Bio-Data

                                                                                          

Name

DR. JITEN CH. DUTTA

Present address

Professor & Ex-HoD

Deptt. of Electronics and Communication Engineering.

Tezpur University, Napaam,

Tezpur-784028

E-mail: jitend@tezu.ernet.in

Mobile No.: 09954707774

Fax: 03712-267005/267006

Assam, India

Date of birth

1st march, 1963

Nationality

Indian

Personal

Male/Married

Present Responsibilities

  • Coordinator of Electrical Engg. Dept.
  • Coordinator of Adv. Dip. In Healthcare Informatics and Management, Dept. of ECE
  • Coordinator of Visvesvaraya Ph.D scheme, Tezpur University

Educational Qualification:

Degree obtained
University
Class
Year of passing
Subject
B.E

Dibrugarh

1st

1985

Electrical Engg

M.E

Jadavpur

1st

1994

Electrical Instrumentation and Measurement(Under Electrical Engg.)

PhD

Jadavpur

-

2001

Biosensor & Bioelectronics

              Detail of Employment:

Sl. No.

Organisation / Institution

Position held

Nature of duties / work

Date of joining

Date of leaving

1

Tezpur University

Professor

Teaching and Research 

01-01-2009

continue

2

Tezpur University

Associate Professor

Teaching and Research 

01-01-2006

31-12-2008

3

Tezpur University

Reader

Teaching and Research 

12-11-2001

31-12-2005

2

4

Tezpur University

Lecturer

Teaching and Research

01-08-2000

11-11-2001

5

Assam Engg. College

Lecturer

Teaching 

01-01-1989

31-07-2000

 

Courses taught

Course Title

Level

Basic Electrical Engineering

B.Tech

Analog Electronic Devices and Circuits

B.Tech

Basic Bioelectronics

M.Tech

Advanced Electronic Devices

M.Tech

Advanced Bioelectronic Devices

M.Tech

Basic Bioelectronics lab

M.Tech

CBCT :Bioelectronics

M.Tech

Analog and Digital circuits

Ph.D

Neurobioengineering

Ph.D

Projects Completed/Ongoing

Title of the project

Funding agency

Duration

Amount in Rs-in Lakhs

Innovative Programme "M.Tech in Bioelectronics" under the scheme of Teaching and Research in interdisciplinary area, UGC

UGC

# No.F.14-4/2004(Inno/ASIST)

 

5 years (from April 2004 to March 2009

 

46.00+2 regular lecturers

Modeling and simulation of Bioelectronics devices: cylindrical ISFET and ENFET

UGC

# F.No.30-28/2004 (SR).

3 years(from January 2005 to December 2007)

 

8.06

Modeling & Simulation of Artificial Synapse

AICTE

#F.No.8023/BOR/RID/RPS-42/2008-09

2 years(from 2010 to 2011)

 

3.6

Career and Market-oriented  Programme "Advanced Diploma in Health care Informatics and Management" under the scheme of Career Orientation Programme of  UGC

UGC

# F.No.4-265/2011(COC)

Dated 22-12-2011

5 years (from 2012 to 2016)

10.00

Modernization and Renovation of Instrumentation Lab

AICTE MODROB project

#F.No.8024/RIFD/MOD(NER)-61/Policy-11/2011-12 dated 03.07.2013

One year 2013-14

10.00

Modernization and Renovation of Fiber Optics Lab Lab

AICTE MODROB project

#F.No.8024/RIFD/MOD(NER)-63/Policy-11/2011-12 dated 03.07.2013

One year 2013-14

13.00

NEQIP

AICTE

# F.No. AICTE/UB/36/NEQIP/Ass/Deg/TU/09/2013/382 dated 16th June,2014

3 years

(From 2014-17)

100.00

VISVESVARAYA ph.D Scheme

DeitY, MCIT, GOI

5 years+

From 2015

For 5+ ph.D students

Advisor to the Departmental Projects:

 As the Head of the department (2012-2015) I was the chairman of the implementing committee of the following departmental projects:

Title of the project

Funding agency

Duration

Amount in Rs-in Lakhs

DST-FIST for setting up of microfabrication facilities

DST

5 years

 

137.00

 

SAP

UGC

 

5 years

69.00

Setting up of facilities for fabrication of MEMs Devices

DeiTY

5 years

326.43

 

NEQIP

AICTE

3 years

100.00 (approx.)

Short term course / Seminar organized as Coordinator

Title

Sponsored by

Amount in Rs.

Faculty Development Programme (FDP) on "Current Approaches in Teaching and Research  in Science and Technology" From 15th Dec -27th Dec, 2014

 

AICTE - NEQIP Scheme

#F.No. AICTE/UB/36/NEQIP/Ass/Deg/TU/09/2013/382 dated 16th June,2014

560000.00

Short term course on "Bioelectronics" under the Scheme of staff development programme (SDP), AICTE from June 20 to July 1,2005

AICTE (#F.No.1-78/FD/SDP(1.)/2004-2005)

 

150000.00

Seminar on "Bioelectronics" -  the Next Generation Technology

UGC (# No.F.14-4/2004(Inno/ASIST)

100000.00

Contributions Towards Engineering Education:

Sl. No

Work

Details

Output

1.  Initiatives at departmental/ University  Level:

 

Leading from the front, with a commitment to contribute something in engineering and technical education, some remarkable works have been being done:

i. Introduction of Innovative Programme: "M.Tech in Bioelectronics"

 

 

 

 

 

i. In the context of 2020 vision document of the Republic of India, the introduction of Innovative programs in Interdisciplinary and Emerging areas is the need of the hour in order to accelerate the transformation of the present economy into a knowledge-based economy. The Department of ECE at TU started the nation's first Masters of Technology program in Bioelectronics Engineering in 2004 to drive the next generation of disruptive technologies emerging from the cross fertilization between biology and micro/nanoelectronics. Today this program is considered as one of the important innovative programs in the country capable of producing the next generation of engineers that will stay ahead in innovations and be globally competitive.

i. The facility created under this program serves as a key resource for research in bio-electronics devices, bioMEMs and neurobioengineering.

Some research papers related to this area have been published in Canadian Journal on biomedical Engg. and Technology, IEEE EMBS conference, IEEE conference and in the American Journal of Biomedical Science.

ii. Introduction of Career oriented programme.

ii. The Department of ECE at TU started the Career oriented programme. "Advanced Diploma in Health care Informatics and Management" supported by UGC under its scheme "Career Orientation Programme" from 2012 with 20 intake.

ii. Continuing

iii. Introduction of B.Tech. in Electrical Engg.

iii. Initiative has been taken to introduce B. Tech programme in Electrical Engg. from 2014.

iii. Being the Coordinator of this programme, Syllabi have been prepared and approved by the Academic council. Ist batch starts from Aug,2014 with 30 intake.

iv. Introduction of  B. Voc Programme under National Skills

Qualifications Framework (NSQF) , Ministry of HRD, Government of India

iv. As the coordinator of NSQF, we have carefully studied the Scheme NSQF formulated by HRD, guidelines of UGC and AICTE's scheme uploaded in the AICTE's website. After deliberations from the members and some HoDs of relevant Departments, we have identified seven specializations under five vocational sectors for introduction in the University. (Reference:www.aicte.india.org.education.vocational education and www.ugc.ac.in)

iv. Syllabi have been prepared for seven  vocational specialization and sent for approval. Two specializations namely (i) Food Processing and (ii) Renewable Energy have been approved by UGC (D.O.No.F.2-380/2014(b.Voc.) dated 17 June,2014 (Total Rs. 135.00 Lakh)

2. Contribution to Electronic Device Area

In the area of Field Effect Transistor devices, concept of three new devices has been given

Concept of  Cylindrical ISFET

Ref. [25], [36] of publication list

Concept of NEUROISFET

Ref. [6],[23],[24] of publication list

 

Concept of NEUROBIOFET

Ref. [19], [24] of publication list

 

 Research Areas :

Name of Area

Brief Description

Output

BIOFETOLOGY

Bio-Electronic devices: Bio-sensors: These devices recently have drawn attention in the rapidly developing field of Bio-sensors. Research work on ISFETs and related bio-sensors(BIOFETs) oriented for use in the fields of medical, clinical, pharmaceutical ,agricultural ,biotechnology etc are rapidly increasing. We are at present involved in modeling and simulations of conventional ISFETS, Cylindrical ISFETS and double gate ISFETS, BIOFETs with potential applications in the field of medical and Bio-informatics.

Ref. [1], [2],[3], [17],[22], [25] of Publication list

Neurobioengineering

Neuroelectronic junction, Device for determination of activity of cell, silicon neuron, Synaptic communication.

 

Ref.[4], [5], [6], [8], [10], [19], [21], [23], [24], [28], [29], [30] of Publication list

DNA Computing

DNA Computing is a sub field of molecular computing. In this field bio chemical property of DNA is exploited to obtain several computational operations. This field has 20 years of dynamic past. Richard Feynman first proposed the possibility of building a computer at "submicroscopic" level   but the development in this field geared up after the first experimental demonstration performed by Leonard Adleman.

Recently significant amount of research interests are drawn by analog molecular logic gates.

 

Ref.[18],[20]of Publication list.

Engineering Education

 

Published Research Articles in Engineering Education

Title

Published / accepted

ISFETOLOGY  to BIOFETOLOGY: What happened in the past and what may happen in the next

www.scribd.com/doc/35284252

 

"Transformation of electronics engineering education towards new frontiers: Some initiatives"

 

TechXetra 2011 Souvenir

 

 "Bioelectronics Engineering education for next generation engineers". 

 

 

 

TechXetra 2014 Souvenir

Research Outputs

Sl. No.

Name of student

Title / Area

Ph.D Status

Publications

1

Santanu Sharma

Modeling and Simulation of Nano-bioelectronic device: Cylindrical ISFET

completed

Ref.[9],[11], [35], [36], [37] of Publication list

2

Soumik Roy

Modeling and Simulation of Artificial Synapse

completed

Ref.[6],[8],[10],[11],[28],[29],[30],[33]of Publication list

3

Taslima Ahmed

Neuro-bioengineer-ing

On going

[4], [5], [23], [24],[28] of publication list

4

Monuj Kr. Sharma

Bioelectronic device

On going

Ref.[3],[22] of Publication list

5

Abdul Barik

BIOFET

On going

Ref.[1], [2], [3], [17], [22]  of Publication list

 6

Rashmi Deka

 Neuro-bioengineering

On going

 

Ref. [1], [19], [21] of Publication list

7

Kuntala Barua

DNA Computing

On going

Ref. [18], [20] of Publication list

 

1. Bioelectronic Devices

           1.  IET Signal Processing Journal 

2. IET software Journal.

3. Ph.D Thesis Reviewer of some Universities/IIT

 

               1. Invitation as Speaker during Workshop on "Advances in Computational   Neuroscience from 24th to 29th March, 2014 organized by the Department of Biomedical Engineering, North-Eastern Hill University (NEHU), Shillong, Meghalaya, sponsored by INCNE, NBRC, Department of Biotechnology, Government of India.

2. Invited lecture on National Seminar on the topic "Current Trends in Research" from 30th January to Ist February, 2014, organized by the Department of Physics, Darrang College.

3.  Invited lecture on TEQIP sponsored Faculty Development Program on the topic 'EMERGING RESEARCH AREAS IN ELECTRONICS AND COMMUNICATION ENGINEERING' from 15th to 19th may 2012 organized by the Department of Electronics and Communication Engineering, NERIST.

4. Invited talk delivered in the Dept. of Electronics, Vidyasagar University, Midnapore, W.B  under Merged scheme of UGC on 5th March 2012.

5. Invited talk delivered in National conference on computational Intelligence and Signal processing , CISP 2011 organized by Donbosco University during 2 - 3 March 2011.

6. Invited lectures in Refresher course in Electronics & Instrumentation organized by UGC-Academic College, G,U , 08 to 28th Feb,2010                                             

7. Key note address in National conference on Recent advances in Communication and Computing Technology sponsored by AICTE, 31st Oct and 1 Nov,2009. organized by Dept. of EC,CSE and IT, Gyan Ganga College of Technology,Jabalpur.                                                        

8. Invited as the speaker for the Lecture series organized by Sibsagar college, Joysagar 7th Dec,2006 on the occasion of getting the status of college with potential for excellence from UGC:                                                                                                           

9. Invited  to deliver a Lecture in Technostride,06  organized by TU                                             

10. Invited Talk delivered in DST sponsored National Seminar on The Impact of Sensors in Improving Quality of Tea, 10-11 Feb,2006, Organised by Bahana college, Jorhat, Assam.                                                                                                                                  

11. Invited as a resource person in the DST sponsored Workshop on Sensors for Agricultural and Industrial Applications organized by Dibrugarh University, Sep'20-Oct'01, 2004.                      

 12.  Invited as a Chief Guest to Koliabor College, Tezpur, on the occasion of freshmen social.      

(i)                 LOKMAT National Education Awards,2015, as "Best Teacher in Electronics & Communication Engineering"

(ii)               "Shiksha Rattan Puraskar, 2008" by India International Friendship Society, New-Delhi.     

1 . Member of Academic Council, Assam Science and Technology University

2. Chairman of Departmental Research Committee constituted for scrutinizing the research proposal of faculty members under TEQIP-II project, Department of ECE, Tripura Institute of Technology.   

3.External Member of Innovative program( UGC), Dept. of ECT, Guwahati University.

4.Member of Academic Council, Tezpur University

Served as Hostel Superintendent for three years in Assam Engineering College.

 

I.   Journal  Papers :

[1]. Barik, Md Abdul, Deka, Rashmi and Dutta, Jiten Ch. "Carbon nanotube based dual gated junctionless field effect transistor for acetylcholine detection." IEEE Sensors Journal, DOI: 10.1109/JSEN.2015.2481604

[2]. Barik, Md Abdul, and Jiten Ch Dutta. "Fabrication and characterization of junctionless carbon nanotube field effect transistor for cholesterol detection." Applied Physics Letters 105.5 (2014): 053509.[ indexed by Nature]

[3]. Barik, Md Abdul, Manoj Kumar Sarma, C. R. Sarkar, and Jiten Ch Dutta. "Highly Sensitive Potassium-Doped Polypyrrole/Carbon Nanotube-Based Enzyme Field Effect Transistor (ENFET) for Cholesterol Detection." Applied biochemistry and biotechnology (2014): 1-11.

[4]. Taslima Ahmed,  Jiten Ch. Dutta, "A GUI (Graphical User Interface) framework    to Introduce H-H Model in Comparison with Kv3.3 Model"  American Journal of Biomedical Sciences,  Am. J. Biomed. Sci. 2014, 6(1), 1-5; doi: 0.5099/aj140100001  

[5]. Jiten Ch. Dutta, Taslima Ahmed, "Hodgkin-Huxley's Introduction of the Conductance Based Model Neuron (1952)" International Journal of Advances in Electrical and Electronics Engineering” 2013, ISSN: 2319-1112, Vol.3, No.1 pp 47-49

[6]  Dr. J. C. Dutta,  S. Roy, "Modeling Neuron for Simulation of Transmitter Gated Ion Channels of Postsynaptic Membrane at Synaptic Cleft", American Journal of Biomedical Sciences, March 2011, ISSN:1937-9080, DOI:10.5099/aj110300176

[7]. Dr. J. C. Dutta, "Modeling Ion sensitive Field effect Transistors for Biosensor applications", International Journal of Advanced Research in Engineering and Technology (IJARET), ISSN 0976-6480 (print), Vol. 1, No.1, May-June (2010), pp.38-57                                                 

[8]. J C Dutta, S Roy, "Biologically Motivated Circuit Model of Neuron for Simulation of Excitatory and Inhibitory Actions of Synapses", Canadian Journal on Biomedical Engineering & Technology., Vol. 1, No. 3, June 2010, ISSN: 1923-1644.                  

[9].  S. Sharma, J. C. Dutta and M. Bharadwaj, "Response of ISFET as a function of Reference electrode position and a rule for reference electrode placement", Canadian Journal on Electrical and Electronics Engineering Vol. 2, No. 1, January 2011.                        

[10].  S Roy, Dr. J C Dutta, Shikhaomni Phukan, "Integrate-and-Fire Based Circuit Model for Simulation of Excitatory and Inhibitory Synapses", Canadian Journal on Biomedical Engineering & Technology Vol. 1, No. 2 March 2010, ISSN: 1923-1644.                 

[11]. Dr. J. C. Dutta, S. Sharma, S. Roy, "Ion Sensitive Field Effect Transistors (ISFETs): Transducers for Biosensors", IE(I) Journal-ET, Vol. 88, July 2007, ISSN: 0251-1096.           

[12]. Dutta, J. C., Ghosh S. K. : "A novel Fiber Optic Temperature Sensor", J. of IE(I)-EL, Vol. 82, pp 113-116, 2001.  

[13].   S.K. Ghosh, A. Rakshit, J.C. Dutta, S. Mondal, S. Chakraborty, "Development of Fiber Optic Non contact Rotation Sensor for Calibration of Energy Meter", Journal of IE(India), ID, Vol.32, Nov. 2001.        

[14]. S. Chakraborty, S.K. Ghosh, J. Dutta, "Development of a fiber optic Temperature sensor for Medical and Clinical Applications", J. of Instrument society of India, Vol.30, 2000.  

[15]. J. Dutta, S.K.Ghosh, T.K.Basak, "A review on optical Fiber Sensors for Biomedical Applications", Journal of IE - part(ID), Vol.80, March'2000, pp 34-35                     

[16]. M.K.Bhuyan, S.K.Ghosh, J.Dutta, "Realization of a voltage operated fiber  optic wave plate", J. of Inst. Society of India, Vol.30, No.4. 2000.                                                       

 

II.   IEEE / SPIE Conference Papers:

 

[17] Barik, M.  A., Dutta,J.C,  Traditional and junctionless field effect transistor for cholesterol detection, IEEE International Conference on Electronic Design, Computer Networks & Automated Verification (EDCAV), NIT Meghalaya, January 29-30, 2015.

DOI:10.1109/EDCAV.2015.7060545.

[18] Boruah,K.,Dutta,J.C., DNA Computing: From Complex Combinatorial Problems to the Boolean Circuits , IEEE International Conference on Electronic Design, Computer Networks & Automated Verification, (EDCAV), NIT Meghalaya, January 29-30, 2015.DOI: 10.1109/EDCAV.2015.7060538.

 [19] Deka,R. ,&Dutta,J.C., Modeling and Simulation of a NEUROBIOFET for Application in Neurology , IEEE International Conference on Electronic Design, Computer Networks & Automated Verification (EDCAV), NIT Meghalaya, January 29-30. 2015.DOI: 10.1109/EDCAV.2015.7060547

[20] Boruah,K.,Dutta,J.C., DNA Computing Models for Boolean Circuits and Logic  Gates, IEEE International Conference On Computational Intelligence And Communication Technology, ABES Engineering College, February 13-14, 2015 .

[21] Deka,R.,&Dutta,J.C, Parameter Extraction for Neuron Model Simulation of Action Potential in Earthworm giant nerve fiber, IEEE International Conference On Computational Intelligence And Communication Technology, ABES Engineering College, February 13-14, 2015 .

[22] Barik, M.  A., Sharma. M, Dutta, J.C,  Traditional graphene based and junctionless carbon nanotube based field effect transistor for cholesterol sensor, 2nd IEEE International Conference on Emerging Electronics (ICEE), IISc Bangalore, December 3-6, 2014.

[23] Taslima Ahmed, J.C.Dutta, "An Approach to Develop Parametric Analogy of "improved" H-H Model Using GUI" IEEE International conference publication. Digital Object Identifier: DOI 10.1109/CUBE.2013.49, 2013

[24J.C.Dutta, Taslima Ahmed, "A Simple Electronic Analog of the Postsynaptic Membrane: The NEUROBIOFET",  IEEE International conference publication. Digital Object Identifier: 10.1109/ICDCSyst.2012.6188656. Publication Year: 2012 , Page(s): 670 - 672

[25J.C.Dutta, Phibadondor. S. Warjri, "Threshold voltage and I-V Characteristics of  Cylindrical, Surrounding- Electrolyte ISFET", IEEE International conference publication. Digital Object Identifier: 10.1109/ICDCSyst.2012.6188658  .Publication Year: 2012 , Page(s): 678 - 680.

[26J.C.Dutta, Monalisa Hazarika, "Modeling of Enzyme Biosensor based on pH-sensitive Field Effect Transistor for detection of Glucose", IEEE International conference publication. Digital Object Identifier: 10.1109/ICDCSyst.2012.6188660 Publication Year: 2012 , Page(s): 686 - 688.

 [27] J.C.Dutta "Ion Sensitive Field Effect Transistor for Applications in  Bioelectronic Sensors: A Research Review". IEEE  conference publication. Digital Object Identifier:10.1109/NCCISP.2012.6189704 .Publication Year: 2012 , Page(s): 185 - 191

 [28] S.Roy, T.Ahmed, J.C.Dutta, "A Simple Variant of Integrate-and-Fire Model of Neuron for Application in Neuronal Area", IEEE conference publication. Digital ObjectIdentifier:10.1109/NCCISP.2012.6189679 .Publication Year: 2012 , Page(s): 28 - 30

[29] Dr. J. C. Dutta,  S. Roy, "An Electronic Circuit Model for simulation of Synaptic Communication: The NEUROISFET for Wireless Biotelemetry",  978-1-4244-9190-2/11/2011 IEEE. DOI: 10.1109/ICDECOM.2011.5738455                                                                                                                                 

     [30]    Dr. J. C. Dutta, S. Roy, "Biologically Inspired Circuit Model for Simulation of Acetylcholine Gated Ion Channels of the Postsynaptic Membrane at Synaptic Cleft" 2010 IEEE EMBS 
     Conference on Biomedical Engineering & Sciences (IECBES 2010), University of Malaya, Kuala Lumpur, 30th Nov - 2nd Dec' 2010,  ISBN:978-1-4244-7598-8.(978-1-4244-7600-8/10/2010 IEEE). Digital Object Identifier: 10.1109/IECBES.2010.5742191     

  [31] Dutta J.C., Basak, T. K., Ghosh, S. K. , "Some Optical Characteristics of Bio Membrane in the Development of Bio-sensor", SPIE, Vol. 4417-69, 2001.   Digital Object Identifier http://dx.doi.org/10.1117/12.441345

  [32] Basak, T.K, Dutta, J.C, "pH dependence of the interactions in blood pressure transduction", Engineering in Medicine and Biology Society, 1994. Engineering Advances: New Opportunities for Biomedical Engineers. Proceedings of the 16th Annual International Conference of the IEEE, DOI:10.1109/IEMBS.1994.415180, Publication Year: 1994 , Page(s): 852 - 853 vol.2

 

 III.  International/National Conference papers:    
                                                            

[33]  S Roy, Dr. J C Dutta, "Analog Circuit Model & Simulation of Neurons",   National Conference on Emerging Trends in Engg. Technology & Applications (NCETETA-2009), Organized by Sirdi Sai Engg. College, Bangalore, in association with Computer Society of India, IETE, ISTE, SAEINDIA, 29-30th April'09.                                                                                             

[34]  J.C.Dutta and et al, ' Mixed domain modeling and simulation of nano size ISFET for Bioelectronic Device", Proc. Int. Conference on Recent trends in Nanoscience & Technology (ICRTNT -06), 7-9 Dec,'2006, Kolkata.                                                                                                                                                    

[35] S. Sharma, J. Bora and J.C. Dutta, "Simulation of a pH Sensitive ISFET based on Site binding and Electrical Double layer theory", Proc. International conference on Communication, Device and intelligent Systems, CODIS - 2004.                                                                                     

[36] S. Sharma, J.C. Dutta, J. Bora, "Simulation of Cylindrical ISFET based on the site binding model", Proc. International conference on Computers and Devices for Communication, CODEC - 2004 .                                                                                                                                                        

     

 IV.   Papers in Seminar Proceedings:

[37]. R. Borgohain, S. Sarmah, J.C.Dutta, "Modeling Cylindrical nano size ISFET for Biosensor applications" Proc. Seminar on Bioelectronics,Tezpur University, PP 18-20. March,07.           

     [38]. Chandana Dev, J.C.Dutta, "Glucose sensitive enzyme field effect transistor modeling  for Biosensor applications' Proc. Seminar on Bioelectronics, Tezpur University,  PP 21-23. March,07.         

      [39]. J.C.Dutta, "Bioelectronic Transducer for Biosensor Application: ISFET", Proc. Seminar on bioelectronics, Tezpur University, PP 57-61. March,07.   

      

    V. Papers presented in National conferences/seminars/workshops:

[40]. S Roy, Dr. J C Dutta, Shikhaomni Phukan, "An Analog Circuit Model and Simulation of Excitatory Synapse", National Conference on New Approaches of Basic Sciences Towards the Development of Engineering and Technology, 12th-13th March'10, DBCET, Guwahati, Assam.                                                                         

[41]. S Roy, Dr. J C Dutta, Shikhaomni Phukan "An Analog Circuit Model and Simulation of Synapse", 55th Annual Technical Session of Assam Science Society,  15th Feb'10, Gauhati University, Assam.    

[42]. Dr. J C Dutta , "Biosensors and its Applications in Tea Industry": DST sponsored National Seminar on The Impact of Sensors in Improving Quality of Tea, 10-11 Feb,2006, Organised by Bahana college, Jorhat, Assam.                                                                                                                                                                

[43]. Dr. J C Dutta , "Nanobioelectronic Devices: Nanobiosensors:", DST sponsored Workshop on Sensors for Agricultural and Industrial Applications organized by Dibrugarh University, Sep'20-Oct'01, 2004.         

[44]. Dr. J C Dutta , "Bioelectronics:  Bluprint of Computational Biology": All India Seminar on Development of Manpower for Information Technology Enabled Services in The North Eastern Region supported by AICTE held on 27-28 march, 2004.Guwahati.  

 

 

[1]. Barik, Md Abdul, Deka, Rashmi and Dutta, Jiten Ch. "Carbon nanotube based dual gated junctionless field effect transistor for acetylcholine detection." IEEE Sensors Journal, DOI: 10.1109/JSEN.2015.2481604    [Click here to view]

 

[2]. Barik, Md Abdul, and Jiten Ch Dutta. "Fabrication and characterization of junctionless carbon nanotube field effect transistor for cholesterol detection." Applied Physics Letters 105.5 (2014): 053509.[ indexed by Nature]    [Click here to view]

 

[3]. Barik, Md Abdul, Manoj Kumar Sarma, C. R. Sarkar, and Jiten Ch Dutta. "Highly Sensitive Potassium-Doped Polypyrrole/Carbon Nanotube-Based Enzyme Field Effect Transistor (ENFET) for Cholesterol Detection." Applied biochemistry and biotechnology (2014): 1-11.  [Click here to view]

 

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