Junior Research Fellow Jobs in Gwalior - Advanced Materials Research Group ABV-IIITM Gwalior
Job Description
Applications are invited from motivated and bright candidates for the position of a Junior Research Fellow (JRF) in the research project titled “Benzene Derivatives based Single Electron Transistor Quantum Dots for Toxic Gas Sensing” funded under ‘SERB’ scheme, Government of India, at the ABV-IIITM, Gwalior.Area of Research Project: Single Electron Transistor-based SensorsPrincipal Investigator: Dr Anurag Srivastava, ProfessorName of the position available: Junior Research Fellow (JRF)Number of positions available: One Qualification:Essential: M.Sc./M.Tech./ME degree in Physics/ Chemistry/ Material Science/ Nanoscience and Nanotechnology/ VLSI / Electronics with NET/GATE/JEST/DST-Inspire/National level qualifying examination or a post-graduate degree desirable: Experience in density functional theory (DFT) calculations/ Modeling and Simulation/Programming will be preferred Age limit: Must not be over 28 years as on 18th September, 2019 which is relaxable for certain reserved categories as per the rules of the Government of IndiaSalary: Rs. 25000 + HRA (JRF)Project duration: Initially for one year and likely to be extended based on mutual agreement and the performance of the candidate Last date of Receiving the Application: On or before 18th September, 2019General Terms and Conditions: The position is purely temporary and on contractual basis, and renewable each year subject to satisfactory performance for a maximum of two years. The position is co-terminus with the project. Candidate selected for this position can also apply for the regular PhD program of ABV-IIITM, Gwalior provided they satisfy the eligibility criteria.No TA/DA will be paid for attending the interview.Original documents of age proof/certificates/degrees/mark sheets and other testimonials must be presented along with the self-attested photocopies of these documents at the time of interview.
Job Particulars
Role others
Who can apply Freshers
Hiring Process Face to Face Interview
Employment TypePart Time
Job Id692636
Job Category Others
Locality Address
State Madhya Pradesh
Country India
About Company
Advanced Materials Research Lab/Group (AMRL) has started functioning since the inception of Computational Nanoscience and Technology Laboratory (CNTL) established at ABV-IIITM under the Faculty Initiation Grant sanctioned in August 2008. The group is involved in the computation of Phase Transitions, Electronic, Structural, Elastic, Optical and Transport properties of bulk as well as nanomaterials, and experimental synthesis and characterization of composite nanowires for various electronic applications. We have a good repository of computational tools such as VASP, WIEN2K, SIESTA, Quantum ESPRESSO, QuantumATK, Gaussian09, SIMON and Materials Studio. The AMRG, has its national as well as international collaborations for joint research activities on materials modeling and progressing very fast with the kind support of its own institutution (ABV-IIITM) and various eminent scientist of India and abroad. AMRG is exactly in line with the vision of CNTL to develop and apply cutting-edge theoretical and computational methods and the best available computing resources in attacking challenging problems related to the selection of suitable materials and devices for various IT applications. The laboratory is involved in condensed-matter, materials physics and specifically on nanomaterials and nanodevices. This includes modeling and simulation of a wide variety of materials and their properties, ranging from novel semiconductors to the biological and soft matter.
The CNTL, Laboratory has completed its almost eight years, strives at a multiscale approach to condensed-matter and materials research, ranging from the quantum world of ångströms and femtoseconds to macroscopic length and time scales. In addition, the work carried out at CNTL involves research into theoretical methods as well as simulation and computing techniques, such as algorithms, parallel and grid computing, and scientific visualization. Besides the understanding, the fundamental physics and chemistry of materials both at bulk as well as nano dimensions, two individual groups at CNTL also works the nano safe management, which includes the variety of possible technology/material related threat alarms to the industries and communities.
The CNTL, Laboratory has completed its almost eight years, strives at a multiscale approach to condensed-matter and materials research, ranging from the quantum world of ångströms and femtoseconds to macroscopic length and time scales. In addition, the work carried out at CNTL involves research into theoretical methods as well as simulation and computing techniques, such as algorithms, parallel and grid computing, and scientific visualization. Besides the understanding, the fundamental physics and chemistry of materials both at bulk as well as nano dimensions, two individual groups at CNTL also works the nano safe management, which includes the variety of possible technology/material related threat alarms to the industries and communities.
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