Portfolio Saumil Bhandari by SaumilBhandari

Saumil Bhandari

saumil.bhandari@gmail.com

+43 6886 443 4301

Julius Raab Strasse 1-3, Linz, Austria 4040

Personal Statement

I am trained in channelizing the innate design instinct into a more structured approach to design with a special interest in redeﬁning the interactionswitheverydayproductsandservices across both physical and digital platforms.

Portfolio

Online works

2024

Education

MA. Interface Cultures

Kunstuniversitat Linz, Austria

KeySubjects

• Social Interfaces, Interactive Art - Art Thinking

• Critical data, Mapping the data

• Post Media Practice, Sustainable IT

• Fashionable Technologies, Playful Interfaces

• AI for artists, Stage based Interaction

2024

MA. Post digital Lutherie

Experience

2023

Lead Design Technologist, On2Cook Pvt. Ltd. Ahmedabad, India

2014

On2Cook, the ﬁrst in-house product of InventIndia innovations Pvt. Ltd is an patented cooking device that utilizes Microwave as well as Induction energy simultanously to cook food faster keeping intact its nutrients.

KeyWorks

• Production Cycle Management, Certiﬁcation Checks and Coordination

• Electronics Speciﬁcatiohns and Architecture, Hardware Design, Firmware Design, User interface Design.

Product Designer

Bamboo Centre, Auroville, India

Research and Development on Bamboo as a lifestyle material for a sustainable future.

KeyWorks

• Construct a bamboo chair using bamboo bending technique.

• Build a bamboo lamp using ball and socket joint mechanism with bamboo.

2013

Junior Product Designer

Light Fish, Auroville, India

https://issuu.com/saumilbhandari/docs/portfolio_saumil_bhandari

Kunstuniversitat Linz, Austria

https://wordpress.com/post/saumilbhandari. wordpress.com/75mqvxA

Skills

• Interdisciplinary Collaborator & Facilitator

• Design Research, Mapping Research for Insights

• User Centered Design Thinking

• HandsonFabrication-PowerTools,Soldering

• Digital Fabrication - CNC , 3D Printer ( FDM, MSLA)

• Sketch Ideas, Wireframing, UI Design, Prototyping

• InteractiveProofofConcept,UsabilityTesting

• CAD Modelling & Render, Schematic and PCB Layout Design, Firmware

• Solidworks, Rhino, Fusion 360,

KeySubjects

• Analog & Digital Instruments Fabrication

• New Interfaces for Musical Expression,

• Sound Synthesis , Sonic Visualizations

• Tangible Music, Sonic Interaction Design

• Electronic Music Composition, Music Economy

2014

MSc. Product Design

Glasgow School of Art Glasgow, UK

KeySubjects

• User Centred Design Frameworks

• Service Design, Ethnographic Research

• Human Factors, Ergonomics, Data Visualization

2007

BEng.Electronics&Communication

Bhilai Institute of Technology Durg, India

KeySubjects

• VLSI systems, Analog & Digital Signal Processing

• Embedded Systems, Semiconductors

• Microwave and Radio Engineering

• Research and Development for Induction Cooker EM ﬁeld and Magnetron Microwave Simulations and Validation using Laboratory Tools .

2016 Design Technologist, Invent India Innovations Pvt. Ltd. Ahmedabad, India

Interdisciplinary role as UI UX designer, Product Designer , Electronics Lead working on product from diverse verticals including Healthcare Home Automation, Consumer Electronics etc.

KeyWorks

• Lead Multiple Design and Development Projects at a time.

• Proof of Concept Fabrication & Experiments

• Project Design Effort Estimation, Project Plan creation, Project Speciﬁcation Creation.

• Electronics System Architecture, Components Selection, Hardware Design, Firmware Design.

• PCBA Bringup, Product Assembly and Test Report Creation

• UX Research, Wireframe Creation, UI Conceptualization, Coordination with Developers

2015

Intern at Machines Room, LimeWharf London, UK

KeyWorks

• Laser cutting and 3D printing for clients.

• Electronic prototyping using Arduino.

Design and development of lighting solutions using various LED modules.

KeyWorks

• Plan and execute in-house manufacture of Aluminium street lamp modules for client.

• Design and development of stainless steel Lamp Display unit for weekly stall exhibitions.

• Conduct experiments for testing luminous intensity and power consumption of LEDs.

2013

Product Design Intern Prakti design lab, Pondicherry, India

KeyWorks

• Conduct scientiﬁc experiments for testing the performance of Prakti’s unique low cost cooking stove.

• Ideate for form and functionality of the future prototype of stove.

• 3D Model and renders.

2012

Product Design Engineer at Sai Infosystems ltd. (R&D) Bangalore, India

KeyWorks

• Design for manufacture of enclosures for Surveillance cameras, IP phone, Webcam among other projects.

• Design for assembly of printed circuit boards inside enclosures.

• 3D Modelling and 2D drawings generation.

ON2COOK

Fabric Display

Music Interaction Wall

BreathSynth

SoundClock

Vital Trace Ring Light

Cooking device that combines Microwave and Induction to reduce cooking time by half and minimize nutrient loss

App for enhancing the restaurant kitchen cooking experience for Chefs to be able to cook on 5 recipes simultaneously

In vitro analysis of heart rate and Lactate measurements to detect fatigue and chances of prematurebirth

Planters under concentric grow lights with programmable patterns based on time and plant type

Motored buggy that autonomously follows its Golfer using accurate RF based Triangulation for distance, angle tracking

Upgrade traditional Hookah set up and user experience by regulating heating source power withbreathratemeter

Awalletforblindtoknow the number on currency and keep a check on counterfeit money.

Automated blood stain coloring device to detect the presence of Red Blood & White Blood cells

Automated Door handle

Sanitizer using UV LEDs tested in lab to cure SARs COV-2

A 3-stage mobile phone cleaning KIOSK inside shops actuated by user through scan and pay based payment gateways

Payment tracking-device management app to be used by the service provider, kiosk owner, customer who wants to get mobile phone cleaned

Golf Trolley Robot

Electric Hookah

Wallet for Blind

UVSET

LABTECH

Mobile Cleaner

2019 Domestic Water Use Control

MojoPAQ

BioMedix

Universal Phone docking powerbanks compatible with iPhone, microUSB, Type-C ports

CapacitiveSensoraround inlet pipes to non-invasively detect quantity of water consumption from households

2017 Tearado

String n Ply Table for Piano

2018 Automated Cooking Device

An instrument table made out of plywood with joineries only through strings.

User interface for Retinal Imaging used in hospitals and clinics

Head CEAT

A society management service provider to access help-desk, finance andadmin

Tea bag based Tea making-cum-drinking bottle with varied levels of Tea infusion and hotness control

Record & Cook recipe by automated dispensing foodfromcompartments organised into vegetables, spices, cereals

2016 Smart Water Bottle

Capacitive level sensor water bottle to detect amount of water drunk by user

Accelerometer based speed tracking to audio-visually alarm the driver for over-speeding using GPS coordinates mapping of routes.

Electric Lunchbox

Reheat Food in Lunchboxcompartmentsusing a capacitive touch interface integrated

2 -in- 1 AC DC adaptorcum-10000mAh Powerbank with type C USB able to output upto 40W power across multiple brands of phones.

ZIPGRID

Bobble

Fabric Display Pixels are crafted from a conductive fabric, a touch of the future interlaced with the warmth and familiarity of a traditional textile. But the magic truly begins when this fabric is coated with thermochromic ink. This special ink responds to heat generated by the conductive threads, changing color to reveal words, images, and patterns.

Imagine holding a fabric book in your hands, its pages woven with this magical textile. As you turn each page, words appear on the soft fabric like whispers of a story, restoring the charm of reading a physical book with the ease of digital information. The glare of LCD screens is replaced with the soft, comforting touch of fabric, making reading a tactile, intimate experience once more.

Conductivefabricpixels sewedwithconductive thread&pushbuttons

FABRIC DISPLAY

Pixels of a display spring to life not just in glass or plastic, but in the delicate weave of a fabric. Fabric Display Pixels, where technology and textiles interweave to form a living tapestry of information.

Americos thermochromic 31 deg pigments - powder

Testing degree of color change Ratios

:1 3 :1

Americos is a local manufacturer of non-toxic theromochromic pigment. These pigments change color at 31 deg C. They need to be mixed with binding agent ratio of which need to be experimented with. As you see above, 1:3 ratio shows color change from original color yellow to white color of the binding agent and the pigment turning semi-transparent.

This pigment was not chosen as it requires more experiments to find a suitable binding agent as well as ratio. Hence, a ready-made thermochromic paint was preferred.

Maximum contrast was observed in Black-Pink pigment and hence was chosen for further experiments.

Pigment FevicolObservation

13 Signiﬁcant Color Change

11PartialColorChange

21SlightColorChange

31 LeastColorChange

Thermochromicpigment onconductivethread

Thermochromicpigment onconductivepenink usedonasheetofpaper

thermochromic paint

Thermochromicpigment onCopper

Thermochromicpigment onAdafruit-KnitConductivefabrichaving63%cotton,35%silver yarnand2%spandex

EXPERIMENTS FOR COLOR CHANGEOF

Based on the experiments, a combination of heating mediums - Adafruit SS thread and Knit Jersey Conductive Fabric were used keeping the aesthetic of the original idea of a fabric display and better thermal performance.

ON DIVERSE HEATING ELEMENTSANDSUBSTRATES

Experiments shown below have been carried out using Spurtz thermochromic paint - Black-Pink

Thermochromicpigment onAluminum

Heatingelement Rise time Fall time

Adafruit SS thread 2ply4 s6 s

Scribe Silver Conductive Pen ink on Paper 8 s10 s Copper Tape3 s10 s Aluminum Foil10 s5 s

Adafruit Knit Jersey Conductive Fabric 3 s5 s

Spurtz

Printing Time - 13 min

Developer -

4 tsp Sodium Carbonate Soak time - >5 min

Printing Time - 13 min

Developer2 tsp Sodium Carbonate Soak time - 2 min

Print on Photo-sensitive filmPrint on Photo-sensitive film

Soaked in Sodium Carbonate solution for more than 5 minutes. The small container size unable to soak complete sheet at once

After rubbing with soft brush and soaking in clean water

Soaked in Sodium Carbonate solution for 2 minutes. Plate used to soak complete sheet at once

After rubbing with soft brush and soaking in clean water

Printing Time - 21 min

Developer2 tsp Sodium Carbonate Soak time - 2 min

Previous sheet washed and Prealigned on paused display

Printing Time - 21 min

Developer2 tsp Sodium Carbonate Soak time - 2 min

Result - Lack of binding between the photo-exposed layers with copper sheet

Learnings -

Sodium Carbonate to be reduced four 4 tsp Copper sheet soak time not to exceed 5 minutes

Result - Better binding between the photo-exposed layers with copper sheet but open pads and missing tracks

LearningsPositive Photoprint format to be tested for tracks

Continue with 2 tsp Sodium Carbonate in 1.5 cups water

Keep Copper sheet soak time close to 2 minutes

Result - photo-exposed layers correspond with tracks and pads and have better binding but shift print occurred while alignment

LearningsPre-align on first photo display on pause and print after replay

Fresh copper sheet pre-aligned

Printing Time - 21 min

Developer2 tsp Sodium Carbonate Soak time - <2 min

Result - Tracks and pads open and missing rows of tracks at the end

LearningsUse a fresh copper sheet or wash the previously used sheet by cleaning with I.P.

After rubbing with softbrush and soaking in clean water

After soaking in Sodium Persulphate solution for 8 hours

Result - Exposed copper was observed to have dissolved in the solution, leaving partial areas between pads. Kapton tape laminate is seen holding the copper tracks

LearningsSodium Persulphate quantity to be increased and a container with even coverage to be used

Print on Photo-sensitive film Soaked in Sodium Carbonate solution for less than 2 minutes.

Polyester Fabric

Female Tich Buttons sewn on the back side of the fabric using conductive thread

FabrictoCircuitconnectionprocedure

Solder pads

Male Push buttons

ConnectingESP32andMAX7219–8X8LED DotMatrixonheatinsulatedlayerbelowPCB

CNC Milled PCB

Hexdataofsoundbyteinwaveformat

SONIC PIXELS

Imagine stepping into a world where every move you make becomes a note, a rhythm, or a melody. Where your favorite albums and cherished sound bytes come alive, responding to your dance, your energy, your pace.o Sonic Pixel, an immersive, interactive sound-synth at the the sway of your body.

It deconstructs the music you know and love, turning it into a ﬂuid, ever-changing mosaic of sounds that reshape and evolve with your movements.

Depth body imaging

Allows 3D movements

Allows object mapping

Skeleton Joint mapping

To get the coordinates from 12 joints of the body and derive overlays from those joints. This was another alternative method but was limited in 3D movements capture

Using depth imaging technology, you can derive new synth samples from your favorite sound bytes. Whether you’re pulling sounds from iconic movie lines, snippets of a treasured podcast, or even a loved one’s laughter, every sound can become a part of your musical lexicon

This is not just a two-dimensional pixelated sound screen; it’s a fully three-dimensional interactive wall that captures your movements in real time and responds by playing different sections of a musical WAV ﬁle. Whether you step forward or backward, twist your body or wave your hands.

ARDUINO

Adjust delay settings to play original audio from header

PROCESSING

Initilaize the camera with width and height pixels

Convert X-Y coordinates of 2D image to 1D image pixel values

Reduce image resolution by skipping pixels during image scanning loop

Derive depth values for 1D image

Play i2s write() until each bytes is played for each segment 6bytes at a time.

If depth value between 1000 to 2000

Initialize I2S audio settings for ESP32

Assign white color to those depth pixels

For each NUMSEGMENT find the no. of bytes to play from audio header file by calculating the difference between the STARTHEX array and ENDHEX array elements

Convert START and END PERCENTAGES to STARTHEX array and ENDHEX array

Convert pixel values to percentage

Format the data string into start and end pixels for each body segment

Parse received data string into START PERCENTAGE and END PERCENTAGE array as well as NUMSEGMENT array

Send data string over serial port

STIRRER

Step 1. Guide to scalp to make skin contact with the outer tube

Step 2. Apply pressure to inner tube to put patch on baby’s head

Step 3. Pull cable, maintaining downward pressure on the tube to activate clips

Step 4. Remove external guide tubes to leave patch attached and plug lead into leg-strap monitor

ANALOG MEASURE

Measure Small Currents nA uA

Induce bias voltage across CE ( Counter Electrode). Sensor in above diagram is the baby’s head impedance across two probe points. As Lactate builds up during delivery in mother’s body, baby’s head impedance increases. This change in resistance can be measured with measurement of current converted to voltage using Trans Impedance Amplifier.

Body impedance is approximated to 1Mohms. For proving the circuit, body impedance was simulated using a resistor of 1Mohms. Usually body imepdance is less than 1Mohms. To proove the maximum resolution of current we can measure through this circuit 1Mohms was taken as simulated body impedance.

Body-Impedance is used to determine Water Contents in body in non invasive smart weighing machines. Other applications can be measuring photodiode output, Battery discharge output when current is very small in orders of uA.

Schematic capture of AD5941 and Audio Jack conenctor where probe will be placed.

ANALOG MEASURE

For Lactate measurement, AD5941 pins are CE, RE, SE as a result R39 is zero ohms.

R41 between RE0_CONN and SE0_ CONN is the measurement resistor for Chrono Amperometric test.

R93 value should be DNP if internal gain resistor is used. If external gain resistor its value should be adjusted to match the uA readings we get during testing.

VBIAS is set through code. It was set to 1.6V. = Vce

VZero is also set through code. It is set to 1.1V. = Vse

R41 considered was 1 Mohms

Current = (Vce-Vse) / R41 = (1.61.1)/10000000 = 0.5uA

Set RTIA - > (Measurable Voltage for Gain selected )/ ( Current ). As per Datasheet for Gain =9, measurable voltage is 0.133V

RTIA = 0.133/.5 = 2.6K

RTIA (Feedback resistance Trans ampedance

Amplifier) - 3K closest approximation to 2.6K can be set through code

ADC Gain - 9 - Set by code

Vbias and Vzero can be set by code as seen above

SerialOutputshows0.5.Asaresultdevice can measure 500nAmps for body impedance 1 Mohms.

Probe attached to baby’s head during birth

ANALOG MEASURE

Legplate to be wrapped around Mother’s leg during birth and connected to probe with AUX connector

ELEMENTS

1. Active Space

2. Chat with BOT button

3. Discovery Hopper Space

4. Group thread–(One thread)

5. Bundle of Zip Desk

6. Hopper button

7. Request/Complain Thread name

8. Progress on request/ complain thread

9. No. of new messages

10. No. of pending Requests & Complains

11. Last updated time

12. Menu Button(Filters,Settings,Account)

ELEMENTS

1. Profile photo

2. Name text

3. Address text

4. Age text

5. Born text

6. Back Navigational button

7. Menu button

8. Rating Heading text

9. Ratings

10. Content Heading text

11. Content(photos,topics)

12. Call button

13. Chat button

Final UI Screens are divided into modules, each with its interaction flow

Process Maps to communicate all the interactive elements of a screen that need to be coded for

11 December 2022 23:33

Layout design and composition was an important criteria in planning Electronics Architecture for this project

All the three rings and the centre motor PCB had to run from one power supply USB adapter. Power was daisy chained between all PCBs using type C cables.

LAYOUT STRATEGY

Experimented with the size of Capacitve electrodes to be able to accurately sense fingers with an air gap of 2mm between sensor and outer plastic

Ground Pours are provided between adjacent capacitve electrodes to not allow for false triggering due to extreme proximity.

SENSOR DESIGN

A prototype fabricated in glass was tested on potential donors to validate interaction and its usability issues. The balloon inside the prototypeinflatedproportionaltotheblow.

A tangible interface aimed to bridge the disconnect between donors and charitable causes

CHARITY DONATION DEVICE

The amount of money that you collect into your charity account is shown in LED Lights. The amount you donate towards selected charityis indicated through the volume of balloon.

To achieve an aesthetic of a living device, the device uses balloon to breathe while it is not used. The device while being a functional product intends to be a living artefact at home.This device intends to disrupt the normal user interaction with charities over internet or bumping into charity workers on streets. It lives with donor in his home building a deeper relationship with idea of empathy.

Photo documentation of Kitchen Layout, Chef’s Team, Kitchen

Kitchen Layout and composition of staff at JW Marriott

Detailedscreen flowfordisplay

Display shows place of pan

Displayshows thatWildSpaghetti recipe is started first

Displayshowsingredient list of Recipe Wild Spaghetti to bring from Storage

DisplayshowsPeri PerichickenisassignedtoOn2cook4 anddisplayshowsto placeplan.

Display Shows that Sub Recipe for Wild Spaghetti is assigned to on2cook 3. Display shows this sub-recipe is boiling pasta

Display shows timerforadding pasta

Context: 5 no. of On2Cook Devices to be controlled by one Chef in the Kitchen. The App is used on a 32-in monitor inside the Kitchen to assist the Chef

USER EXPERIENCE

ON2COOK FOR B2B

MappingtaskflowofChefwith thedevicedisplayscreenflow

ON2COOK FOR B2B

Developingwire-framesbased onthetaskflowanalysis

Dual source combination Cooking Device thatusesMicrowaveenergyto cook food from insides and Induction cookertocookfoodfromthebottom.

Magnetron emits Microwaves in 2.42.5Ghz band at 1.5kW. Induction is based on Quasi Resonant Single IGBT In- verter based design that switches IGBTs between 40Khz to 20Khz to regulate the output power from 200W to2kW

In such heavy duty EM wave based product,thePCBAneededtobethoroughly isolated from its own emissions and be immune to interferences.

Bottom Induction glass plate had risen to temperatures as high as 120°C. PCBA below it need to be protectedfromhightemperatures.

THERMAL ANALYSIS

Customized Choke Design on lid

Magnetron Antenna Outlet

Choke Design parameters are patented and its variations are used across different Microwave Oven manufacturers

EM WAVE ANALYSIS

Choke De

Typical

sign of Microwave Oven Door

Factors affecting Microwave Leakage in this Design

Angle of Magnetron mounting with reference to the waveguide

Width and Volume of Pan - Pan acts as part of the microwave chamber

Gap between Lid and Pan upon closing Lid Dimensions of Choke

An obstruction was added in the waveguide to change microwave emission pattern. Visible reduction in leakage tested with a Microwave leakage monitoring device

A simulation proving the microwave leakage near the periphery of LID. The readings show 200mV which is well above the allowed leakage by certifications agencies.

EM WAVE ANALYSIS

e test report shows radiation exceeding the standard parameters with peak value at 272 MHz

CE CERTIFICATION

Radiated emission tests as per EN 55011 on On2Cook product inside Anachoic Chamber Facility at E.R.D.A Baroda Gujarat India

Assembly of PCBA with wire harness inside the product. Location is under the induction coil

Assembly of Induction Coil. Aluminium sheet was added to block EM fields from interfering with PCBA. Aluminium sheet was later removed as it blocked air flow to coil and made coil hot above 200°C. Coil should be < 180 degC

Key Check points of Induction Cooker

If double layer heating coil for 1600 W, the gas distance should keep 10 mm exactly. ±0.5 mm. Now, we are not supplying this.

The gap distance adjustment by 2 ways : plastic pillar height by mould amendment, or put washer to increase the height (see right above red ring highlight)

IdealdistancebetweenCoil andPan universalstandard is10-11mm.

CIRCUIT PROTECT

Induction Assembly CAD Model.

After assembly IGBT bursted. Distance between coil and Pan is 11.5mm. Distance between Coil and PCBA 30mm.

Placement of IGBT is above heat sink. NTCs are glued to the IGBT using Thermal glue to Monitor its temperature for soft shutdown

CIRCUIT PROTECT

IC with reference designator U100, part no. NCV5701A in schematic below added. It is afgate driver optocoupler to protect IGBT in case of Overvoltage conditions

Scanning lines flickering on display are visible as soon as Magnetron is soft switched ON using relays.

CIRCUIT PROTECT

ERROR SOUNDS

ON2COOK is a patented cooking device. Currently, I head the electronics team for ON2COOK India which justlaunchedthefastestcookingdeviceontheplanet.

The device uses induction cooker and microwave combination cooking method. The faults in the device are logged are reported through a series of frequency tones. The tone itself is built using multiple sine waves, square waves and sawtooth waves.

For device quality check during production, we had temperature measurement logs for multiple points inthedevice.Eachtemperaturevaluewasbeingplayed though inbuilt speaker through a different timbre of sound - higher the frequency higher the temperatue.

Generation 1 Prototype, 3 UV LEDs and 2 White LEDs. Color Sensor : TCS34725, Light Sensor : SI1145.

Generation 2 Prototype, 2 UV LEDs and 2 White LEDs. Color Sensor : TCS34725, Light Sensor : SI1145.

Generation 3 Prototype, 1 UV LEDs and 1 White LEDs.

Color Sensor : TCS3430 used to detect the visible blue light for fake note detection. Separate Light Sensor eliminated.

Volume increased by 6dB using integrated codec with amplifier IC MAX98357 uses i2S interface with ESP32 for audio file playing

DIGITAL HARDWARE

ColorSensorTCS3430interfaceswithESP32 over i2C interface to give RGB values along with ambient light values.

Upon UV LED ON, the Ambient Light Values gives a threshold value for Fake notes Genuine Notes due to presence of high starch paper do not reflect UV light as blue visible light unlike Fake notes. Genuine notes absorb UV light and emit scattered Fluorescence.

Upon White LED on, the RGB values are used to identify Note Denomination

Sample / Instrument/ Sound Wave

Note + Sequencing 16 beat

TANGIBLE COMPOSER

A realm where every note, every sound wave, every rhythm leaves a tangible footprint in real time. music creation tool that intertwines the physical and auditory senses.

Creating patches with a synth often feels like walking in a dream-like state, where you arrive at a beautiful sound but struggle to retrace your intuitive steps. The Tangible Composer solves this by materializing your creative journey, providing a physical blueprint of your musical decisions, allowing you to see the evolution of your ideas and easily recall the steps you’ve taken.

As you explore and experiment with the Tangible Composer, the sonic landscape you’re shaping also unfolds in front of your eyes. Each shift, each movement, each reconﬁguration of the shapes echoes with a change in the music. This transparent and tangible process enhances your understanding of the musical components at play, improving your cognition through repeated, hands-on interaction.

SHELL MATERIAL CONNECTOR EXPERIMENTS

MAGNETIC CONNECTION

each with li-poly battery 100mAh no MCU, 555 Timer only Potentiometer Controlled Frequency signal output to LED or Speaker

MAGNETIC CONNECTION

NO battery wireless power transfer through tx and rx coil no MCU, 555 Timer only Potentiometer Controlled Frequency signal output to LED or Speaker

Experiment to validate the maximum no. of chains of LEDs using wireless power transfer. Only 3 LEDs could get powered. 5V was dropped to 3V

Experiment to validate maximum no. of chainable balls with magnetic attraction

Reduced size

Main Controller and arrangement slider at the base

AUX CONNECTION

Each module with led light, microphone, potentiometer, accelerometer, i2c to 4port adc expander

Tuning of sine wave with breath

Addition of square wave to sine wave and tuning of square wave frequency

Addition of sawtooth wave

Patching low pass ﬁlter to the previous oscillators

6 7

Sequencing through branch tokens and their intervals. Each sequencer token can be tuned over a fixed range by breath.

Patch ADSR to oscillators

Arrange multiple tracks using potentiometer slider along horizontal

MAX MSP experiment to test how adding of multiple sine,square,sawtooth wave of different frequencies and along with ADSR can create a unique timbre.

Low Pass Filter

Sine wave

Sequence

Square wave

Sequence

ADSR

Sawtooth wave

Low Frequency

Oscillator

All elements have same electronic components inside except sequence which is just an aux connector - male to female

HOME BEER BREWING

Before fermenting After

Record Sample by pressing button

Store sample

Real Time Clock

Modulate recorded sample based on real time

i sample%hour i sample%min i sample%sec

SYNTH:CLOCK

Experiments to reﬂect on uniqueness of each moment with sound.

Record your own sample and let it play for days on time loop with each second sounding different.

Industrial age needed clocks to be efﬁcient and precise. With the advent of AI age, humans would need clock to help them experience time better

add and calculated average sample position to be played

Play Selected number and position Sample

Play Sample each second

Granular Synthesis of recorded sample -representationofauniquesegmentfromtherecordedsampleplayedforthemoment hh:mm:ss

In synth mode, the interface of hours, minutes and seconds in a clock can also be rotated with hands to create interesting sound effects. Audio loops can play faster by moving the hour, minute or second stick faster.

CNC Timber Mould for Surface Press

CNC Timber Mould for Surface

CNC Surface Press

CONCRETE S IGNAGE

Correcting

Correcting the details post pressing

Cutting and preparing the wall surfaceInstall Cement Nameplate

Apply 3 coats of paint after 2 weeks of curing

360 EXHIBITION CANVAS

PHII

Plant Human Interaction Interface

In the dance of existence, imagine a metamorphic object, a testament to the sublime coalescence of man and nature. Picture a vessel, borne of the wisdom of the ages, a plant pot that harmoniously transmutes into a bottle for human sustenance. This is not just an object, it is a conﬂuence where our human needs and the realm of verdant ﬂora intertwine.

In this interaction, we begin to perceive plants not as silent, passive bystanders but as crucial partners, silently echoing our own life’s journey. Every sip, every nourishing gulp, brings us closer to acknowledging this bond, enriching our relationship with the plant kingdom.

This vessel, an eloquent symbol of the symbiotic relationship we share with our green brethren, cradles the very essence of life within its contours. Nutrients that fuel our vitality, those magic potions of growth, are shared harmoniously between us and the

L- Arginine + Caffeine+ Nitric Oxide, L-Citruline DL Malate + L-Arginine

Potassium Phosphate Monobasic, GABA (Gamma Amino Butyric Acid) + Pyridoxal-5-Phosphate

Di-Potassium Phosphate

Potassium Citrate

Electrolyte Mix = Potassium Citrate + Sodium Citrate + Magnesium Aspartate, Magnesium Glycinate, Magnesium Oxide (Mg = 200mg/t) + Dicalcium Phosphate, Magnesium Citrate

Calcium Citrate Malate (C6H7O7)

x·(C4H5O5)y·(Ca2+)z: 1000mg/ tablet; Mg: 75mg/Tablet, Zn:5mg, Cu:1mg, Mn:0.5mg, B:0.3mg

Methylsulfonylmethane (MSM), Glucosamine + Chondroitin & MSM Powder

1/2 tablet of L-Arginine + Caffeine

ESSENTIAL COMMON PLANT-HUMAN NUTRITION AVAILABLE IN TABLET FORM FOR HUMANS

Sodium Chloride

Manganese Gluconate

Nickel Sulphate

Copper Bisglycinate, Copper Gluconate

gm pack of

To determine the optimum nutrient composition common for plants and humans

ImageofBasilplantson20thdayinthetwonutrientsolutions

YOUTUBE JOCKEY

Imagine the vast musical library of the internet, each song and melody intertwining, harmonizing, and resonating in a symphony of human expression. A digital platform that lets you orchestrate an array of sounds and melodies from the most abundant music repository - YouTube. YouTube Jockey is not just a tool; it’s an instrument, a canvas, a stage where the global choir of YouTube sings together in harmony. With every added layer, a new perspective on the original is revealed, a new voice joins the chorus, a new ﬂavor enriches the musical banquet.

Picture a user interface as intuitive as it is innovative, offering you the power to create a layered symphony of sound. Multiple screens play in unison, and each video adds a unique element to the performance. Adjust the play speed, shufﬂe between screens, and watch as the rhythms intertwine and melodies merge, building upon the original into something entirely new.

Currently working on adding a MIDI player that lets you switch screens , adjust the volume and pitch.