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| Is this course right for you? |
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| If you are interested in medicine and engineering, this is the course for you. This program blends traditional engineering techniques with biological sciences to improve the quality of human health and focuses on understanding complex living systems and use of technology & systems to improve diagnosis & treatment. |
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| Accreditation, Approvals, and Recognition |
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• Approved by AICTE
• Affiliated to VTU
• Recognised by NBA |
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| Opportunities |
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| GE, HCL, IBM, Infosys, L&T, Neurofocus, Philips, Sap Labs, Siemens, TCS, Transasia Biomedical, Wipro Biomedical, Wipro GE Biomedical, etc. |
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| Achievements |
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| Who heads this department? |
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| Professor Kavitha Ramasamy |
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Professor Kavitha Ramasamy has a B.E in Biomedical Instrumentation Engineering and a M.Tech in Biomedical engineering. She is currently pursuing her Ph.D in optical imaging for pre-disease state of cancer cells. She interacts closely with the industry aiding in knowledge delivery of latest technology to the students and providing opportunities to work on live projects.
Her areas of interest
Microsystem, Biomedical Engineering, Real Time Diagnosis of Cancer Cell Characterization. |
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Full-time faculty, with
vast experience in the
Medical Electronics field |
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| Faculty Name |
Designation |
| Kavitha Ramasamy |
HOD |
| Sugandha |
Assistant Professor |
| Rashmi G P |
Assistant Professor |
| Archana Murthy |
Assistant Professor |
| Harini B |
Assistant Professor |
| Richa Mishra |
Assistant Professor |
| Asharani N |
Assistant Professor |
| Abinaya Ragupathy |
Assistant Professor |
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| Labs |
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| Analog Electronics Lab |
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| Deals with Analog Electronics circuits, its fabrication and its analysis. |
| Analog IC’s & Communication Lab |
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| Students understand the electronic components and designing of circuits. |
| Biomedical Digital Signal Processing Lab |
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| It is used for processing biomedical signals namely EEG, ECG to analyze activity of particular system. |
| C++ and Data Structures Lab |
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• It helps the student to understand the structure, class, priority encoding queue stack etc
• Algorithms and codings are demonstrated in such a way to meet the IT standards.
• Students will excel in writing any complex C++ and data Structures programs with good knowledge in debugging.
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| Digital Image Processing Lab |
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| It is used for processing medical images for diagnosis and which would help doctors to select a particular therapy process. |
| Digital Signal Processing Lab |
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• This is used to understand all signal processing technique.
• Includes designing filters/window which are used in industrial level application.
• All signal transformation techniques are thought in detail.
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| HDL Lab |
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• It helps the student to simulate complicated digital circuits and to synthesize digital systems.
• HDL is a tool for realizing high density programmable chips such as FPGA.
• It is useful in implementing simulation units and test bench.
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| Logic Design Lab |
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| The lab is used to impart knowledge about the logic used in the design of electronic circuits. |
| Medical Electronics Lab |
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• It helps the student to understand the acquisition of real time biomedical signals.
• It is very essential in designing Medical electronics circuits to understand the human machine interface.
• This is useful for troubleshooting the medical equipments and to monitor the vital parameters from the recording of ECG, EEG, etc.
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| Microcontrollers Lab |
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• This gives an introduction to embedded system.
• It helps the student to understand the peripheral device in real time application such as LCD, Elevator, etc.
• This will help the student to develop the microcontroller based projects in their final year.
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| Events |
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| Conferences |
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| Guest Lectures |
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| Industrial Visits |
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| Seminars |
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| Others |
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