Faculty position in IIT BHU (Banaras Hindu University), Varanasi, UP, India
Designation/Position- Faculty position in IIT BHU
Indian Institute of Technology (Banaras Hindu University), Varanasi, UP, India, invites eligible and interested candidates to apply for the Faculty position at IIT BHU.
About- IIT (BHU) Varanasi invites online applications from well-qualified and meritorious Indian Nationals and Overseas Citizens of India (OCIs) for faculty positions at the level of Assistant Professor in its various Science & Engineering Departments and Interdisciplinary Schools. Persons of Indian Origin (PIO) and Foreign Nationals can also apply for faculty positions for contractual
appointments up to five years, which can be renewed further. Faculty position in IIT BHU
Research/Job Area-
Architecture, Planning & Design#, Ceramic Engineering,  Chemical Engineering & Technology,  Civil Engineering ,  Computer Science & Engineering,  Electrical Engineering,  Electronics Engineering, Mechanical Engineering, Metallurgical Engineering, Mining Engineering and Mathematical Sciences. Â
Preferred areas of specialization for the post of Assistant Professor in the above mentioned Departments/Schools are attached as Annexure-A.
Location- Indian Institute of Technology (Banaras Hindu University), Varanasi, UP, India
Eligibility/Qualification–
Assistant Professor Grade-I: PhD with first class or equivalent (in terms of grades etc.) at the preceding degree in the appropriate branch, with a very good academic record throughout. Three years teaching/research/industrial experience from the date of award of PhD (excluding the experience gained while pursuing PhD or any other lower degrees) as on the date of application. The experience should be in a reputed organization. The candidates should have demonstrated strong research capabilities in terms of publications in reputed peer reviewed journals of good impact factor and/or patents.
Assistant Professor Grade-II: PhD with first class or equivalent (in terms of grades etc.) at the preceding degree in the appropriate branch, with a very good academic record throughout. The candidates should have demonstrated strong research capabilities in terms of publications in reputed peer reviewed journals of good impact factor and/or patents. Such candidates may be appointed on contract.
The Assistant Professors Grade-II will be eligible for placement as Assistant Professor Grade-I on completion of three years teaching/research/industrial experience in reputed organizations from the date of award of PhD (excluding the experience gained while pursuing PhD) as per the Institute norms.
# Candidates applying for a faculty position in the Department of Architecture, Planning and Design must have a valid Council of Architecture (COA) registration certificate and a scanned copy of the same should be uploaded alongwith the documents.
Job Description-
 IIT (BHU) Varanasi invites online applications from well qualified and meritorious Indian Nationals and Overseas Citizens of India (OCIs) for faculty positions at the level of                    Â
Assistant Professor in its various Science & Engineering Departments and Interdisciplinary Schools. Persons of Indian Origin (PIO) and Foreign Nationals can also apply for faculty positions for contractual appointments up to five years, which can be renewed further.
Pay Structure:
Assistant Professor Grade-I: Academic Pay Level-12 (Rs.101500-167400). For direct recruits minimum pay in Academic Pay Level-12 is to be fixed at Cell No.1 Rs.101500/-. On completion of 3 years service as Assistant Professor Grade-I, the incumbent shall move to Academic Pay Level 13A1 (Rs.131400-204700) as per the Institute norms.
Assistant Professor Grade-II: Academic Pay Level-10 (Rs.57700-98200). The minimum starting pay is to be fixed in Academic Pay Level-10 at Cell No.8 Rs. 70900/-. On completion of one year experience from the date of award of PhD (excluding the experience gained while pursuing PhD), the incumbent shall move to Academic Pay Level-11 and after three years to Academic Pay Level-12 as Assistant Professor Grade-I as per the Institute norms. Â
Probation: The period of probation in regular appointment will be one year.
How to Apply-
: Candidates willing to apply for the post of Assistant Professor may fill up only online form available at the link (https://facultyrecruitment.iitbhu.ac.in/) and upload the necessary enclosures. They need not send any hard copy of the application form. The Institute will contact them after fixing a cut off date, as per its selection criteria. Any other mode of submission of application will not be entertained or accepted
- All correspondence should be addressed to the Office of the Faculty Affairs, Indian Institute of Technology (BHU), Varanasi-221005, India. Email: help.facultyrecruitment@iitbhu.ac.in. Â
Last Date for Apply– Rolling
This is a ROLLING ADVERTISEMENT. There is no last date and application can be submitted throughout the year. However, the processing of applications will be done by the Departments/Schools as per the cut off date fixed the Institute.
Sl. No | Department/ School | New Area of Specialization (s) | |
Area | Sub–Area | ||
1 | Mining Engineering | Smart Mining | IoT |
Robotics | |||
Mine Automation | |||
A.I. in Mining | |||
Green Mining | U/G Gasification of coal | ||
Coal bed methane | |||
Carbon sequestration | |||
Shale Gas Mining | |||
2 | Computer Science & Engineering | Artificial Intelligence & Computer Vision | Artificial Intelligence, Multi Objective Optimization, Machine Learning, Deep Learning, Soft Computing, Computer Vision, Image/Video Processing, Multimedia, Sentiment Analysis, Natural Language Processing, Information Retrieval, Reinforcement Learning. |
Data Engineering & High Performance Computing | Parallel/Distributed Computing, Dig Data Analytics, DBMS, Cloud Computing | ||
Systems & Networks | Quantum Computing, Computer Architecture, IoT, Wireless Sensor Networks, Network Security, BioComputing, Software Engineering, 5G Networks, Block-Chain | ||
Theoretical Computer Science | Algorithms, Theory of Computation, Graph Theory, Cryptography, Queening Theory, Game Theory | ||
3 | Civil Engineering | Geo-informatics | Photogrammetry, Geodesy, Web GIS, Advance Surveying, Microwave Remote Sensing |
Transportation Engineering | Pavement-Material, Evaluation, Analysis & Design Planning and Design of Waterways Planning and Design of Pipelines Highway Safety and Human Factors Asphalt/Bitumen Rheology Traffic Management and Modelling Intelligent Transportation Systems Sustainable Highway Construction Transportation Economics and Finance | ||
Geotechnical Engineering | No Requirement | ||
Environmental Engineering & Management | Water Supply & treatment-01 Waste Water Management with special relevance to reuse and recycle-01 Solid Waste Management/Air Quality Control Engg- Industrial Waste Management /Waste reclamation & remediation/Environmental sanitation/EIA &EA- | ||
Advanced Construction Material Bridge Engineering Risk Analysis and Reliability Fire Resistance of RCC Structure Pre-cast and Pre-stressed RCC Structure Disaster Management & Planning | Strain Gradient Theory Functional Graded Material |
Dam Safety Management Hydrological Safety of Dam River Engineering & Hydraulics Dam Monitoring and Instrumentation | Dam Break Analysis Dam Safety Management Approach Reservoir Capacity, Silting Mechanism and Profiles Hydrological Modeling Engineering Geosciences | |||
4 | Chemical Engineering & Technology | Transport processes | Modeling, Simulation & optimization; computation fluid dynamics; process dynamics and control; multiphase flow | |
Energy & Environment | Renewable energy; electrochemical engineering; separation processes | |||
Reaction Engineering | Thermodynamics; catalysis; molecular simulation | |||
Advanced materials | Polymers; sensors | |||
5 | Mechanical Engineering | Design Thinking, Sensors and Biotribology, Micro Elecro-mechanical System (MEMS), Robotics & Cybernetics. | ||
Renewable Energy Technologies, (Hydrogen, Electric Mobility, PV and Fuel Cell Technology, Solar-Wind-biomass-Geothermal, etc.), Experimental and numerical thermal and fluid science. | ||||
Micro-Nano Manufacturing, Additive Manufacturing, Unconventional Manufacturing, Data Driven Manufacturing, IOT, COBOT & Automation, Micro-nanomachining. | ||||
Simulation and Data Driven Decision Making, Machine Learning and Blockchain Technology, Large scale optimization. | ||||
6 | Mathematica l Sciences | Topology | ||
Statistics | ||||
Algebra | ||||
Functional Analysis | ||||
Complex Analysis | ||||
Complex Geometry | ||||
Computational Fluid Dynamics | ||||
Finite Element Analysis | ||||
Algorithm – | ||||
Fluid Dynamics | ||||
7 | Electronics Engineering | Photonics; Neuromorphic; MEMS | Silicon Photonics, Quantum Photonics, Quantum Computing, MEMS | |
Microprocessor and Microcontroller based system design, Digital System Design | Image Processing, Embedded Systems Design; Real Time Operating System, Speaker Identification, Speech recognization | |||
Analog VLSI; Digital VLSI; Mixed Signal Circuit Design; VLSI Architectures; VLSI based signal processing; Physical Design; | Neuromorphic Computing, CAD tool development; MMIC, System-on-Chip (SoC), Chip Design, IC packaging | |||
8 | Architecture, Planning & Design | Institutional Infrastructure planning | Landscape Architecture Housing | |
Disaster Mitigation and Management | Urban Resilience and Disaster Management | |||
Advanced Building construction and building services | Building services (MEP) | |||
Architectural Design | Design, Theory and criticism/ spatial visual communication | |||
9 | Electrical Engineering | Electrical Machines and Drives, Power Systems, Control Systems Engineering and Power Electronics | ||
10 | Metallurgical Engineering | Foundry & Near-Net Shape Processing | ||
Metal Joining | ||||
Extraction of Ferrous and Non-Ferrous Metals | ||||
Processing of Secondary Metals & Alloys | ||||
Thermodynamics of Materials. | ||||
11 | Ceramic Engineering | Advance Refractory materials for structural applications and Cement | Cement and Refractory | |
Advanced manufacturing and additive manufacturing of ceramic materials | Advanced materials processing | |||
Computational/Theor etical modeling of ceramic materials | Models on Processing-microstructure-property of ceramics | |||
Composite materials for structural applications | Ceramic/metal-matrix composites | |||
Ceramic Materials coatings and thin films | ||||
Ceramic Materials for Nuclear Energy Applications, | Protective Blanket/Cladding ceramics for nuclear reactor, Nuclear waste management | |||
Ceramic Membrane and Separation Technology | Water purification, Wastewater treatment, Clean Energy Application | |||
Glass | Glass Manufacturing |
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