Window Mounted Solar Oven

(Student Name: Avinash Prabune, M.Des, IDC)


Our student’s concept was to make cookers for urban apartment dwellers. This sleek-looking appliance that is as “convenient as a microwave oven”. Can be mounted on any south-facing window, for quick cooking—reaching 120 degrees in about 20 minutes. It removes the requirement of a large open terrace or garden, as well as the need to continuously check and change the cooker’s directions, while drastically cutting down cooking time.





Window-mounted Solar Cooker project by our student, Avinash Prabhune, has won the Gandhian Young Technological Innovation (GYTI) Award/Appreciation 2018. The award function was held at Rashtrapati Bhavan on 19th March 2018, where Dr. R.A. Malshekar, Chairperson of the Research Advisory Committee, SRISTI and NIF felicitated the awardees in the presence of the Hon’ble President Shri Ram Nath Kovind.


Designed By :  Avinash Prabhune, IDC Student
Product Development :  Avinash Prabhune, Project Manager; Prakash S. , Project Manager; Aniket Bhagat, CAD Support – Design Innovation Center (DIC)
Guided by Prof. B. K. Chakravarthy
Supported by: Design Innovation Center (DIC)

Low Cost Vein Tracer for blood extraction

(Student Name: Trivikram A., M.Des, IDC)

The thought of getting injected is traumatizing to many and when you have to undergo multiple attempts of needle insertions – It’s nightmarish.

This simple light-weight device humanizes a simple technology (NIR Spectroscopy), helping medical practitioners to identify the veins easily, during vein-puncture procedures.

The Convenient and affordable vein tracer helps to locate the vein in the first attempt. Hence, reducing patients’ trauma.  Difficulty in locating the veins —especially in children, darker skinned and obese people—leads to unnecessary multiple needle pricks that cause agony due to injury and time taking process. NIR Spectroscopy is an existing technology that can easily be applied to solve the problem. The LED lights are deflected by the deoxygenated blood —giving a clear silhouette of veins. However for this technology to be actually used by the masses— in blood camps, small and medium sized hospitals—it needs to be extremely easy to use, ergonomic and a low cost product.  All these issues are well addressed by this Vein Tracer.

The USP of the device are as follows:

  • Works on diverse users – obese, dark skinned and geriatrics
  • Affordable product – the device is developed at a cost close to Rs.2000, enabling small hospitals and clinics to purchase the device
  • Considers healthcare standards
  • Product usage needs minimal training
  • Device is portable
  • Has healthcare aesthetics.

Currently a working prototype has been developed and pilot testing is in progress.

Mock-up Model :


Working Prototype:



Low Cost Vein Tracer project by our student, Trivikram A., has won the Gandhian Young Technological Innovation (GYTI) Award/Appreciation 2018. The award function was held at Rashtrapati Bhavan on 19th March 2018, where Dr. R.A. Malshekar, Chairperson of the Research Advisory Committee, SRISTI and NIF felicitated the awardees in the presence of the Hon’ble President Shri Ram Nath Kovind.


Designed by Trivikram Annamali, IDC Student
Product Development  :  Avinash Prabhune, Project Manager; Ashwathi Kaimal, Project Engineer – Design Innovation Center (DIC)
Guided by Prof. Purba Joshi and Co- Guided by Prof. B.K. Chakravarthy
Supported by: Design Innovation Center (DIC)

Water Filter Bottle for CRPF Jawans

This project is aimed at designing a pump based water filter bottle for CRPF Jawans which is lightweight, durable, soundproof, easy to carry, use, maintain and has a capacity of storing 1 to 2 liters of water.

CRPF Jawan will keep the bottle inside the pocket of the bag. When he reaches the contaminated water source, he takes out the bottle from the bag. He opens the base cap, takes out the filter which is attached to the pump with the help of pipe and throws it into the water source. He then hands cranks to pump in clean water into the water bottle. After pumping, he takes out the filter from a water source, wind up the pipe and put it back into the base cap. He snaps the base cap to the bottle. He then opens the drinking cap and drinks potable water from the bottle.






1) The device has a built-in pumping system for ease of drawing and filtering water.

2) There is a storage provision for the filtered water after pumping.

3) Use of HDPE makes the bottle durable as HDPE is the safest form of plastic to be used as it is very hard wearing, does not breakdown under exposure to extreme weather conditions.

4) The filter housing is integrated with the bottle.

5) Hand cranking is preferable and more advantageous to suction for obtaining filtered water.

Design :  Devanshi Saksena
Guided by Prof. B. K. Chakravarthy

Palki for Shri Mata Vaishno Devi Shrine

The Vaishno Devi Palki has been redesigned for improving the conditions in which Palki bearers make a livelihood. The heavy Palki rest upon their shoulders causing injury and long term muscle damage to the Palki bearers. After studying these conditions and also understanding the Palki bearers’ requirements (they didn’t wish for a design that would demand too many changes in their ways), the Palki was redesigned in stainless steel to be 30 kgs lighter than the current Palki. Ergonomic experts in the field made small changes in the seating angles. And, the Palki was designed for easy replication by local vendors thus addressing local livelihood and sustainability issues.

Design and  Development by Prof. B.K. Chakravarthy




Ajanta Palki

The Ajanta caves are a complex of 30 rock–cut Buddhist Caves containing paintings and sculptures from Indian and Buddhist religious art. Thousands of pilgrims, including the elderly and physically challenged, visit this site every year. The rough terrain, steep inclinations and large number of steps are arduous to walk through, thus making a palanquin system the only other feasible option. The existing design, made from wood or bamboo, carried by four male porters—is not comfortable for the user or the bearer. The Palki Design of this project focuses on these ergonomic issues while ensuring safe navigation through the narrow, winding passageways.

Designed by Nikhil Das, IDC student
Design & Development by Aniket Bhagat
Guided by Prof. B.K. Chakravarthy




Anti- Riot helmet

Protective helmet for police used in riot control. Its structurally strong outer shell can withstand high impact with high shock absorption capability. Different size inner shells can be fitted to same shell provide comfort fit to different head sizes .its, low cost and high standard. Helmet protects the head, face, neck and eyes from injuries due to impact, blow from blunt objects, brick batting, lathi blow, stone pelting, projectile/missiles, acid bulbs, etc.


Silent Features:

  • Light weight
  • Structurally Strong outer shell
  • Ergonomic design
  • Vertical sound inlet
  • Integrated assembly parts
  • Integrated round rib

Design and Development:  Ashish Thulkar
Guided by Prof. B. K. Chakravarthy

Ladies Helmet

Main cause of death in road accidents’ is not using helmet. Maine reason behind  ladies not using helmet are low in comfort, high weight and no space for hairs. This new design of helmet is low cost, comfortable, light in weight, stylish, ventilated and also provided space for hairs.



Unique feature:

  • Ventilation holes provide in the inner shell so air flow from front to back and drop inside to cool head and reduce in sweat and infection
  • Back side space provided for hairs.
  • Light in weight


Design and Development:  Ashish Thulkar
Guided by Prof. B. K. Chakravarthy

Kids Helmet

Most of the parents unaware that child needs helmet during traveling on bike or riding cycle which cause accidental hazards. These design is low cost, light weight, comfortable provided safety to kids’ during travel, playing cycling.


Unique feature:

  • Ventilation holes provide in the inner shell so air flow from front to back and drop inside to cool head and reduce in sweat and infection
  • You Can change outer skin cover as per choice
  • Light in weight


Design and Development:  Ashish Thulkar
Guided by Prof. B. K. Chakravarthy

Maintenance Free Letterbox for India Post


Salient Features

  • Modern Design: Helps in image building.
  • Maintenance Proof: Low lifecycle cost, will last for minimum 20 years.
  • Contemporary Materials: Use of high quality low nickel stainless steel for durability and vandal proofness.
  • High-Tech Manufacturing: Use of computer numerical control machines for fabrication.
  • User Convenience: Easy for collection of letters, change of time and common
    locking for all the postboxes in the region.
  • Revenue from Advertising: Has ample space for advertisements and can
    become a revenue generating method.
  • Easy and Efficient Installation: Can be transported easily in knockdown
    condition and assembled at site.

Designed by Sidharth Patil, IDC student
Design & Development by Aniket Bhagat
Guided by Prof. B.K. Chakravarthy

Postman Bag for India Post

Salient Features

  • The bag is flexible to use as a sling bag as well as a backpack when needed.
  • Organized system of spaces for letters , small parcels, important mails and accessories like water bottle, umbrella, stationery, etc.
  • Durability : Weather-proof and will last for at least 5 years.
  • Enhances the brand image of India Post.

Designed by Rohit Chakraborthy, IDC student
Guided by Prof. B.K. Chakravarthy

Arsenic Water Filter

Arsenic poisoning due to underground water is a big health concern in India, especially in the states of Uttar Pradesh, Bihar, Jharkhand, West Bengal, Assam and Manipur. The main objective of this project is to develop an Arsenic water filter for domestic use which filters water for a household without using Power supply. The main challenge in this project was to make a product which will remove arsenic contamination from water and will actually be used by the people living in the affected regions. Form Factor, use of indigenous raw materials, low-cost, durability, easy to use, maintain, cleaning and aesthetic design are the main considering factors for design.The Water filter designed by Vishal Bhushan Jha, brings this technology to the individual users.


Design:  Vishal Bhushan Jha, M.Des, IDC
Guided by Prof. B.K. Chakravarthy

Stretcher for Indian Army

DIC was approached by the Indian army to design a stretcher to use in remote regions of Uttrakhand with rugged terrain.  It will be used to carry patients to the nearest accessible road to meet the ambulance.



Development:  Chitranshu Kumar and Aniket Bhagat
Guided by Prof. B. K. Chakravarthy

Case for Portable Remote Radio Head

Design Innovation Center is assisting a team who is working under Prof. Abhay Karandikar in designing an outer case for Remote Radio Head (RRH). RRH shall be used for LTE small base station which would be mounted on a vehicle. Case is to be designed to sustain the vibrations generated by vehicle and release the heat generated by electronics. It will be temperature, dust and water resistant.


Asmaitha Wireless (2)

Asmaitha Wireless (5)

Development:  Chitranshu Kumar and Ashish Thulkar
Guided by Prof. B. K. Chakravarthy

Design of Soil Moisture Sensor

The objective of the project is to design a soil moisture measuring equipment based on the proposed sensor technology developed at Electrical Department of IIT Bombay.  The project is aimed to benefit small scale farmers and will prevent excessive wastage of water as the equipment helps determine moisture content of soil and thereby suggests farmers to irrigate conservatively.  The project was supported by DIC-IITB.


1) Cost: Estimated cost of product is less than INR 1000/-.
2) Portability: Device is easy to carry around and light weight.
3) Waterproof and robust construction:  The device is made in IP 54 standards and uses stainless steel pipes.
4) Depth of Sensing: The sensor can go as below as 30 cm down the soil to collect valuable information.
5) Protected Sensor: The sensor is not coming in direct contact with the soil which gives a longer life.
6) Modular: Construction has easily removable parts with only essential welds that make it easy to service/ replace.



Design & Development:  Juwin Thomas
Guided by Prof. B. K. Chakravarthy

Design of Frugal Harvesting Tools Sorghum

With the support of DIC-IITB, our student Ramkumar has designed a frugal manually powered harvesting tools to reduce drudgery of marginal farmers.  This will help to develop Indian agriculture by reducing the workload of certain category of farmers who needs ergonomic frugal tools for better productivity.




Design & Development:  Ramkumar
Guided by Prof. B. K. Chakravarthy

Design and Development of Water Carrying aid

Under Design Innovation Center, we have designed and developed Water Carrying Aid for women in rural areas. This product is an aid which facilitates an easy and ergonomic way of transporting water from the water source to the houses of people in rural India.



Design & Development:  Sohini Guin
Guided by Prof. Purba Joshi

Water Cart

A group of women, colorful dupattas aflutter, beautifully silhouetted against a rising/setting sun,  gracefully balancing two to three pots atop their heads —an easily identifiable, immediately recognizable image of rural India.  Reality, however, isn’t as picturesque. Village women already burdened by domestic and farming activities, are spending longer and longer number of hours to get water from the increasingly parched wells of the region. Uneven terrains and larger loads are putting a strain on their necks(read here and here, how research is debunking the mythical benefits of load bearing), their health and their time especially during the hot summer months.

A product is required that can carry larger loads of water— in one go— across our uneven, rural terrains, with as little physical exertion as possible. This is where we roll in our Water Cart:

The Design Innovation Center alongwith a group of IIT Alumni are designing a water cart that can carry upto 30 kgs of water (the daily drinking water requirement of 10-15 people) along rural pathways. As always, our focus will be on creating a product that is easily manufactured locally, with locally sourced materials. And our process, will involve testing in actual conditions throughout the design process. To this end, we are now eagerly waiting to test our first prototype in the wadis of Shahapur Taluka— to determine our next round of modifications. Watch this space to see how our design process unfolds.


Development:  Chitranshu Kumar and Aniket Bhagat
Guided by Prof. B. K. Chakravarthy

Portable Patient Chair for Dental Camps

Portable dental patient chairs are used in mobile operatories and field industry.
Unlike electric chair, the position adjustments are done manually and dental unit comes as a separate part.
Good quality products are either imported and are over-priced. Therefore, there is a lack of good portable chairs
in Indian market.  Hence most dental colleges in India do not own portable chairs.


Design & Development by Arun Shah
Guided by Prof. B.K. Chakravarthy

Solar study lamp for rural area

Children adopt multiple postures while studying. Some are comfortable with the book on their lap, or some just want to read while lying down. The lamp should provide adequate light for any of these varying postures.

While the lamp is primarily designed to be used by children, it can be used by everyone in the family. The lamp acts as both a task light or ambient light for different errands like filling water from wells, washing clothes, cooking etc.

A lamp that can quickly and easily and efficiently adapt to multiple use conditions. Attach a bottle, an umbrella or just hang it on the wall

solarstudy lamp


Design & Development by Nishith Parikh
Guided by Prof. V. P. Bapat


Concept and Applications:

Helikite is a balloon-kite hybrid aerial platform which combines the properties and thus advantages of both a balloon and a kite. A balloon is affixed with a kite at the bottom and this assembly is secured to the ground using a tether. To counter the phenomenon of lowering of height with increase in wind speed which is a major problem with tethered simple balloons and even aerodynamic balloons, better known as Aerostats, the kite part of the Helikite system, helps by providing a surface area so as to produce dynamic lift which goes on increasing with the increase in wind speed. This lift tries to push the system upwards thus, utilizing the wind to gain height instead of decreasing it. This is how the dynamic plus static lift and tether combination helps the helikite in maintaining the altitude of deployment. A twin barrel winch is used to secure the tether to the ground. This system on a whole (balloon+kite+tether), is lighter than air. A keel is attached perpendicular to the bottom surface of the kite. This keel aids in aligning the entire system in the wind direction.

Helikite, on account of its dynamic lift, is a compact and relatively stable aerial platform which can find applications in the fields of agriculture, civilian surveillance, defense surveillance and weather analysis.

In agricultural applications, mounting visual and infrared cameras on the Helikite, can help detect water stress on the crops at an early stage. Water stress is the deficiency of water in the crops either due to improper irrigation or over perspiration. This leads to subtle and gradual increase in crop temperature just like increase in temperature in us humans just before and during a disease. This technique makes the farmer aware of any impending crop health issues quite early and also assists in irrigation planning.

Helikite can also be used in cases of natural disasters to get an overview of the area under distress. Night lighting and Advertisement are also some of the domains where Helikites can find applications in.

Current Status:

            A small scale mock model of the system was made out of a gym ball and a specially designed and  stitched kite to explore and understand various balloon- kite securing methods. An appropriate method was finalized to be adopted for the first 1:1 scale prototype. The prototype currently is in the final stages of fabrication. Balloon, Kite, Tether and Winch are ready to be used. Kite framework is being worked out as of now. This prototype has been designed to carry a payload of 3 kg.


Design and Development:  Chetan Dusane and Amit Wani
Guide:  Prof. Debraj Chakraborty
Co.Guide:  Prof. B.K. Chakravarthy
Supported by DIC

Design of Way Finding Systems

Disha, Sir J J Group of Hospitals, Mumbai:

With the support of Design Innovation Center, a group of IDC B.des students have designed and developed Way Finding Systems for the  Sir J J Group of Hospitals in Mumbai. As a pilot, the problem is solved through three levels. The students in groups were used colour coding and visual elements to make way-finding easier for both patients and visitors. Secondly, wearable bands and tags were used to give directions corresponding signage along the ways and finally signage for quicker identification of destination.

See the facebook page put up by the students.
At Gateway of India, Mumbai:
B.Des students in groups has come up with innovative signage system using LED lighting elements.
The prototype installed at the Gateway of India will aid tourists to identify the gates cater to vessels destined towards various locations. The key focus of the project was to resolve any confusion while navigating in the dynamic space of the Gateway of India.

See the facebook page put up by the students.


Dokra Door Handles

The beautiful and intricate craft of Dokra finds a new product to explore in our range of door handles, that bring Indian tradition into a modern product while giving new avenues and markets for this age-old craft.


Design:  Garuav Vaidya, M.Des, IDC
Guided by Prof. B.K. Chakravarthy

Solar Steam Generator based Rice Cooker

This design takes the affordable steam generation technology developed by the Heat Pump Lab, Mechanical Department (IITB), and brings it to the average Indian middle class home for something they need to do almost daily—cook rice—in a sleek, easy-to use appliance.


Design:  Garuav Vaidya, M.Des, IDC
Guided by Prof. B.K. Chakravarthy


Natural Convection Solar Dryer

The Solar Dryer has been redesigned and developed for community based drying in the rural areas. The Dryer will be low cost—not exceeding INR 15000/. It will integrate modular features for economical mass manufacture. And  easy assembling-disassembling features ensuring convenient transportation. Mindful of the end user requirement, insightful user friendly features include:  humidity control, flap opening door operations and a low minimum of 10 kgs for drying— without losing on performance and technical parameters. With an eye on social design surrounding the drying process:  the goal is to eventually, also, create a brand and market for the dried crops.


Climate Responsive Building Facade Design

Our low cost climate responsive facade — budgeted at a mere 150-160rs/sqft — adapts to environmental changes and regulates the internal conditions in  buildings. The design is easy to maintain and the aesthetics reflect the continuity of Indian tradition.


Design:  Shashank Gautam, M.Des, IDC
Guided by Prof. B.K. Chakravarthy

Seat Prop for Police Stick

Our Redesigned Police lathis are ready to report for duty!. The  Design Innovation Center has taken forward this seed of an idea for supporting a policeman’s various postures during long hours of duty- all the way to production stage. The design was a simple rubber moulded attachment that can provide a soft “seating” for the policemen to rest their elbows or lean upon. Led by Prof. Chakravarthy, this has meant the project has been though many levels of prototyping, user survey, improvement and refinement.

Different ways of use to provide support5Different ways of use to provide support4

After the success and positive feedback for our 200 piece pilot production— we are ready, quite literally, to extend our support to our city’s hardworking police force.


Implementation was done on 200 police sticks delivered from Naigon Police Headquarter,
Mumbai. Tools used in implementation:


 Design and Development by Prof. B.K. Chakravarthy

Smokeless Biomass Cooking Stove – Shrot

Shrot (श्रोत ):

  • Over 4,000,000 people die prematurely from illness attributable to the household air pollution caused by cooking with solid fuels.
  • More than 50% of premature deaths due to pneumonia among children under 5 are caused by the particulate matter (soot) inhaled from household air pollution.
  • Black carbon (sooty particles) and methane emitted by inefficient stove combustion are powerful climate change pollutant

A statistic is not required to understand the discomfort of thick sooty smoke stinging your eyes and invading your lungs every single time you need to cook a meal. Yet people who depend on these chulhas have shown a historic reluctance to adopt other methods of cooking.

The Shrot, is a cost effective solution. It allows users to continue with their traditional fuel sources —wood, cow dung, discarded coconut shells, agricultural waste—while cutting down the toxic gases and soot produced by more than 50%. And with every cooking cycle it converts the solid fuels to saleable high calorific values charcoal—giving a profit incentive to the BPL and low income homes that typically use the traditional Chulha.

Design and Development by Chitranshu Kumar, IIT Gandhinagar
Guided by Prof. Dinesh Korjan, Consultant of DIC

Selective Drumstick Cutter

Drumsticks, may occupy a place on in Indian meals but are unlikely to be found in design thinking process. Incidentally, India is the largest producer of drumstick. The harvesting of drumsticks is a very delicate process and a huge percentage of food waste can be eliminated if the tools used for harvesting are better designed.

This drumstick plucker carefully picks the ripe drumsticks while leaving the immature pods on the tree. The plucker has been designed considering ergonomics and affordability.

Designed by Akshay Hargude, IDC student
Design & Development by Aniket Bhagat
Guided by Prof. B.K. Chakravarthy



Heritage Lighting

Lighting—that can enhance Heritage temples and forts by night – is currently done in a fairly insensitive manner. Nails are driven into century old stone walls, irreparably damaging the sculptures, murals and inscriptions inside the temples. The conventional lighting systems used are tube lights and bulbs which are unsuitable for the ambience. The wires gape through the pillars in an unsightly fashion.

Solving these problems, this lighting project creates ambient lighting that merges into and enhances the look of the building. A series of lights are neatly hidden behind laser cut steel panels that stick to the temple walls using specially designed adhesives. The adhesives are customized for the temple walls based on their material. Ornamentation replicating the temple’s surface designs are carefully selected and laser cut onto the panel.


Designed by Shashank Sawant, IDC student
Design & Development by Aniket Bhagat
Guided by Prof. B.K. Chakravarthy

Foldable Helmet

Lugging around a bulky helmet is so inconvenient that millions of two wheeler riders and their pillions would chose to go without one—even though this may be a fatal choice. This Helmet is designed to improve this user experience: The main feature of the helmet is its ability to easily collapse with a single flick becoming compact and easy to carry.  The helmet design has gone through many iterative layers of safety, anatomy, manufacture, economics, ease of use, ergonomics and style considerations. Apart from the two piece locking mechanism, the materials used for the cushioning have also been modernized for added compactness.

Designed by Mandar Kale, IDC student
Design & Product Development by Dattaram Chari
Guided by Prof. B.K. Chakravarthy



“AUV-IITB is a group of students from IIT Bombay who engage in research for indigenous development of micro Autonomous Underwater Vehicles (AUVs). Team AUV-IITB aims to be a forum for students to network together and develop new low-cost technologies for use in the Autonomous Underwater Robotics Industry.

In order to give the developing nation one of its first advanced and low cost AUVs, the team has been working rigorously on Matsya series of AUVs with Matsya 4.0 being the current vehicle having the capability to perform various complex tasks.

The project team involves students with expertise from different engineering disciplines in the institute. It encompasses the streams of Computer Science, Electrical, Mechanical and Aerospace engineering, Metallurgical Engineering, Civil Engineering and Physics.

The project’s long term vision is to engage in extensive and indigenous research in underwater technologies in collaboration with Naval Research Board, Defense Research & Development Organization (DRDO), independent research on components such as underwater connectors, water-proofing techniques, thrusters, acoustic localization system and software framework. It aims to develop a student team as a Centre of Excellence in maritime technology as well as a self-sustained independent student body.”

Matsya series of AUVs with Matsya 4.0

Matsya series of AUVs with Matsya 4.0