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rkrishnasanka

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My Projects

The 2016 Hackaday Prize

A simple robot that records video lectures in the classroom. Hopefully allowing thousands of universities to digitize their content cheaply

Lecture Bot

My Pages

Neptune
11/23/2016 at 18:59 • 0 comments

Neptune is a specify, design, and build tool for the development of continuous flow microfluidics. With Neptune, users can specify microfluidic devices through a high level description of liquid flow relations. Our application will automatically place and route the design schematic of the microfluidic and, when used in conjunction with low cost and readily available CAD tools, a user can build their custom microfluidic system in-lab.
Checkout the iGEM 2016 website at http://2016.igem.org/Team:BostonU_HW
Checkout the Hardware and Software Repositories on Github:

Projects I Like & Follow

Official Hackaday Prize Entry

The open source 3D Printable Raman Spectrometer using a RaspberryPi and easy to find off the shelf components..

ramanPi - Raman Spectrometer

Official Hackaday Prize Entry

Python-powered machine vision modules

OpenMV

Official Hackaday Prize Entry

Fully stand-alone HF (Shortwave) Software Defined Transceiver & Vector Network Analyzer. Designed for rugged portable use. Highly hackable.

PortableSDR

Michael R Colton

Official Hackaday Prize Entry

SatNOGS is an open source ground station and network, optimized for modularity, built using affordable tools and resources.

SatNOGS - Global Network of Ground Stations

Pierros Papadeas

Official Hackaday Prize Entry

A basic radar system makes radar accessible at low cost for experiments with rangefinding & navigation of autonomous aircraft or spacecraft.

Simple, low-cost FMCW radar

The 2016 Hackaday Prize

An open-source ultrasound imaging dev kit side project

Murgen: open source ultrasound imaging

Official Hackaday Prize Entry

The one of the most revolutionary inventions of the 20th Century, designed for DIY gene replication. (Now with a working prototype!)

$5 DNA Replicator

The 2017 Hackaday Prize

A 2.5mm thick flexible smart watch with e-ink display, BT 4.0, and health sensors.

Flexible Smartwatch

Official Hackaday Prize Entry

a hardware version of your crackme and reverseme games for learning hardware reverse engineering techniques without expensive tools

Hardware Reverse Engineering Learning Platform

Tom Van den Bon

The 2017 Hackaday Prize

Micron level manipulator, using printed and low cost components

6-Axis Micro Manipulator

The 2017 Hackaday Prize

An outside pole mounted aerial picks up 4G signals which are then filtered, amplified and re-transmitted through a second inside aerial.

Cell Phone 4G LTE Repeater / Booster / Femtocell

The 2017 Hackaday Prize

Pocket Sized, 3d Printable, Coaxial Scout Drone

NAVI - "Hey, listen!"

Official Hackaday Prize Entry

A low cost homebrew transponder styled after the Es'hailSat ham payload. S-band to X-Band

Cheap satellite transponder

A robot, three omniwheels and a ball.

Paul

C++ is an efficient language eminently suitable for use in embedded systems but some look for proof of the efficiency. This is the proof.

Embedding C++

Reshaping the Internet Access into a Cooperative Utility

Off-Grid Open Community Mesh Network

The 2017 Hackaday Prize

Using a Raspberry-based hardware and software development kit to understand ultrasound imaging

A HSDK for ultrasound imaging

The 2017 Hackaday Prize

Or how to build a HF transceiver and learn along the way!

PUZZLE: radio building blocks

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Bits

Alexander wrote 05/27/2017 at 04:51

Thanks for the follow..!

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fl@C@ wrote 07/21/2014 at 09:18

Hi rkrishnasanka.. Thanks for the follow..!

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