can be
achieved by applying the customized the power management unit and the
energy harvesting unit altogether in the sensor device.
Two Electrode Mobile Based ECG Monitoring System Using Artificial
Intelligence for Reduced False Positive
For more than two decades Heart disease has remained the leading cause of death in India.
It is estimated
that 17.5 million people die each year from cardiovascular diseases, amounting to a
staggering 31% of all
deaths worldwide. Of
the 30million heart patients, 14 million reside in urban areas and 16 million in rural
areas. If the current
trend continues, by the year 2020, the burden of cardiovascular diseases in India
will surpass that of any other country in the world. In most cases patients delay heart
attack treatment
thinking that they have a breathing or gastric problem leading to higher mortality. The
existing 12 lead
ECG system requires more caution and procedures to be followed while acquiring the ECG
signal and
cannot be used for continuous monitoring away from hospitals. The main objective of this
proposal is to
prevent emergency situations by informing the patient to take actions before
patient's health condition get
worse leading to emergency medical care. The proposed project is a design of simple
wireless two
electrodes system that could be worn by the patient which continuously monitors the
heart rate and sends
data to an application in the smart phone and uploads data in the cloud for access from
cardiologist.
Vehicle Accident Avoidance using SONAR Technology
The major problem nowadays in most foggy region and
polluted cities is accident detection and avoidance .This
method can be implemented to rescue accident in the
foggiest regions. As the accidents occur most frequently we
use AVR 16-bit microcontroller in this system with RISC
architecture. In our proposed system we use ultrasonic
sensors to penetrate through the mist and detect the objects.
ADXL sensors which are used to find the position of the
vehicle.GSM and GPS system are used to locate the objects
and to communicate to the user in emergency situations
.Hence this can be implemented in vehicles of more foggy
areas. The accidents will also be reduced with timely rescue
by our proposed system.
