Lab notebookVol. 01Entry #2026

I build systems, then measure how far they can be trusted.

I'm M Kiruthick Kannaaキルティック, a CS engineering student in Chennai, India. Terrain and flood modelling, hydroacoustics, hardware security, embedded sensing. Every project below lists what it proves and what it does not.

ExperimentsOpen the experiments Resume

scope.app — live signal

role: AI · embedded · research engineering
base: Chennai, India → Japan
tongues: English · தமிழ் · हिन्दी · 日本語 (learning)
status: open to research & engineering roles
$: hire

drag me around. everything here moves.

学習中 · learning 日本語

simulate first → then hardware

measured, not promised

影響Impact

Numbers that come from the repos, not from a pitch.

each figure says whether it was measured or a target

projects filed

across 6 fields

with a research angle

novelty, not just a build

working or shipped

runs today, not just a plan

open research threads

questions I keep pulling on

実験Experiments

Projects, filed as experiments.

click a card to open the full write-up ↓

研究Research potential

Six questions I keep coming back to.

pick a thread, watch which projects feed it

How far can DEM-based flood and drainage models be trusted when the terrain data is coarse?

fig. — thread ↔ project map

記録Log

Where the work happened.

Jul 2026 – now

Member · IoT Centre of Excellence

Prototyping and testing embedded hardware; IoT protocols (MQTT, sensor networks) knowledge-sharing.

Dec 2025 – Apr 2026

Member · FinTech Centre of Excellence

Research summaries on AI-driven fintech to 20+ peers; blockchain + analytics prototypes.

20+ peers

May – Jul 2025

Full Stack Developer Intern · ATPAR UI Technology

Hospital appointment module with role-based schedules; 10+ REST endpoints documented in Swagger.

~30% fewer scheduling conflicts

Sep 2024 – Jul 2025

Event Organizer · Entrepreneurship Development Cell

Ran logistics for 5+ campus events: speakers, scheduling, registrations.

~35% attendance growth

元素Periodic table of skills

The elements I work with.

thicker border = more time in the field

01PyPython

02PtPyTorch / ML

03FftSignal processing

04NlpNLP / BERTopic

05GisDEM / geospatial

06C++C / C++

07EspESP32

08RpiRaspberry Pi

09MqMQTT / I2S

10TsTypeScript

11NxNext.js / React

12FaFastAPI

13SoSolidity

14GtGit / CI

15VsVS Code ext.

16Ja日本語 (learning)

AI & signalsEmbeddedFull-stackTools & tongues

Got a hard question
about signals, terrain or hardware?

I'm looking for research and engineering roles, ideally in Japan. If your team measures things carefully, let's talk.

kiruthickkannaa@gmail.com

GitHub LinkedIn Resume

open to Japan roles

ありがとう！

thanks for reading

I build systems, then measure how far they can be trusted.

Numbers that come from the repos, not from a pitch.

Projects, filed as experiments.

Terrain-Aware Flood Risk Simulation

Thermal Vision-Based Airflow Optimization

AquaNexus

InsightWell

Marine Acoustic Monitor

Snitchwatt

Six questions I keep coming back to.

Where the work happened.

Member · IoT Centre of Excellence

Member · FinTech Centre of Excellence

Full Stack Developer Intern · ATPAR UI Technology

Event Organizer · Entrepreneurship Development Cell

The elements I work with.

Got a hard question
about signals, terrain or hardware?

I build systems, then measure how far they can be trusted.

Numbers that come from the repos, not from a pitch.

Projects, filed as experiments.

Terrain-Aware Flood Risk Simulation

Thermal Vision-Based Airflow Optimization

AquaNexus

InsightWell

Marine Acoustic Monitor

Snitchwatt

Six questions I keep coming back to.

Where the work happened.

Member · IoT Centre of Excellence

Member · FinTech Centre of Excellence

Full Stack Developer Intern · ATPAR UI Technology

Event Organizer · Entrepreneurship Development Cell

The elements I work with.

Got a hard questionabout signals, terrain or hardware?

Got a hard question
about signals, terrain or hardware?