Resource Person : Dr R Narayanan
Date : 5th June 2021
Time : 07:00 AM to 8:00 PM
Attendies : UG /PG students and Faculty members
Department of Biomedical Engineering, A.C.S college of Engineering, Bengaluru is organized Webinar Titled : “WEBINAR ON “EVOLUTION ON METALLIC BIO IMPLANTS ” on 5th June 2021 (Saturday) from 6.00 PM to 7.00 PM.
This webinar helped participants to explore the era of EVOLUTION ON METALLIC BIO IMPLANTS.
Resource Person : Ms. Shraavya Shastry, PhD Scholar Polymer Chemistry and Biomaterials, Ghent University, Belgium, Europe
Date : 23rd June 2021
Time : 1:30 PM to 2:30 PM
Shraavya Shastry completed her Biomedical Engineering degree from Rajiv Gandhi Institute of Technology, VTU. She pursued her MS in the field of Biomedical engineering from Ghent University, Belgium. Her Master Thesis was on “Plasma activation of nanostructured PCL conduits for peripheral nerve regeneration” Automated Real time Voice Analysis (ARTVA) is her Hospital Project –DERMA-Design of Enabling Regenerative Materials is her main project She has received 3rd place in European BEST Engineering Competition organized by BEST Ghent, for a biomedical application of a transducer as an implant in the human body. She is currently pursuing her doctoral degree from Ghent University in the field of Polymer Chemistry and Biomaterials (PBM) Group.
Shraavya Shastry having gained lot of knowledge in the field of biomedical engineering throughout webinar she covered what real biomedical engineering is. What all to study at what point of time to time during undergraduate studies. She spoke about what is the need for masters. Which is the right place , how to take admission in Europe , how visa can be taken and how to hunt job after completion of masters. Webinar also included about fee structure and other web based learning required for Biomedical engineering. Many questions from the webinar participants were answered at the end in Q&A session.
Resource Person : Rohith Reddy MS student NEW castle University United Kindom
Date : 23rd June 2021
Time : 3:30 PM
The students of Biomedical Engineering attended this webinar and gained immense knowledge on advancements in health care applications and image classification etc.Basics of Image enhancement techniques in medical imaging and CAD tools.
Resource Person : Mr. Sambandham J Director, Infotest IT Services
Date : 3rd October 2020
Time : 2:00 PM
This is a lecture / webinar activity presented by Mr. Sambandham J, Director, Infotest IT Services
INFOTEST LAB is a leading global Information Technology, Consulting and Business Process Automation Company. We harness the power of Intelligence Automation, Cognitive computing, Cloud, Digital Quality Assurance, IoT Products, Analytics and Emerging technologies to help our clients adapt to the Digitalization of their Business solutions and make them successful. Our Value as a Service (VaaS) strive innovative solutions and a flexible engagement approach significance our customers stay ahead of the curve, drive revenues, and enhance market position.
Video Link of the Activity:Resource Person : Dr. Nikita Dodwad Professor, Sancheti college of Physiotherapy Pune
Date : 19th June 2021
Resource Person : Dr.Shailesh M.L Professor ,RGIT
Date : 10th June 2021
Time : 11:00 AM to 12:00 PM
The students of Biomedical Engineering attended this workshop and gained immense knowledge on advancements in health care applications and image classification etc.Basics of Image enhancement techniques in medical imaging.
Resource Person : MOHAMMED AMEER, SME, FICE
Date : 27th July 2021
Time : 11:00 AM to 1:00 PM
FICE promotes market-relevant education and strives to create a coherent innovation and entrepreneurship oriented ecosystem for all.
A highly skilled experienced tech professional in the field of Internet of Things and Artificial Intelligence. Ameer is an innovative professional with years of experience in tech solution development, content curation and content delivery around IoT and AI. He has delivered enormous number of tech sessions, webinars and workshops to varied set of audience. Over the years he has conducted more than 200 workshops covering pan India catered to more than 8000 participants on various technologies. He has mentored various projects around IoT, computer vision, automation and AI. Ameer Lives in Bangalore..
Intel’s oneAPI is an open, accessible and standards-based programming system that enables developer engagement and innovation across multiple hardware architectures, including CPUs, GPUs, FPGAs, AI accelerators, and more. These tools all have very different properties and are thus used for various operations–which oneAPI attempts to simplify by unifying them under one model.
A persisting problem faced by developers even today is the volume of programming environments our increasingly digital world offers. Disparate programming environments disable time-saving strategies such as code reusing and turn into real hurdles for software developers. Intel unveiled oneAPI at its Supercomputing event in 2019 as a part of its software-first strategy. The model signalled Intel’s ambitions to have a unified programming framework as a solution to limiting proprietary programming platforms.
one APi enables developers to work without the exhaustion of juggling with different languages, tools, libraries and different hardware. Here are a few top features of oneAPI:
Data Parallel C++To make oneAPI possible, Intel developed the data-parallel language DPC++ (or Data Parallel C++). This language, which is open-sourced, incorporates C++ and the Khronos Group’s SYCL to support data parallelism and heterogeneous programming. The language is reportedly similar to how standard C++ works, with added extensions to it, making it easy for developers to transition to DPC++.
Resource Person : MOHAMMED AMEER, SME, FICE
Date : 23rd July 2021
FICE promotes market-relevant education and strives to create a coherent innovation and entrepreneurship oriented ecosystem for all.
A highly skilled experienced tech professional in the field of Internet of Things and Artificial Intelligence. Ameer is an innovative professional with years of experience in tech solution development, content curation and content delivery around IoT and AI. He has delivered enormous number of tech sessions, webinars and workshops to varied set of audience. Over the years he has conducted more than 200 workshops covering pan India catered to more than 8000 participants on various technologies. He has mentored various projects around IoT, computer vision, automation and AI. Ameer Lives in Bangalore.
Internet of Things is a network of physical objects —or “things”. It connects and exchanges data with other devices and systems over the Internet. Essentially, it is a system of interrelated, internet-connected objects that can collect and transfer data over a wireless network without human intervention and allows us easy control over our devices, appliances, and equipment.
IoT (as “Internet of Things” is shortened) has made it possible for devices to relay information to one another. It takes multiple devices and connects them to a cellular network connection. Such connected devices (like security cameras, GPS tracking, retail POS machines, etc.) are considered a part of an IoT network as they communicate back and forth with a central hub. SIM cards and radio technology in devices enable this connection and communication, opening up endless possibilities for technological solutions. The history of the Internet of Things allows us to see just some of these infinite possibilities come to fruition. And, as all history does, it also enables us to hypothesize where it will take us in the future.
Artificial intelligence (AI) refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. The term may also be applied to any machine that exhibits traits associated with a human mind such as learning and problem-solving.
The ideal characteristic of artificial intelligence is its ability to rationalize and take actions that have the best chance of achieving a specific goal. A subset of artificial intelligence is machine learning which refers to the concept that computer programs can automatically learn from and adapt to new data without being assisted by humans. Deep learning techniques enable this automatic learning through the absorption of huge amounts of unstructured data such as text, images, or video.
Resource Person : Dr Satyanarayana.V. M.B.B.S, M.D Professor, Department of Pharmacology RRMCH, BANGALORE
Date : 27th July 2021
Time : 11:00 AM to 12:00 PM
HIV stands for human immunodeficiency virus. It weakens a person’s immune system by destroying important cells that fight disease and infection. There is currently no effective cure for HIV. But with proper medical care, HIV can be controlled. Some groups of people in the United States are more likely to get HIV than others because of many factors, including their sex partners and risk behaviors. This section will give you basic information about HIV, such as how it’s transmitted, how you can prevent it, and how to get tested for HIV.