Vision
To provide society with world-class competitive professional in Biomedical Engineering by making the Department as the best through its faculty and graduates, which is a driving force in creating engineering knowledge and novel Biomedical Technology that improve the human condition through advancement of health care and Biomedical Sciences, among the top most (top-5) in India.
Mission
The primary mission of the BME department is to educate students to understand the human body as an integrated system through quantitative engineering analysis and to use that understanding to design better therapeutic strategies, devices, and diagnostics. A mission of nearly equal importance is to serve society by conducting research that develops quantitative linkages across scales in the human body and uses that development to build new tools to improve human health. It also includes the following points: Institute-Industries collaborative activities on real life problem-solution approach. Serve our wider constituencies by offering our expertise to other health-related professionals, industries, and state and local communities. Building World-Class infrastructure for cutting-edge technology research in Health care science. Collaborative research with Pioneers of Biomedical Engineering Societies across the Globe. Built some specialised Centre of Excellence for conducting research on Future Health Care Sciences and Technologies.
Biomedical Engineering
Vision
To provide society with world-class competitive professional in Biomedical Engineering by making the Department as the best through its faculty and graduates, which is a driving force in creating engineering knowledge and novel Biomedical Technology that improve the human condition through advancement of health care and Biomedical Sciences, among the top most (top-5) in India.
Mission
The primary mission of the Biomedical Engineering department is to educate students to understand the human body as an integrated system through quantitative engineering analysis and to use that understanding to design better therapeutic strategies, devices, and diagnostics. A mission of nearly equal importance is to serve society by conducting research that develops quantitative linkages across scales in the human body and uses that development to build new tools to improve human health. It also includes the following points:
- Institute-Industries collaborative activities on real life problem-solution approach.
- Serve our wider constituencies by offering our expertise to other health-related professionals, industries, and state and local communities.
- Building World-Class infrastructure for cutting-edge technology research in Health care science.
- Collaborative research with Pioneers of Biomedical Engineering Societies across the Globe.
- Built some specialised Centre of Excellence for conducting research on Future Health Care Sciences and Technologies.
Programme (B. Tech) Educational Objective (PEOs)
- To prepare students for diverse career in engineering and allied fields
- To make them professional to apply principles of Biomedical engineering in solution of practical problems
- To impart skills of leadership as well as group work among students
- To introduce them with not only the basics but also advanced skills so that they can opt their career
- To make the graduates well skilled so that they could benefit the society through their services
- To provide opportunity for students to work as part of teams on multidisciplinary Projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Biomedical Engineering through project works.
Programme (B. Tech) Outcomes (POs)
Upon graduation, we expect
- Students will have an ability to apply knowledge of anatomy, mathematics, science, and engineering to Biomedical engineering problems
- Students will able to bridge the gap between engineering in healthcare sector and medicine, thus will help in fine tuning of optimal and efficient technology supported healthcare system
- Students will have an ability to design and conduct experiments, as well as to analyze and interpret data
- Students will have an ability to function as individual, and as a member or leader in diverse technical teams (term work, practical, mini project and project)
- Students will have an ability to identify, formulate, and solve engineering problems
- Students will have an understanding of professional and ethical responsibility
- Students will have an ability to communicate effectively orally and in writing
- The broad education necessary to understand the impact of engineering solutions in a global and societal context
- Students will have an a recognition of the need for, and an ability to engage in life-long learning
- Students will have knowledge of contemporary issues
- Students will have an ability to use the techniques, skills, and modern engineering and computing tools necessary for engineering practice
-
Year Of Establishment :
- 2003
-
Degree offered
(i) Undergraduate Program
→ B. Tech (Biomedical Engineering)
(ii) Postgraduate Program
→ M. Tech (Medical Device with specialization in IVD & Critical Care)
(iii) Doctor of Philosophy (Ph.D) in Biomedical Engineering-
Orientation changes
Degree Offered – Left Orientation
-
Vision
To provide society with world-class competitive professional in Biomedical Engineering by making the Department as the best through its faculty and graduates, which is a driving force in creating engineering knowledge and novel Biomedical Technology that improve the human condition through advancement of health care and Biomedical Sciences, among the top most (top-5) in India.
Mission
The primary mission of the Biomedical Engineering department is to educate students to understand the human body as an integrated system through quantitative engineering analysis and to use that understanding to design better therapeutic strategies, devices, and diagnostics. A mission of nearly equal importance is to serve society by conducting research that develops quantitative linkages across scales in the human body and uses that development to build new tools to improve human health. It also includes the following points:
- Institute-Industries collaborative activities on real life problem-solution approach.
- Serve our wider constituencies by offering our expertise to other health-related professionals, industries, and state and local communities.
- Building World-Class infrastructure for cutting-edge technology research in Health care science.
- Collaborative research with Pioneers of Biomedical Engineering Societies across the Globe.
- Built some specialised Centre of Excellence for conducting research on Future Health Care Sciences and Technologies.
Programme (B. Tech) Educational Objective (PEOs)
- To prepare students for diverse career in engineering and allied fields
- To make them professional to apply principles of Biomedical engineering in solution of practical problems
- To impart skills of leadership as well as group work among students
- To introduce them with not only the basics but also advanced skills so that they can opt their career
- To make the graduates well skilled so that they could benefit the society through their services
- To provide opportunity for students to work as part of teams on multidisciplinary Projects with the multifaceted aspects of using computers/software and thus culminating in both written and oral presentations of results
- To develop skills necessary for advanced research among the students to address multiple issues in Biomedical Engineering through project works.
Programme (B. Tech) Outcomes (POs)
Upon graduation, we expect
- Students will have an ability to apply knowledge of anatomy, mathematics, science, and engineering to Biomedical engineering problems
- Students will able to bridge the gap between engineering in healthcare sector and medicine, thus will help in fine tuning of optimal and efficient technology supported healthcare system
- Students will have an ability to design and conduct experiments, as well as to analyze and interpret data
- Students will have an ability to function as individual, and as a member or leader in diverse technical teams (term work, practical, mini project and project)
- Students will have an ability to identify, formulate, and solve engineering problems
- Students will have an understanding of professional and ethical responsibility
- Students will have an ability to communicate effectively orally and in writing
- The broad education necessary to understand the impact of engineering solutions in a global and societal context
- Students will have an a recognition of the need for, and an ability to engage in life-long learning
- Students will have knowledge of contemporary issues
- Students will have an ability to use the techniques, skills, and modern engineering and computing tools necessary for engineering practice
-
Year Of Establishment :
- 2003
-
Degree offered
(i) Undergraduate Program
→ B. Tech (Biomedical Engineering)
(ii) Postgraduate Program
→ M. Tech (Medical Device with specialization in IVD & Critical Care)
(iii) Doctor of Philosophy (Ph.D) in Biomedical Engineering-
Orientation changes
Degree Offered – Left Orientation
-
| LABORATORY NAMES | IMPORTANT EQUIPMENTS , DEVICES AND SOFTWARES |
|---|---|
| Biomedical Equipment Lab | 8 MHz Portable Ultrasound(USG) Machine(A scan and B scan), Ultrasound based CT Scan Trainer Kit, Electrosurgical trainer , Multi-parameter monitoring system(Bedside), Hemo dialyser trainer unit ,EEG and EMG trainer kit |
| Biomedical Transducer Instrumentation Lab | Active and passive components, Transducer and sensors, NI ELVIS Biomedical LAB,NI LabView Hardware platform for Design and Prototyping , Digital Oscilloscopes, Signal Generators, pulse oximeter, BP sensor, oxygen sensor, PPG sensor |
| Anatomy and Physiology Lab | Blood Cell Counter, Heart Rate monitor, Blood pressure monitor, Respiration rate monitor, ECG Simulator , Haemo cytometer, Haemo-meter, pH electrode, |
| Biomedical Signal and Image Processing Lab | LabView software , National Instrument High Speed DAQ card, Biopac MP 36 (Four Channel Data Acquisition) system |
| Bioinformatics Lab | Data mining using softwares |
| Computer Lab | NI Multisim software, Matlab 2010, High speed computers |
| Microprocessor and Microcontroller Lab | Basic Trainer Kits for Microprocessor and Microcontroller, Basic Trainer Kit for Interfacing Modules of Microprocessor and Microcontroller |
| Analog and Digital Electronics Lab | Basic Trainer Kits for Analog Electronics and Digital Electronics, Trainer kits for Communication Lab |
|
Tissue Engineering
|
Laminar flow, class 2 Biosafety cabinet, CO2 incubator, -20 freezer, -80 freezer, Upright microscope, inverted fluorescence microscope, centrifuge, Sonicator, water bath, Cryo can, vortex shaker, variable inclined shaker, hot air oven, autoclave, hot plate magnetic stirrer, micro plate reader, 3D printers, Mimics innovation Suites, COMSOL MULTIPHYSICS, micro Viscometer, differential syringe pump, syringe pump, electro spinning system, Lyophilizer, CO2 Laser Cutter |
|
Medical Device Fabrication Laboratory |
DC Sputtering Unit, 3D Printer, PMDS Fabrication, CO2 Laser Cutter, Spin coater. |
|
|
| LABORATORY NAMES | IMPORTANT EQUIPMENTS , DEVICES AND SOFTWARES |
|---|---|
| Biomedical Equipment Lab | 8 MHz Portable Ultrasound(USG) Machine(A scan and B scan), Ultrasound based CT Scan Trainer Kit, Electrosurgical trainer , Multi-parameter monitoring system(Bedside), Hemo dialyser trainer unit ,EEG and EMG trainer kit |
| Biomedical Transducer Instrumentation Lab | Active and passive components, Transducer and sensors, NI ELVIS Biomedical LAB,NI LabView Hardware platform for Design and Prototyping , Digital Oscilloscopes, Signal Generators, pulse oximeter, BP sensor, oxygen sensor, PPG sensor |
| Anatomy and Physiology Lab | Blood Cell Counter, Heart Rate monitor, Blood pressure monitor, Respiration rate monitor, ECG Simulator , Haemo cytometer, Haemo-meter, pH electrode, |
| Biomedical Signal and Image Processing Lab | LabView software , National Instrument High Speed DAQ card, Biopac MP 36 (Four Channel Data Acquisition) system |
| Bioinformatics Lab | Data mining using softwares |
| Computer Lab | NI Multisim software, Matlab 2010, High speed computers |
| Microprocessor and Microcontroller Lab | Basic Trainer Kits for Microprocessor and Microcontroller, Basic Trainer Kit for Interfacing Modules of Microprocessor and Microcontroller |
| Analog and Digital Electronics Lab | Basic Trainer Kits for Analog Electronics and Digital Electronics, Trainer kits for Communication Lab |
|
Tissue Engineering
|
Laminar flow, class 2 Biosafety cabinet, CO2 incubator, -20 freezer, -80 freezer, Upright microscope, inverted fluorescence microscope, centrifuge, Sonicator, water bath, Cryo can, vortex shaker, variable inclined shaker, hot air oven, autoclave, hot plate magnetic stirrer, micro plate reader, 3D printers, Mimics innovation Suites, COMSOL MULTIPHYSICS, micro Viscometer, differential syringe pump, syringe pump, electro spinning system, Lyophilizer, CO2 Laser Cutter |
|
Medical Device Fabrication Laboratory |
DC Sputtering Unit, 3D Printer, PMDS Fabrication, CO2 Laser Cutter, Spin coater. |
|
|
| Head of Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
 Dr. Arindam Bit |
B.Tech (Biomed.), M.E (Biomed.), PhD (Jadavpur University) |
Associate Professor |
9399603267 |
Numerical and Experimental Biomechanics, CFD Application in Biomedical Engineering,EEG Signal Analysis,Medical Image Processing |
| Faculty | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
 Dr. Bikesh Kumar Singh |
Ph.D. (Biomedical Engineering), NIT Raipur; M.Tech. (Instrumentation and Control), B Tech (E & T. C.) | Associate Professor |
+91-9826469522 |
Biomedical Signal Processing (EEG,PPG,Lung sounds),Medical Image Processing and Analysis,Computational Neuroscience,ComputerAided Diagnosis, Deep Learning and Machine Learning Applications in Healthcare |
| Dr. Arindam Bit |
B.Tech (Biomed.), M.E (Biomed.), PhD (Jadavpur University) | Associate Professor |
9399603267 |
Numerical and Experimental Biomechanics, CFD Application in Biomedical Engineering,EEG Signal Analysis,Medical Image Processing |
 Dr. Saurabh Gupta |
PhD (Inverse Problems), IISc Bangalore;M S (Medical Software), Manipal University; B Tech (BME), Bundelkhand University | Associate Professor | 7389727963 sgupta.bme@nitrr.ac.in | Inverse Problems, Optical Tomography, Optimization Algorithms, Pattern Recognition, Medical Imaging. |
|
|
B.Tech Biomedical |
Associate |
9485026088 |
Biomedical |
 Mrs. Neelamshobha Nirala |
B.Tech(Biomedical Engineering -NIT Raipur) , M.Tech(Biomedical Engineering -SRM University), PhD (NIT Raipur) | Assistant Professor |
+91- 6232089917 |
Area of specialization: Signal Processing, Image processing, Photoplethysmogram |
 Dr. Nishant Kumar Singh |
Ph.D. |
Assistant |
+91-7905733489 |
Computational & amp; Multiscale Biomechanics, Orthopedic & Dental Implant Biomechanics, Biomaterials, Finite Element Analysis, Rehabilitation Engineering |
|
|
PhD – Experimental Biomechanics, IIT Delhi (2019), M. Tech – Biomedical Engineering – VIT University (2012), B.E. Biomedical Engineering – SSN College of Engineering, Anna University (2010) |
Assistant |
|
Experimental & Orthopaedic Biomechanics, Medical Instrumentation, Biosensors, MEMS Fabrication, 3D- Printing |
|
|
Ph.D. (Biomechanics), MNNIT Allahabad; M.Tech. (Biomedical Engg.), MNNIT Allahabad; B.Tech. (Instrumentation & Control), UPTU |
Assistant |
+91-9450666459 |
Computational Biomechanics, Human Musculoskeletal Modelling, Rehabilitation Engineering |
|
|
Ph.D. – MEMS and Microfluidics, IIT Kharagpur (2022); M.Tech – Biomedical Engineering, VIT University (2014); B.Tech – Biomedical Engineering, WBUT (2012) |
Assistant |
+91 – 8902033161 |
Microfluidics and Digital Microfluidics; MEMS, Bio-MEMS, NEMS; Electrochemical and Optical methods for diagnostic devices; Biosensors and Biomedical Instrumentation |
|
|
B.Tech Biomedical Engineering WBUT, M.Tech Biomedical Engineering Jadavpur University, PhD Biomedical Engineering IIT Kharagpur, PDF Dielectric Spectroscopy, Chalmers University of Technology |
Assistant Professor Grade II |
905164557 sbiswas.bme@nitrr.ac.in |
Biosensor, Computational nanoelectronics |
|
Dr. Bijit Basumatary |
Ph. D (PMRF, Biomedical Engg, IIT Ropar), M. Tech (Biomedical Engg, IIT Ropar), B. Tech (Instrumentation Engg, CIT Kokrajhar) |
Temporary Faculty | +91-8011425713 bbasumatary.bme@nitrr.ac.in |
Electrical Stimulation, Neuromuscular Rehabilitation, Biomedical Instrumentation, Medical Device |
|
Dr. Adarsha Narayan Mallick |
Ph.D.- Biomedical Engineering, IIT Ropar (2025); B. Tech – Instrumentation and Electronics Engineering, CET, Bhubaneswar BPUT, Odisha (2019) |
Temporary Faculty | +91 9078825885 anmallick.bme@nitrr.ac.in |
Medical Devices, Biomedical Instrumentation and Electronics, Signal and Image Processing, Embedded Systems and IoT, FEM, CFD, Machine Learning. |
| Head of Department | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
Dr. Arindam Bit |
B.Tech (Biomed.), M.E (Biomed.), PhD (Jadavpur University) |
Associate Professor |
9399603267 |
Numerical and Experimental Biomechanics, CFD Application in Biomedical Engineering,EEG Signal Analysis,Medical Image Processing |
| Faculty | ||||
|---|---|---|---|---|
| Name | Qualification | Designation | Contact No. / E-mail | Specialization / Area of Interest |
Dr. Bikesh Kumar Singh |
Ph.D. (Biomedical Engineering), NIT Raipur; M.Tech. (Instrumentation and Control), B Tech (E & T. C.) | Associate Professor |
+91-9826469522 |
Biomedical Signal Processing (EEG,PPG,Lung sounds),Medical Image Processing and Analysis,Computational Neuroscience,ComputerAided Diagnosis, Deep Learning and Machine Learning Applications in Healthcare |
| Dr. Arindam Bit |
B.Tech (Biomed.), M.E (Biomed.), PhD (Jadavpur University) | Associate Professor |
9399603267 |
Numerical and Experimental Biomechanics, CFD Application in Biomedical Engineering,EEG Signal Analysis,Medical Image Processing |
Dr. Saurabh Gupta |
PhD (Inverse Problems), IISc Bangalore;M S (Medical Software), Manipal University; B Tech (BME), Bundelkhand University | Associate Professor | 7389727963 sgupta.bme@nitrr.ac.in | Inverse Problems, Optical Tomography, Optimization Algorithms, Pattern Recognition, Medical Imaging. |
|
|
B.Tech Biomedical |
Associate |
9485026088 |
Biomedical |
Mrs. Neelamshobha Nirala |
B.Tech(Biomedical Engineering -NIT Raipur) , M.Tech(Biomedical Engineering -SRM University), PhD (NIT Raipur) | Assistant Professor |
+91- 6232089917 |
Area of specialization: Signal Processing, Image processing, Photoplethysmogram |
Dr. Nishant Kumar Singh |
Ph.D. |
Assistant |
+91-7905733489 |
Computational & amp; Multiscale Biomechanics, Orthopedic & Dental Implant Biomechanics, Biomaterials, Finite Element Analysis, Rehabilitation Engineering |
|
|
PhD – Experimental Biomechanics, IIT Delhi (2019), M. Tech – Biomedical Engineering – VIT University (2012), B.E. Biomedical Engineering – SSN College of Engineering, Anna University (2010) |
Assistant |
|
Experimental & Orthopaedic Biomechanics, Medical Instrumentation, Biosensors, MEMS Fabrication, 3D- Printing |
|
|
Ph.D. (Biomechanics), MNNIT Allahabad; M.Tech. (Biomedical Engg.), MNNIT Allahabad; B.Tech. (Instrumentation & Control), UPTU |
Assistant |
+91-9450666459 |
Computational Biomechanics, Human Musculoskeletal Modelling, Rehabilitation Engineering |
|
|
Ph.D. – MEMS and Microfluidics, IIT Kharagpur (2022); M.Tech – Biomedical Engineering, VIT University (2014); B.Tech – Biomedical Engineering, WBUT (2012) |
Assistant |
+91 – 8902033161 |
Microfluidics and Digital Microfluidics; MEMS, Bio-MEMS, NEMS; Electrochemical and Optical methods for diagnostic devices; Biosensors and Biomedical Instrumentation |
|
|
B.Tech Biomedical Engineering WBUT, M.Tech Biomedical Engineering Jadavpur University, PhD Biomedical Engineering IIT Kharagpur, PDF Dielectric Spectroscopy, Chalmers University of Technology |
Assistant Professor Grade II |
905164557 sbiswas.bme@nitrr.ac.in |
Biosensor, Computational nanoelectronics |
|
Dr. Bijit Basumatary |
Ph. D (PMRF, Biomedical Engg, IIT Ropar), M. Tech (Biomedical Engg, IIT Ropar), B. Tech (Instrumentation Engg, CIT Kokrajhar) |
Temporary Faculty | +91-8011425713 bbasumatary.bme@nitrr.ac.in |
Electrical Stimulation, Neuromuscular Rehabilitation, Biomedical Instrumentation, Medical Device |
|
Dr. Adarsha Narayan Mallick |
Ph.D.- Biomedical Engineering, IIT Ropar (2025); B. Tech – Instrumentation and Electronics Engineering, CET, Bhubaneswar BPUT, Odisha (2019) |
Temporary Faculty | +91 9078825885 anmallick.bme@nitrr.ac.in |
Medical Devices, Biomedical Instrumentation and Electronics, Signal and Image Processing, Embedded Systems and IoT, FEM, CFD, Machine Learning. |
| Name | Designation |
Qualification |
Date Of Appointment |
Contact No./E-mail |
|---|---|---|---|---|
|
Mr. Ramesh Kumar |
Senior Technician (Regular) |
B.Sc (Physics) |
01-12-2023 |
+91-7033136182 |
|
|
Laboratory Assistant (Regular) |
B.Sc (Biology) | 13.12.2017 |
+91-9827617707 |
|
|
Technician |
12th |
01-12-2023
|
+91-9826971443
|
|
|
Assistant Grade-III (Contract) |
PGDAC, MA sociology
|
14.02.2013 |
+91-9907802124 |
|
|
Assistant Grade-IV (Contract) |
Intermediate
|
NA |
+91-9303418249 |
| Name | Designation |
Qualification |
Date Of Appointment |
Contact No./E-mail |
|---|---|---|---|---|
|
Mr. Ramesh Kumar |
Senior Technician (Regular) |
B.Sc (Physics) |
01-12-2023 |
+91-7033136182 |
|
|
Laboratory Assistant (Regular) |
B.Sc (Biology) | 13.12.2017 |
+91-9827617707 |
|
|
Technician |
12th |
01-12-2023
|
+91-9826971443
|
|
|
Assistant Grade-III (Contract) |
PGDAC, MA sociology
|
14.02.2013 |
+91-9907802124 |
|
|
Assistant Grade-IV (Contract) |
Intermediate
|
NA |
+91-9303418249 |
Biomedical Engineering Program at NIT Raipur is in phase of rapid development, enhancing its leading role in teaching and research up-liftment in the academic program simultaneously. Irrespective of conducting competitive interdisciplinary coursework, the program also emphasises practical training strongly during its curriculum activity. Students undergo research projects / industrial research problems to orient themselves towards diversified areas of Biomedical Engineering. Faculty members of the Department have wide spectrum of research activities which includes:
-
Biomechanics
- Cardiovascular Biomechanics
- Foot Biomechanics
- Human-Joints Biomechanics
- Bio-Micro-fluidics
- Experimental and Computational Bio-fluid mechanics
- Cellular Biomechanics
-
Biomedical Signal Processing
- Exercise Physiological Signal analysis
- Neurological Signal Analysis
- ECG wavelet analysis
- Analysis of Random Bio-signal
-
Biomedical Image Processing
- Medical image analysis for fracture
- Early detection of cancer using Image Analysis
- Medical Imaging
- Information Retrieval using Image Analysis
-
Biomedical Instrumentations
- Gait Analysis
- Diabetic foot risk assessment system
- Diagnostic and therapeutic equipments
Designing and Development of Medical Devices
-
- Non-invasive blood glucose monitoring devices
- Non-invasive blood flow monitoring device
- Physiological Pulsatile flow generator
- Designing of Bioreactors
Updated Sponsored Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant |
Funding Agency |
Year of Sanction |
Current status |
|
1 |
NITRR/ RP/BME/ 2017/ 84: On Chip Development of Three Dimensional Clinical Graft for the Treatment of Diseased Esophageal with integration of Vascularisation and Enhanced Neurogenesis |
Dr. Arindam Bit |
33,18,100.00 |
SERB |
2017 |
Completed |
|
2 |
NITRR/ RP/BME/2016/ 79: Three- Dimensional Monte- Carlo Simulation for Photoacoustic Tomography using Graphics Processing Unit |
Dr. Saurabh Gupta |
20,19,330.00 |
SERB |
2017 |
Completed |
|
3 |
NITRR/RP/ BME /2018/ 111: Development of Risk Stratification System for Clinical Management of Sickle Cell Disease Using Predictive Machine Learning Approaches. |
Dr. Bikesh Kumar Singh |
16,06,930.00 |
SERB |
2018 |
Completed |
|
4 |
NITRR/RP/ BME/2019/ 115: Regeneration Mechanisms of deep-layer Skin Wounds in Response to Treatment with Polyelectrolyte- Hydrogel Complex Dressing and Gene Therapy |
Dr. Arindam Bit, Dr. Linur I. Salafutdinov (Federal University, Kazan Russia) |
29,29,440.00 |
RUS/ RFBR |
2018 |
Completed |
|
5 |
NITRR/RP/BME/2019/122: Development of complete functional blood vessel network on multi-layered microfluidic platform |
Dr. Arindam Bit (PI), Dr. Lata Upadhyay(co-PI) |
49,19,622.00 |
MHRD |
2019 |
Completed |
|
6 |
NITRR/RP/BME/2019/123: Development of Microfluidic platform for point-of-care diagnosis of sickle cell anemia of Chattissgarh |
Dr. Arindam Bit |
29,95,344.00 |
DST-TDP |
2019 |
Completed |
|
7 |
NITRR/RP/BME/2020/125: Development of a MultiModal Artificial Intelligent System for Detection of Endophenotypes in Schizophrenia Using Automated Speech and EEG Single Analysis: An Explorative Study form Chhattisgarh State |
Dr. Bikesh Kumar Singh |
25,38,240.00 |
DST (CSRI) |
2020 |
Completed |
|
8 |
NITRR/RP/BME/2019/131: Development of Patient-Specific Vertebral Disc Joint impact with Multi-Components Designing Approach |
Dr. Arindam Bit |
28,88,580.00 |
DST (India-Tiwan) |
2020 |
Completed |
|
9 |
NITRR/RP/BME/2021/135: Development of Breast Cancer Risk Assessment Women using Advanced Artificial Intelligence Techniques: A Pilot Study |
Dr. Bikesh Kumar Singh |
2,33,000.00 |
ICMR |
2021 |
Completed |
|
10 |
NITRR/RP / BME/2021/141: Enhancing Brain Cognition Through Neuro –Feedback Model in India Children with Learning Disability |
Dr. Bikesh Kumar Singh |
27,25,316.00 |
SERB |
2021 |
Completed |
|
11 |
NITRR/RP/BME/2023/162: Identification of Composite Neural Biomarkers for Differentiating Psychotic Disorders Using Quantitative EEG and Speech Signal Analysis |
Dr. Bikesh Kumar Singh PI
Dr. Sai Krishna Tikka (CoPI)
Dr.Lokesh Kumar Singh (CoPI) |
45,79,696.00 |
SERB(CRG) |
2023 |
On Going |
|
12 |
NITRR/RP/BME/2023/170: Investigating EEG and fNIRS Signatures for Different Types of Meditation- An Artificital Intelligence-Based Approach for Evaluation and Validation. |
Dr. Bikesh Kumar Singh |
27,54,259.00 |
DST/ SATYAM |
Mar-23 |
On Going |
Updated Sponsored Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant |
Funding Agency |
Year of Sanction |
Current status |
|
1 |
NITRR/ RP/BME/ 2017/ 84: On Chip Development of Three Dimensional Clinical Graft for the Treatment of Diseased Esophageal with integration of Vascularisation and Enhanced Neurogenesis |
Dr. Arindam Bit |
33,18,100.00 |
SERB |
2017 |
Completed |
|
2 |
NITRR/ RP/BME/2016/ 79: Three- Dimensional Monte- Carlo Simulation for Photoacoustic Tomography using Graphics Processing Unit |
Dr. Saurabh Gupta |
20,19,330.00 |
SERB |
2017 |
Completed |
|
3 |
NITRR/RP/ BME /2018/ 111: Development of Risk Stratification System for Clinical Management of Sickle Cell Disease Using Predictive Machine Learning Approaches. |
Dr. Bikesh Kumar Singh |
16,06,930.00 |
SERB |
2018 |
Completed |
|
4 |
NITRR/RP/ BME/2019/ 115: Regeneration Mechanisms of deep-layer Skin Wounds in Response to Treatment with Polyelectrolyte- Hydrogel Complex Dressing and Gene Therapy |
Dr. Arindam Bit, Dr. Linur I. Salafutdinov (Federal University, Kazan Russia) |
29,29,440.00 |
RUS/ RFBR |
2018 |
Completed |
|
5 |
NITRR/RP/BME/2019/122: Development of complete functional blood vessel network on multi-layered microfluidic platform |
Dr. Arindam Bit (PI), Dr. Lata Upadhyay(co-PI) |
49,19,622.00 |
MHRD |
2019 |
Completed |
|
6 |
NITRR/RP/BME/2019/123: Development of Microfluidic platform for point-of-care diagnosis of sickle cell anemia of Chattissgarh |
Dr. Arindam Bit |
29,95,344.00 |
DST-TDP |
2019 |
Completed |
|
7 |
NITRR/RP/BME/2020/125: Development of a MultiModal Artificial Intelligent System for Detection of Endophenotypes in Schizophrenia Using Automated Speech and EEG Single Analysis: An Explorative Study form Chhattisgarh State |
Dr. Bikesh Kumar Singh |
25,38,240.00 |
DST (CSRI) |
2020 |
Completed |
|
8 |
NITRR/RP/BME/2019/131: Development of Patient-Specific Vertebral Disc Joint impact with Multi-Components Designing Approach |
Dr. Arindam Bit |
28,88,580.00 |
DST (India-Tiwan) |
2020 |
Completed |
|
9 |
NITRR/RP/BME/2021/135: Development of Breast Cancer Risk Assessment Women using Advanced Artificial Intelligence Techniques: A Pilot Study |
Dr. Bikesh Kumar Singh |
2,33,000.00 |
ICMR |
2021 |
Completed |
|
10 |
NITRR/RP / BME/2021/141: Enhancing Brain Cognition Through Neuro –Feedback Model in India Children with Learning Disability |
Dr. Bikesh Kumar Singh |
27,25,316.00 |
SERB |
2021 |
Completed |
|
11 |
NITRR/RP/BME/2023/162: Identification of Composite Neural Biomarkers for Differentiating Psychotic Disorders Using Quantitative EEG and Speech Signal Analysis |
Dr. Bikesh Kumar Singh PI Dr. Sai Krishna Tikka (CoPI) Dr.Lokesh Kumar Singh (CoPI) |
45,79,696.00 |
SERB(CRG) |
2023 |
On Going |
|
12 |
NITRR/RP/BME/2023/170: Investigating EEG and fNIRS Signatures for Different Types of Meditation- An Artificital Intelligence-Based Approach for Evaluation and Validation. |
Dr. Bikesh Kumar Singh |
27,54,259.00 |
DST/ SATYAM |
Mar-23 |
On Going |
Updated Research Seed Grant Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant (Rs.) |
Year of Sanction |
Current status |
|
1 |
Project No: NITRR/Seed Grant/2019-20/003 Development Patient Specific Triply Periodic Minimal Surface Based Pre- Constructed Porous Orthopedic Implant. |
Dr. Nishant Kumar Singh |
4,99,700.00 |
2019 |
Completed |
|
2 |
Project No: No.NITRR/Seed Grant/2021-22/34 Development of 3D printed scoliotic model for surgical training |
Dr. M. Marieswaran |
5,00,000.00 |
2022 |
On going |
|
3 |
Project No: NITRR/Seed Grant/2024-25/10 Study of Mechanotransduction of Cartilage on Chip to identify Osteoarthrities (OA) |
Dr. Mainak Basu |
5,00,000.00 |
2024 |
On going |
|
4 |
Project No.: NITRR/Seed Grant/2024-25/11 Comparative Analysis of Plantar Pressure and Muscle Activation in Normal and Flat-Footed Individuals: Effects of Correction Insoles |
Dr. Shivangi Giri |
5,00,000.00 |
2024 |
On going |
Biomedical Engineering Program at NIT Raipur is in phase of rapid development, enhancing its leading role in teaching and research up-liftment in the academic program simultaneously. Irrespective of conducting competitive interdisciplinary coursework, the program also emphasises practical training strongly during its curriculum activity. Students undergo research projects / industrial research problems to orient themselves towards diversified areas of Biomedical Engineering. Faculty members of the Department have wide spectrum of research activities which includes:
-
Biomechanics
- Cardiovascular Biomechanics
- Foot Biomechanics
- Human-Joints Biomechanics
- Bio-Micro-fluidics
- Experimental and Computational Bio-fluid mechanics
- Cellular Biomechanics
-
Biomedical Signal Processing
- Exercise Physiological Signal analysis
- Neurological Signal Analysis
- ECG wavelet analysis
- Analysis of Random Bio-signal
-
Biomedical Image Processing
- Medical image analysis for fracture
- Early detection of cancer using Image Analysis
- Medical Imaging
- Information Retrieval using Image Analysis
-
Biomedical Instrumentations
- Gait Analysis
- Diabetic foot risk assessment system
- Diagnostic and therapeutic equipments
Designing and Development of Medical Devices
-
- Non-invasive blood glucose monitoring devices
- Non-invasive blood flow monitoring device
- Physiological Pulsatile flow generator
- Designing of Bioreactors
Updated Sponsored Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant |
Funding Agency |
Year of Sanction |
Current status |
|
1 |
NITRR/ RP/BME/ 2017/ 84: On Chip Development of Three Dimensional Clinical Graft for the Treatment of Diseased Esophageal with integration of Vascularisation and Enhanced Neurogenesis |
Dr. Arindam Bit |
33,18,100.00 |
SERB |
2017 |
Completed |
|
2 |
NITRR/ RP/BME/2016/ 79: Three- Dimensional Monte- Carlo Simulation for Photoacoustic Tomography using Graphics Processing Unit |
Dr. Saurabh Gupta |
20,19,330.00 |
SERB |
2017 |
Completed |
|
3 |
NITRR/RP/ BME /2018/ 111: Development of Risk Stratification System for Clinical Management of Sickle Cell Disease Using Predictive Machine Learning Approaches. |
Dr. Bikesh Kumar Singh |
16,06,930.00 |
SERB |
2018 |
Completed |
|
4 |
NITRR/RP/ BME/2019/ 115: Regeneration Mechanisms of deep-layer Skin Wounds in Response to Treatment with Polyelectrolyte- Hydrogel Complex Dressing and Gene Therapy |
Dr. Arindam Bit, Dr. Linur I. Salafutdinov (Federal University, Kazan Russia) |
29,29,440.00 |
RUS/ RFBR |
2018 |
Completed |
|
5 |
NITRR/RP/BME/2019/122: Development of complete functional blood vessel network on multi-layered microfluidic platform |
Dr. Arindam Bit (PI), Dr. Lata Upadhyay(co-PI) |
49,19,622.00 |
MHRD |
2019 |
Completed |
|
6 |
NITRR/RP/BME/2019/123: Development of Microfluidic platform for point-of-care diagnosis of sickle cell anemia of Chattissgarh |
Dr. Arindam Bit |
29,95,344.00 |
DST-TDP |
2019 |
Completed |
|
7 |
NITRR/RP/BME/2020/125: Development of a MultiModal Artificial Intelligent System for Detection of Endophenotypes in Schizophrenia Using Automated Speech and EEG Single Analysis: An Explorative Study form Chhattisgarh State |
Dr. Bikesh Kumar Singh |
25,38,240.00 |
DST (CSRI) |
2020 |
Completed |
|
8 |
NITRR/RP/BME/2019/131: Development of Patient-Specific Vertebral Disc Joint impact with Multi-Components Designing Approach |
Dr. Arindam Bit |
28,88,580.00 |
DST (India-Tiwan) |
2020 |
Completed |
|
9 |
NITRR/RP/BME/2021/135: Development of Breast Cancer Risk Assessment Women using Advanced Artificial Intelligence Techniques: A Pilot Study |
Dr. Bikesh Kumar Singh |
2,33,000.00 |
ICMR |
2021 |
Completed |
|
10 |
NITRR/RP / BME/2021/141: Enhancing Brain Cognition Through Neuro –Feedback Model in India Children with Learning Disability |
Dr. Bikesh Kumar Singh |
27,25,316.00 |
SERB |
2021 |
Completed |
|
11 |
NITRR/RP/BME/2023/162: Identification of Composite Neural Biomarkers for Differentiating Psychotic Disorders Using Quantitative EEG and Speech Signal Analysis |
Dr. Bikesh Kumar Singh PI
Dr. Sai Krishna Tikka (CoPI)
Dr.Lokesh Kumar Singh (CoPI) |
45,79,696.00 |
SERB(CRG) |
2023 |
On Going |
|
12 |
NITRR/RP/BME/2023/170: Investigating EEG and fNIRS Signatures for Different Types of Meditation- An Artificital Intelligence-Based Approach for Evaluation and Validation. |
Dr. Bikesh Kumar Singh |
27,54,259.00 |
DST/ SATYAM |
Mar-23 |
On Going |
- Students from Bio-Medical Engineering Department (Anish Sharma, Subham Maru, and Abhishek Soni) won prestigious awards at International Conference- InnoHEALTH2016, New Delhi
- Two Students of Fourth Semester Biomedical Engineering (Anish Sharma, and Abhishek Soni) won "Best Research Poster Award" at Instrumentation and Signal Processing Winter School 2015" organized by IIT Kharagpur.
- BMESA (BioMedical Engineering Students Association)
-
Completed Events
Sl.No
Event
Date
Coordinator(s)/Secretaries
1
High-End Workshop(Karyashala) on Mechanics and Materials for Biomedical Applications
30th Jan-5th Feb-2024
Dr. Nishant Kumar Singh & Dr. M. Marieswaran
2
3rd International Conference on Biomedical Engineering Science and Technology: Roadway from Laboratory to Market (ICBEST 2024)
10-11 April - 2025
Dr. Neelam Shobha Nirala, Dr. Saurabh Gupta, Dr. Nishant Kumar Singh
3
IICC expert lecture “Smart Microelectrode Patch for Accelerated Wound Healing” by Dr. Debasish Maji, Associate Professor in the Department of Sensors and Biomedical Technology, VIT University, also associated with TIFAC Core (VIT Chapter) and INFAB Semiconductor Pvt. Ltd.
12-September-2024
Dr. Mainak Basu/ Dr. Arindam Bit
4
IICC expert lecture “Modern CT scanners - a long journey from fundamentals to features” by Mr. Bodhisattva Sensarma, Senior Service Engineer from Seimens Healthineers
01-October-2024
Dr. Mainak Basu/ Dr. Arindam Bit
5
IICC expert lecture “Gamified Rehabilitation: Transformative Approach to boost patient engagement and accelerate recovery” by Ms. Rupsa Mukherjee, Director, Galanto Innovations
12-November-2024
Dr. Mainak Basu/ Dr. Arindam Bit
6
IICC expert lecture “Challenges with commercialization of Microfluidic Devices” by Mr. Muthuraman Swaminathan, Director, Co-founder and CEO of Infab Semiconductor Pvt. Ltd, Bangalore.
04-February-2025
Dr. Mainak Basu/ Dr. Arindam Bit
7
IICC expert lecture “Revolutionizing Healthcare: The AI Advantage” by Mr. Ajit Deshpande, Founder and CEO of Rises Analytics Solutions Pvt Ltd. Pune, India.
19-September-2025
Dr. Sudip Paul/ Dr. Arindam Bit
Previous Events
1
Short Term Training Program (STTP) on Emerging Trends and Challenges in Biomechanics and Biomaterials
25th -30th July 2023
Dr. Nishant Kumar Singh & Dr. M. Marieswaran
2
2nd International Conference on Biomedical Engineering Science and Technology: Roadway from Laboratory to Market (ICBEST 2023)
10th -11th Feb 2023
Dr. Saurabh Gupta, Dr. Nishant Kumar Singh, Dr. M. Marieswaran
3
1st International Conference on “Biomedical Engineering Science and Technology: Roadway from Laboratory to Market” (ICBEST 2018)
20th - 21st Dec 2018
Dr. Neelamshobha Nirala, Dr. Arindam Bit, Dr. Saurabh Gupta
4
One-week short term training programme on “Big Data Analytic and related Technologies” under TEQIP III
8th - 12th Jan 2018
Dr Saurabh Gupta, Dr Govind P Gupta, Dr Sandeep K Chouksey
5
GIAN course on “Health Service Management”
17th -21st Jan 2018
Dr Saurabh Gupta
6
One week short term course on Campus to Corporate
09th -13th Oct 2017
Dr. Bikesh Kumar Singh
7
One week short term course on Enhancing Employability Skills : Connecting Campus with Corporate
09th -13th Dec 2017
Dr. Bikesh Kumar Singh
8
Training programme on MIMICS under TEQIP II
18th -20th Sept. 2016
Dr. Arindam Bit
9
ISWT Course on Thermo-Fluid Science for Bioengineering & Energy Applications
27th May-01st Jun 2016
Dr. Arindam Bit
10
3 days National Workshop on Recent Advances in Biomedical Signal Processing: Application to rehabilitation and therapeutic solution (BSP : RTS 16)
20th -24th Aug 2016
Dr. Bikesh Kumar Singh
11
Academic-Research institution &Industry lecture series on Biomedical Circuit Design by Dr. Sanjeev Kumar
27th March 2015
Dr R Periyasamy
12
Academic-Research institution &Industry lecture series on Emerging Technical and social trends in limb prosthesis by Dr. Deepak Joshi
27th March 2015
Dr R Periyasamy
13
Academic-Research institution &Industry lecture series on Mobile App innovation in Indian healthcare by Shri. Sachin Gaur
27th March 2015
Dr R Periyasamy
14
National Workshop on “Statistical Data Analysis in Healthcare” under TEQIP II
30th -31st Oct 2015
Dr R Periyasamy, Dr Saurabh Gupta
15
Webinar under National Knowledge Network (NKN)
30th Oct 2015
Dr Saurabh Gupta
16
National Workshop on Recent trends in the field of Biomechanics: Application to device development and Surgery issues (NWRTB-14)
11th - 13th Sep 2014
Dr. Arindam Bit
17
Academic-Research institution &Industry lecture series under TEQIP II
23rd Sept 2014
NA
18
One-week short term course on MATLAB Programming and its Engineering Applications mpea-2013) under CEC NIT Raipur, at NIT Raipur as
26th -30th Dec 2013
Dr. Bikesh Kumar Singh
- Students from Bio-Medical Engineering Department (Anish Sharma, Subham Maru, and Abhishek Soni) won prestigious awards at International Conference- InnoHEALTH2016, New Delhi
- Two Students of Fourth Semester Biomedical Engineering (Anish Sharma, and Abhishek Soni) won "Best Research Poster Award" at Instrumentation and Signal Processing Winter School 2015" organized by IIT Kharagpur.
- BMESA (BioMedical Engineering Students Association)
-
Completed Events
Sl.No
Event
Date
Coordinator(s)/Secretaries
1
High-End Workshop(Karyashala) on Mechanics and Materials for Biomedical Applications
30th Jan-5th Feb-2024
Dr. Nishant Kumar Singh & Dr. M. Marieswaran
2
3rd International Conference on Biomedical Engineering Science and Technology: Roadway from Laboratory to Market (ICBEST 2024)
10-11 April - 2025
Dr. Neelam Shobha Nirala, Dr. Saurabh Gupta, Dr. Nishant Kumar Singh
3
IICC expert lecture “Smart Microelectrode Patch for Accelerated Wound Healing” by Dr. Debasish Maji, Associate Professor in the Department of Sensors and Biomedical Technology, VIT University, also associated with TIFAC Core (VIT Chapter) and INFAB Semiconductor Pvt. Ltd.
12-September-2024
Dr. Mainak Basu/ Dr. Arindam Bit
4
IICC expert lecture “Modern CT scanners - a long journey from fundamentals to features” by Mr. Bodhisattva Sensarma, Senior Service Engineer from Seimens Healthineers
01-October-2024
Dr. Mainak Basu/ Dr. Arindam Bit
5
IICC expert lecture “Gamified Rehabilitation: Transformative Approach to boost patient engagement and accelerate recovery” by Ms. Rupsa Mukherjee, Director, Galanto Innovations
12-November-2024
Dr. Mainak Basu/ Dr. Arindam Bit
6
IICC expert lecture “Challenges with commercialization of Microfluidic Devices” by Mr. Muthuraman Swaminathan, Director, Co-founder and CEO of Infab Semiconductor Pvt. Ltd, Bangalore.
04-February-2025
Dr. Mainak Basu/ Dr. Arindam Bit
7
IICC expert lecture “Revolutionizing Healthcare: The AI Advantage” by Mr. Ajit Deshpande, Founder and CEO of Rises Analytics Solutions Pvt Ltd. Pune, India.
19-September-2025
Dr. Sudip Paul/ Dr. Arindam Bit
Previous Events
1
Short Term Training Program (STTP) on Emerging Trends and Challenges in Biomechanics and Biomaterials
25th -30th July 2023
Dr. Nishant Kumar Singh & Dr. M. Marieswaran
2
2nd International Conference on Biomedical Engineering Science and Technology: Roadway from Laboratory to Market (ICBEST 2023)
10th -11th Feb 2023
Dr. Saurabh Gupta, Dr. Nishant Kumar Singh, Dr. M. Marieswaran
3
1st International Conference on “Biomedical Engineering Science and Technology: Roadway from Laboratory to Market” (ICBEST 2018)
20th - 21st Dec 2018
Dr. Neelamshobha Nirala, Dr. Arindam Bit, Dr. Saurabh Gupta
4
One-week short term training programme on “Big Data Analytic and related Technologies” under TEQIP III
8th - 12th Jan 2018
Dr Saurabh Gupta, Dr Govind P Gupta, Dr Sandeep K Chouksey
5
GIAN course on “Health Service Management”
17th -21st Jan 2018
Dr Saurabh Gupta
6
One week short term course on Campus to Corporate
09th -13th Oct 2017
Dr. Bikesh Kumar Singh
7
One week short term course on Enhancing Employability Skills : Connecting Campus with Corporate
09th -13th Dec 2017
Dr. Bikesh Kumar Singh
8
Training programme on MIMICS under TEQIP II
18th -20th Sept. 2016
Dr. Arindam Bit
9
ISWT Course on Thermo-Fluid Science for Bioengineering & Energy Applications
27th May-01st Jun 2016
Dr. Arindam Bit
10
3 days National Workshop on Recent Advances in Biomedical Signal Processing: Application to rehabilitation and therapeutic solution (BSP : RTS 16)
20th -24th Aug 2016
Dr. Bikesh Kumar Singh
11
Academic-Research institution &Industry lecture series on Biomedical Circuit Design by Dr. Sanjeev Kumar
27th March 2015
Dr R Periyasamy
12
Academic-Research institution &Industry lecture series on Emerging Technical and social trends in limb prosthesis by Dr. Deepak Joshi
27th March 2015
Dr R Periyasamy
13
Academic-Research institution &Industry lecture series on Mobile App innovation in Indian healthcare by Shri. Sachin Gaur
27th March 2015
Dr R Periyasamy
14
National Workshop on “Statistical Data Analysis in Healthcare” under TEQIP II
30th -31st Oct 2015
Dr R Periyasamy, Dr Saurabh Gupta
15
Webinar under National Knowledge Network (NKN)
30th Oct 2015
Dr Saurabh Gupta
16
National Workshop on Recent trends in the field of Biomechanics: Application to device development and Surgery issues (NWRTB-14)
11th - 13th Sep 2014
Dr. Arindam Bit
17
Academic-Research institution &Industry lecture series under TEQIP II
23rd Sept 2014
NA
18
One-week short term course on MATLAB Programming and its Engineering Applications mpea-2013) under CEC NIT Raipur, at NIT Raipur as
26th -30th Dec 2013
Dr. Bikesh Kumar Singh
Biomedical Engineering Program at NIT Raipur is in phase of rapid development, enhancing its leading role in teaching and research up-liftment in the academic program simultaneously. Irrespective of conducting competitive interdisciplinary coursework, the program also emphasises practical training strongly during its curriculum activity. Students undergo research projects / industrial research problems to orient themselves towards diversified areas of Biomedical Engineering. Faculty members of the Department have wide spectrum of research activities which includes:
-
Biomechanics
- Cardiovascular Biomechanics
- Foot Biomechanics
- Human-Joints Biomechanics
- Bio-Micro-fluidics
- Experimental and Computational Bio-fluid mechanics
- Cellular Biomechanics
-
Biomedical Signal Processing
- Exercise Physiological Signal analysis
- Neurological Signal Analysis
- ECG wavelet analysis
- Analysis of Random Bio-signal
-
Biomedical Image Processing
- Medical image analysis for fracture
- Early detection of cancer using Image Analysis
- Medical Imaging
- Information Retrieval using Image Analysis
-
Biomedical Instrumentations
- Gait Analysis
- Diabetic foot risk assessment system
- Diagnostic and therapeutic equipments
Designing and Development of Medical Devices
-
- Non-invasive blood glucose monitoring devices
- Non-invasive blood flow monitoring device
- Physiological Pulsatile flow generator
- Designing of Bioreactors
Updated Sponsored Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant |
Funding Agency |
Year of Sanction |
Current status |
|
1 |
NITRR/ RP/BME/ 2017/ 84: On Chip Development of Three Dimensional Clinical Graft for the Treatment of Diseased Esophageal with integration of Vascularisation and Enhanced Neurogenesis |
Dr. Arindam Bit |
33,18,100.00 |
SERB |
2017 |
Completed |
|
2 |
NITRR/ RP/BME/2016/ 79: Three- Dimensional Monte- Carlo Simulation for Photoacoustic Tomography using Graphics Processing Unit |
Dr. Saurabh Gupta |
20,19,330.00 |
SERB |
2017 |
Completed |
|
3 |
NITRR/RP/ BME /2018/ 111: Development of Risk Stratification System for Clinical Management of Sickle Cell Disease Using Predictive Machine Learning Approaches. |
Dr. Bikesh Kumar Singh |
16,06,930.00 |
SERB |
2018 |
Completed |
|
4 |
NITRR/RP/ BME/2019/ 115: Regeneration Mechanisms of deep-layer Skin Wounds in Response to Treatment with Polyelectrolyte- Hydrogel Complex Dressing and Gene Therapy |
Dr. Arindam Bit, Dr. Linur I. Salafutdinov (Federal University, Kazan Russia) |
29,29,440.00 |
RUS/ RFBR |
2018 |
Completed |
|
5 |
NITRR/RP/BME/2019/122: Development of complete functional blood vessel network on multi-layered microfluidic platform |
Dr. Arindam Bit (PI), Dr. Lata Upadhyay(co-PI) |
49,19,622.00 |
MHRD |
2019 |
Completed |
|
6 |
NITRR/RP/BME/2019/123: Development of Microfluidic platform for point-of-care diagnosis of sickle cell anemia of Chattissgarh |
Dr. Arindam Bit |
29,95,344.00 |
DST-TDP |
2019 |
Completed |
|
7 |
NITRR/RP/BME/2020/125: Development of a MultiModal Artificial Intelligent System for Detection of Endophenotypes in Schizophrenia Using Automated Speech and EEG Single Analysis: An Explorative Study form Chhattisgarh State |
Dr. Bikesh Kumar Singh |
25,38,240.00 |
DST (CSRI) |
2020 |
Completed |
|
8 |
NITRR/RP/BME/2019/131: Development of Patient-Specific Vertebral Disc Joint impact with Multi-Components Designing Approach |
Dr. Arindam Bit |
28,88,580.00 |
DST (India-Tiwan) |
2020 |
Completed |
|
9 |
NITRR/RP/BME/2021/135: Development of Breast Cancer Risk Assessment Women using Advanced Artificial Intelligence Techniques: A Pilot Study |
Dr. Bikesh Kumar Singh |
2,33,000.00 |
ICMR |
2021 |
Completed |
|
10 |
NITRR/RP / BME/2021/141: Enhancing Brain Cognition Through Neuro –Feedback Model in India Children with Learning Disability |
Dr. Bikesh Kumar Singh |
27,25,316.00 |
SERB |
2021 |
Completed |
|
11 |
NITRR/RP/BME/2023/162: Identification of Composite Neural Biomarkers for Differentiating Psychotic Disorders Using Quantitative EEG and Speech Signal Analysis |
Dr. Bikesh Kumar Singh PI
Dr. Sai Krishna Tikka (CoPI)
Dr.Lokesh Kumar Singh (CoPI) |
45,79,696.00 |
SERB(CRG) |
2023 |
On Going |
|
12 |
NITRR/RP/BME/2023/170: Investigating EEG and fNIRS Signatures for Different Types of Meditation- An Artificital Intelligence-Based Approach for Evaluation and Validation. |
Dr. Bikesh Kumar Singh |
27,54,259.00 |
DST/ SATYAM |
Mar-23 |
On Going |
Biomedical Engineering Program at NIT Raipur is in phase of rapid development, enhancing its leading role in teaching and research up-liftment in the academic program simultaneously. Irrespective of conducting competitive interdisciplinary coursework, the program also emphasises practical training strongly during its curriculum activity. Students undergo research projects / industrial research problems to orient themselves towards diversified areas of Biomedical Engineering. Faculty members of the Department have wide spectrum of research activities which includes:
-
Biomechanics
- Cardiovascular Biomechanics
- Foot Biomechanics
- Human-Joints Biomechanics
- Bio-Micro-fluidics
- Experimental and Computational Bio-fluid mechanics
- Cellular Biomechanics
-
Biomedical Signal Processing
- Exercise Physiological Signal analysis
- Neurological Signal Analysis
- ECG wavelet analysis
- Analysis of Random Bio-signal
-
Biomedical Image Processing
- Medical image analysis for fracture
- Early detection of cancer using Image Analysis
- Medical Imaging
- Information Retrieval using Image Analysis
-
Biomedical Instrumentations
- Gait Analysis
- Diabetic foot risk assessment system
- Diagnostic and therapeutic equipments
Designing and Development of Medical Devices
-
- Non-invasive blood glucose monitoring devices
- Non-invasive blood flow monitoring device
- Physiological Pulsatile flow generator
- Designing of Bioreactors
Updated Sponsored Projects:
|
S.No. |
No & Title of the Project |
Co-ordinators |
Research Grant |
Funding Agency |
Year of Sanction |
Current status |
|
1 |
NITRR/ RP/BME/ 2017/ 84: On Chip Development of Three Dimensional Clinical Graft for the Treatment of Diseased Esophageal with integration of Vascularisation and Enhanced Neurogenesis |
Dr. Arindam Bit |
33,18,100.00 |
SERB |
2017 |
Completed |
|
2 |
NITRR/ RP/BME/2016/ 79: Three- Dimensional Monte- Carlo Simulation for Photoacoustic Tomography using Graphics Processing Unit |
Dr. Saurabh Gupta |
20,19,330.00 |
SERB |
2017 |
Completed |
|
3 |
NITRR/RP/ BME /2018/ 111: Development of Risk Stratification System for Clinical Management of Sickle Cell Disease Using Predictive Machine Learning Approaches. |
Dr. Bikesh Kumar Singh |
16,06,930.00 |
SERB |
2018 |
Completed |
|
4 |
NITRR/RP/ BME/2019/ 115: Regeneration Mechanisms of deep-layer Skin Wounds in Response to Treatment with Polyelectrolyte- Hydrogel Complex Dressing and Gene Therapy |
Dr. Arindam Bit, Dr. Linur I. Salafutdinov (Federal University, Kazan Russia) |
29,29,440.00 |
RUS/ RFBR |
2018 |
Completed |
|
5 |
NITRR/RP/BME/2019/122: Development of complete functional blood vessel network on multi-layered microfluidic platform |
Dr. Arindam Bit (PI), Dr. Lata Upadhyay(co-PI) |
49,19,622.00 |
MHRD |
2019 |
Completed |
|
6 |
NITRR/RP/BME/2019/123: Development of Microfluidic platform for point-of-care diagnosis of sickle cell anemia of Chattissgarh |
Dr. Arindam Bit |
29,95,344.00 |
DST-TDP |
2019 |
Completed |
|
7 |
NITRR/RP/BME/2020/125: Development of a MultiModal Artificial Intelligent System for Detection of Endophenotypes in Schizophrenia Using Automated Speech and EEG Single Analysis: An Explorative Study form Chhattisgarh State |
Dr. Bikesh Kumar Singh |
25,38,240.00 |
DST (CSRI) |
2020 |
Completed |
|
8 |
NITRR/RP/BME/2019/131: Development of Patient-Specific Vertebral Disc Joint impact with Multi-Components Designing Approach |
Dr. Arindam Bit |
28,88,580.00 |
DST (India-Tiwan) |
2020 |
Completed |
|
9 |
NITRR/RP/BME/2021/135: Development of Breast Cancer Risk Assessment Women using Advanced Artificial Intelligence Techniques: A Pilot Study |
Dr. Bikesh Kumar Singh |
2,33,000.00 |
ICMR |
2021 |
Completed |
|
10 |
NITRR/RP / BME/2021/141: Enhancing Brain Cognition Through Neuro –Feedback Model in India Children with Learning Disability |
Dr. Bikesh Kumar Singh |
27,25,316.00 |
SERB |
2021 |
Completed |
|
11 |
NITRR/RP/BME/2023/162: Identification of Composite Neural Biomarkers for Differentiating Psychotic Disorders Using Quantitative EEG and Speech Signal Analysis |
Dr. Bikesh Kumar Singh PI
Dr. Sai Krishna Tikka (CoPI)
Dr.Lokesh Kumar Singh (CoPI) |
45,79,696.00 |
SERB(CRG) |
2023 |
On Going |
|
12 |
NITRR/RP/BME/2023/170: Investigating EEG and fNIRS Signatures for Different Types of Meditation- An Artificital Intelligence-Based Approach for Evaluation and Validation. |
Dr. Bikesh Kumar Singh |
27,54,259.00 |
DST/ SATYAM |
Mar-23 |
On Going |
Department of Biomedical Engineering abet with dexterity for Testing and Consultancy under the influence of infrastructures like:-
- 32 Channels Multi-para Biological signal Data Acquisition system
- NI LabView interfacing cards and driver circuits along with software
- Inverted Fluorescence Microscope
- Micro-Viscometer
- Semi-Auto Biochemistry Analyzer
- Audiometer system
|
S.N. |
List of equipments |
|
1. |
Laser Pro X252 Max power: 80 W |
|
2. |
Microviscometer Anton Paar Lovis 2000ME Max power: 80 W Speed: 1000 mm/s Repetitions: 20 |
|
3. |
3D Printer Dimensions (WxDxH): 342x505x588 mm. Build volume: 215x215x200 mm. Build speed: <24 mm³/s Print head travel speed: 30 to 300 mm./s Operating sound: 50 dBA Filament diameter: 2.85 mm. Nozzle temperature: 180 - 280 °C Bed temperature: 20 - 120 °C heated glass build plate Resolution: 6.9, 6.9, 2.5 microns (XYZ) Material intake: PLA, PETG |
|
4. |
Spin coater Apex India SpinNXG-P1A Speed Range: 100 -10,000 Rotations per minute Acceleration: 40- 5,000 Rotations per minute Duration: 1- 9,999 seconds per step Less than 1 per cent error across the full speed range |
|
5. |
Oxygen plasma Harrick Plasma PDC/32G/2 (230V) 3” Dia. x 6.5” L Chamber 18 W Maximum RF Power 13 Lbs., 9” H x 10” W x 8” D |
|
6. |
Lyophilizer Delvac Lyodel -80 Freeze dryer |
|
7. |
Hot air oven Pooja Scientific Instruments SL.No.: 12017 Max Temp: 180 °C Air Circulation: Forced Air Circulation Number of Chambers: One Power: 1.2 HP |
|
8. |
Autoclave Pooja Scientific Instruments Inner Dimensions (Dia x Height) : 250x450mm Capacity: 22 L Working Load: 2.0 KW Sterilising pressure: 1.2 kgf / cm (15psi)at 121°c Pressure Gauge: 0-2.1 kgf / cm² (30 psi) Operating pressure: 15 to 20 psi (Adjustable) |
|
9. |
16-channel EEG setup AD Instruments 16/35 Number of inputs: 16 Input configuration: 12 dedicated single-ended inputs; 4 inputs configurable as single-ended or differential (through Pod port) Amplification range: ±2 mV to ±10 V full scale in 12 steps Maximum input voltage: ±15 V Frequency response (–3 dB): 25 kHz on 10 V range Output range: ±200 mV to ±10 V full scale in six steps |
|
10. |
Spectrophotometer/ Plate reader Bandwidth: <2.5 nm Wavelength selection: Monochromator Light source: Xenon flash lamp Wavelength range: 200–1,000 nm with 1 nm steps Readout range: Up to 4 absorbance units Linearity at 450 nm: 0–2.5 Abs, 2% Accuracy at 450 nm*: 1.0% + 0.003 Abs (0–2.0 Abs), 2.0% (2.0–2.5 Abs) Precision at 450 nm* Measurement speed: 6 sec with a 96-well plate Spectral scanning speed: 10 sec from 200–1,000 nm with 1 nm steps |
|
11. |
Cell Imaging System Magnification: 1.25X to 100X Resolution: 1920x1080 pixels Light source: Lumen Dynamics X-Cite Series 120Q Camera: Zeiss AxioCam ERc5s (fps)/resolution) Objective: 40x, 20x, 10x, 5x |
|
12. |
Microfluidic Workstation Flow controller for pressure-based fluid control: Fluigent, Flow EZ LINK module: Fluigent, LINK Bidirectional flow sensors: Fluigent, Flow Unit-M+ Pressure sensor: Pressure Fluigent, Unit-M Switches: Fluigent, L-Switches- 6 port/2 position Microfluidic valve controller: Fluigent, Switch EZ Pressure source / Compressor: Fluigent, FLPG Plus The range is 0±2mL/min. |
|
13. |
Electrospinning Output voltage: 0 to 50 KV ± 0.05% Voltage adjustment: 0.1 KV Output current: 0 to 400 μA |
|
14. |
Bio safety cabinet (Laminar air flow 1300 series) Air Flow: 1415 m3 /h |
|
15. |
Ultrasonic Bath Power: 120 watts Heat Power: 50 watts |
|
16. |
Academic and Research Consultancy for COMSOL Multiphysics |
|
17. |
Scaffold fabrication |
|
18. |
Augmented Reality & Virtual Reality Headsets |
|
19. |
Universal Testing Machine |
|
20. |
Surface Roughness Measurement Equipment |
|
21. |
Desktop Filament Maker |
|
22. |
Contact Angle Measurement Equipment |
|
23. |
Neuropathy analyser Vibrotherm Dx via thermal and vibration method |
|
24. |
Automatic ABI measurement, Versalab Auto |
|
25. |
Stereo Microscope |
|
26. |
DC Sputtering Unit |
Department of Biomedical Engineering abet with dexterity for Testing and Consultancy under the influence of infrastructures like:-
- 32 Channels Multi-para Biological signal Data Acquisition system
- NI LabView interfacing cards and driver circuits along with software
- Inverted Fluorescence Microscope
- Micro-Viscometer
- Semi-Auto Biochemistry Analyzer
- Audiometer system
|
S.N. |
List of equipments |
|
1. |
Laser Pro X252 Max power: 80 W |
|
2. |
Microviscometer Anton Paar Lovis 2000ME Max power: 80 W Speed: 1000 mm/s Repetitions: 20 |
|
3. |
3D Printer Dimensions (WxDxH): 342x505x588 mm. Build volume: 215x215x200 mm. Build speed: <24 mm³/s Print head travel speed: 30 to 300 mm./s Operating sound: 50 dBA Filament diameter: 2.85 mm. Nozzle temperature: 180 - 280 °C Bed temperature: 20 - 120 °C heated glass build plate Resolution: 6.9, 6.9, 2.5 microns (XYZ) Material intake: PLA, PETG |
|
4. |
Spin coater Apex India SpinNXG-P1A Speed Range: 100 -10,000 Rotations per minute Acceleration: 40- 5,000 Rotations per minute Duration: 1- 9,999 seconds per step Less than 1 per cent error across the full speed range |
|
5. |
Oxygen plasma Harrick Plasma PDC/32G/2 (230V) 3” Dia. x 6.5” L Chamber 18 W Maximum RF Power 13 Lbs., 9” H x 10” W x 8” D |
|
6. |
Lyophilizer Delvac Lyodel -80 Freeze dryer |
|
7. |
Hot air oven Pooja Scientific Instruments SL.No.: 12017 Max Temp: 180 °C Air Circulation: Forced Air Circulation Number of Chambers: One Power: 1.2 HP |
|
8. |
Autoclave Pooja Scientific Instruments Inner Dimensions (Dia x Height) : 250x450mm Capacity: 22 L Working Load: 2.0 KW Sterilising pressure: 1.2 kgf / cm (15psi)at 121°c Pressure Gauge: 0-2.1 kgf / cm² (30 psi) Operating pressure: 15 to 20 psi (Adjustable) |
|
9. |
16-channel EEG setup AD Instruments 16/35 Number of inputs: 16 Input configuration: 12 dedicated single-ended inputs; 4 inputs configurable as single-ended or differential (through Pod port) Amplification range: ±2 mV to ±10 V full scale in 12 steps Maximum input voltage: ±15 V Frequency response (–3 dB): 25 kHz on 10 V range Output range: ±200 mV to ±10 V full scale in six steps |
|
10. |
Spectrophotometer/ Plate reader Bandwidth: <2.5 nm Wavelength selection: Monochromator Light source: Xenon flash lamp Wavelength range: 200–1,000 nm with 1 nm steps Readout range: Up to 4 absorbance units Linearity at 450 nm: 0–2.5 Abs, 2% Accuracy at 450 nm*: 1.0% + 0.003 Abs (0–2.0 Abs), 2.0% (2.0–2.5 Abs) Precision at 450 nm* Measurement speed: 6 sec with a 96-well plate Spectral scanning speed: 10 sec from 200–1,000 nm with 1 nm steps |
|
11. |
Cell Imaging System Magnification: 1.25X to 100X Resolution: 1920x1080 pixels Light source: Lumen Dynamics X-Cite Series 120Q Camera: Zeiss AxioCam ERc5s (fps)/resolution) Objective: 40x, 20x, 10x, 5x |
|
12. |
Microfluidic Workstation Flow controller for pressure-based fluid control: Fluigent, Flow EZ LINK module: Fluigent, LINK Bidirectional flow sensors: Fluigent, Flow Unit-M+ Pressure sensor: Pressure Fluigent, Unit-M Switches: Fluigent, L-Switches- 6 port/2 position Microfluidic valve controller: Fluigent, Switch EZ Pressure source / Compressor: Fluigent, FLPG Plus The range is 0±2mL/min. |
|
13. |
Electrospinning Output voltage: 0 to 50 KV ± 0.05% Voltage adjustment: 0.1 KV Output current: 0 to 400 μA |
|
14. |
Bio safety cabinet (Laminar air flow 1300 series) Air Flow: 1415 m3 /h |
|
15. |
Ultrasonic Bath Power: 120 watts Heat Power: 50 watts |
|
16. |
Academic and Research Consultancy for COMSOL Multiphysics |
|
17. |
Scaffold fabrication |
|
18. |
Augmented Reality & Virtual Reality Headsets |
|
19. |
Universal Testing Machine |
|
20. |
Surface Roughness Measurement Equipment |
|
21. |
Desktop Filament Maker |
|
22. |
Contact Angle Measurement Equipment |
|
23. |
Neuropathy analyser Vibrotherm Dx via thermal and vibration method |
|
24. |
Automatic ABI measurement, Versalab Auto |
|
25. |
Stereo Microscope |
|
26. |
DC Sputtering Unit |