I'm a problem solver, thinker and tinkerer. I used to believe that
I'm a multipotentialite, and perhaps I still do, dormantly. Then
again, I choose entrepreneurship as my way of life, cause it let's
me be me.
Whenever I could find time, I write. I prefer creating than consuming. I wouldn't call myself ultracrepidarian, but I might be. People find me contemplating life and everything in it. When I talk to people, I talk problems. I learn how they've handled any crisis in their life. So, if you have a problem, I probably have the solution.
I'm an admirer of human's creative capabilities. I like to explore, tinker with and master the best of human creations.
I strive to achieve better level of ignorance. Talk deep to me.
We are an R&D organization with a mission to automate production of everyday consumables of individuals by making appropriate tools and technologies accessible to individuals, thus easing decentralized living. One of the technologies in active development is Agricultural Automation through #CableBot.
I Co-Founded Curiosta innovation Labs during my masters program
at National Institute of Technology, Durgapur. It is one of a
kind Maker-space cum rapid-manufacturing firm which takes the
burden of business from tinkerer and let them focus on tinkering
only while making money through royalty. It ignites Maker spirit
among engineers through carefully designed courses with apt
On business end, I conducted market research to test the business hypothesis, estimate demand, defined business and marketing strategy and recruited makers for product development.
On technical end, I co-designed courses for aspiring Makers on Arduino, CAD, 3D-Printing, Machine and Mechanism. I delivered lectures on rapid prototyping and digital fabrication techniques. Initiated projects on Brain Computer Interfacing (BCI) tech involving EEG and Eye tracking sensors. I developed a feature rich Wordpress website having modules for e-commerce, forum, social media and e-learning.
I worked in 'Smart Material Characterization Lab', focused on modeling and experimental characterization of smart/active materials and smart composites. The lab is equipped with electrical, mechanical, thermal and magnetic material characterization facilities. I studied and developed analytical, numerical models for characterization of 2-2 Multiferroic composites.
I worked as ETL Informatica and Business Objects Developer.
Ethical Hacking, Game Development
CGPA: 8.21 (Gold Medalist)
Apart from being a Business Developer, I follow a number of sci-fi and fantasy genre movies and television shows, I am an aspiring chef, and I spend a large amount of my free time exploring the latest technology advancements. My absolute favorite is MIT Technology Review. I also like watching lectures from The Great Courses website on many subjects including Arts, History, Economics, Biotechnology, Physics etc. to try and understand world little better. I wish to furthur my career in Technology Management. I enjoy my time outdoor doing motor biking, hiking and exploring places. I find rooftops a lot more amusing to get a good view.
I like to develop tools and technology to empower languages around the world. My brief association with Odia Wikipedia community resulted in few useful tools like Unicode Converter, Odiscript and Type Odia. Google would spit out few links to blogs on these tools if you want to know more. I continue to work on language tools with my friends who share my enthusiasm till today.
During my stay at Egypt, I've started a religion (more of a cult) and signed up followers from Egypt, Canada, Romania, Italy, Colombia etc.
The aim is to provide an alternative belief system while being scientifically
accurate and fulfill similar needs of human being just like the ordinary religions of earth. Sounds cool? More information about it will
soon be available on the official website.
Abstract : [link] Grain size has significant effects on the electromechanical response of piezoceramics. Since the sintering temperature and holding duration affect the grain size and correspondingly their effective piezoelectric response, these issues should be appropriately addressed in order to properly design smart and intelligent systems. In this paper, PMN-PT piezoceramics with different grain sizes are synthesized by using conventional solid state processing and two-stage sintering method. Grain size effects on the hysteresis, fatigue and creep response are analyzed. Dielectric, ferroelectric and piezoelectric material properties of PMN-PT ceramics are investigated. The piezoelectric coefficient and remnant polarization exhibit diverse grain size effects depending on the sintering temperature and holding duration. The relative dielectric permittivity, piezoelectric coupling constant and dielectric constant show maximum values of 4104.2, 559 pC/N 562.291 pC/N and 0.705 for the microstructure with average grain size of 3.8 μm. The myriad effects of grain size on piezoelectric response are reported in details.
Abstract : [link] Music has a very unique and special place in everyone's life. The pleasurable sound is nothing but the proper arrangement of tones harmonic with each other. Making a musical instrument is therefore difficult and challenging work. This paper purely contends with the idea that a simple musical instrument like bell plate reaches to the hands of a commoner, making the design process simple and economical. This focused on attaining some simple music accustoming bell plates. For this purpose some methods of physics of vibration were used and nodal patterns were analyzed. The FEM software SolidWorks Simulation™ was used to simulate the vibration modes. Using sound analysis software sound spectrum was viewed to find fundamental pitch. Bell plates were tuned to desired pitch and finally melody of ‘Jingle-bells’ was played on bell plates successfully.