Birla Institute of Technology & Science announced job notification for the positions of Junior Research Fellow in the department of Department of Mechanical Engineering and in section of , . This job position Junior Research Fellow located in Pilani and in state rajasthan. This job position is categorized as '' jobs.

The educational qualifications for this job position Junior Research Fellow specified as M.E./ M.Tech.. Eligibility conditions for job position Junior Research Fellow mentioned as at least 60% marks in Mechanical Engineering/ Civil Engineering/ Environmental Engineering. Desirable: GATE-qualified and good knowledge of fundamentals in refrigeration and air-conditioning and a strong desire to help combat air pollution in India. and required experience levels for this job position Junior Research Fellow are as follows .

The salary or payscale for Junior Research Fellow is Rs. 25,000/-.

The total number of vacancies or positions are 0. Out of which for General/Un-Reserved/OC (Other Castes) vacancies are 0. For OBC (Other Backward Classes) total positions reserved are 0. For SC (Scheduled Castes) category job positions reserved are 0 and for ST (Scheduled Tribes) category job positions reserved are 0. For all other categories of reservations total positions alloted are .

The minimum and maximum age limits to apply for job Junior Research Fellow is minimum age limit is 0 and maximum age limit is 0.

The more and other important information related to this job specified as JRF Recruitment in DST-SERB Sponsored Project (ECR/2018/000330). Junior Research Fellow (JRF) in a Science and Engineering Research Board (SERB) sponsored project at Mechanical Engineering Department, BITS-Pilani, (Pilani campus), Rajasthan. Project Tile: Assessment of Indoor Plants for Improving Air Quality in Buildings. Project Duration: 3 years. Project Description: Every year over 1 million people in our country die prematurely due to inhaling polluted air containing outdoor PM₂.₅ (particles smaller than 2.5 microns in size). However, a large portion of people’s exposure to “outdoor” PM₂.₅ occurs indoors (in buildings) since the PM₂.₅ present outdoors can easily find its way indoors through air ventilation and infiltration. Furthermore, because people spend up to 87% of their time indoors, the majority of PM₂.₅ inhalation occurs indoors. Thus, to combat the adverse health effects of PM₂.₅, people’s indoor exposure should be reduced by filtering PM₂.₅ from the indoor air. Indoor plants can serve as natural airfilters since they are known to remove gaseous and particulate air pollutants from the air through pollutant uptake by their leaves, stems and associated micro-organisms. However, the real-world potential of indoor plants for removing airborne PM₂.₅ is largely unknown. It is also unknown, which plant species would be most effective in removing PM₂.₅; and how environmental factors (humidity, lighting, ventilation) impact PM₂.₅ removal. Thus, this research is motivated by the need to protect public from the adverse health effects of PM₂.₅ by using indoor plants for PM₂.₅ removal. Candidates should email bio-data to the PI (aakashrai@gmail.com) by 31st March 2019. Shortlisted candidates will be informed through email and called for interview to be held at Mechanical Engineering Department, BITS-Pilani, (Pilani Campus), Rajasthan. The position mentioned is temporary and for the period of duration of the project (3 years).

Important dates to be remembered related to this notification are as follows.
Date of Issue of Notificaition : . Applications will be issued from date and last date to submit applications is . The admit cards will be issued from to . The Priliminary Examinations will start from and will lasts upto date of . The Preliminary Examinations Results will be announced on date . The Main Examinations will start from date and will ends on . The answer keys for mains examinations will be announced on . The results for Main Examinations will be declared or announced on date . Job Interviews for this job positions Junior Research Fellow will be held from date and will ends on date . The final results or shortlisted persons for this job Junior Research Fellow will be announced on .

This notification issued by which is located in city and in state .

For More Details related to this Notificaition, for Complete Job Details and for complete Notificaition, Please visit the official website of organization .

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Job Organization / Department

• birla institute of technology & science
• department of mechanical engineering

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Job Positions

• Junior Research Fellow

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Job Educational Qualifications

• m.e./ m.tech.

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Job Eligibility Details

• at least 60% marks in mechanical engineering/ civil engineering/ environmental engineering. desirable: gate-qualified and good knowledge of fundamentals in refrigeration and air-conditioning and a strong desire to help combat air pollution in india.

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Job Experience Requirements

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Job City, State

• Pilani, rajasthan

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Job Total Vacancies

• 0

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Job Reservation Details

• General / Un-Reserved : 0
• OBC : 0
• SC : 0
• ST : 0
• Others :

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Job Payscale / Salary

• Rs. 25,000/-

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Job Age Details

• Minimum Age : 0
• Maximum Age : 0

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Job More Information

• jrf recruitment in dst-serb sponsored project (ecr/2018/000330). junior research fellow (jrf) in a science and engineering research board (serb) sponsored project at mechanical engineering department, bits-pilani, (pilani campus), rajasthan. project tile: assessment of indoor plants for improving air quality in buildings. project duration: 3 years. project description: every year over 1 million people in our country die prematurely due to inhaling polluted air containing outdoor pm₂.₅ (particles smaller than 2.5 microns in size).
• however, a large portion of people’s exposure to “outdoor” pm₂.₅ occurs indoors (in buildings) since the pm₂.₅ present outdoors can easily find its way indoors through air ventilation and infiltration. furthermore, because people spend up to 87% of their time indoors, the majority of pm₂.₅ inhalation occurs indoors.
• thus, to combat the adverse health effects of pm₂.₅, people’s indoor exposure should be reduced by filtering pm₂.₅ from the indoor air.
• indoor plants can serve as natural airfilters since they are known to remove gaseous and particulate air pollutants from the air through pollutant uptake by their leaves, stems and associated micro-organisms.
• however, the real-world potential of indoor plants for removing airborne pm₂.₅ is largely unknown.
• it is also unknown, which plant species would be most effective in removing pm₂.₅; and how environmental factors (humidity, lighting, ventilation) impact pm₂.₅ removal.
• thus, this research is motivated by the need to protect public from the adverse health effects of pm₂.₅ by using indoor plants for pm₂.₅ removal. candidates should email bio-data to the pi (aakashrai@gmail.com) by 31st march 2019. shortlisted candidates will be informed through email and called for interview to be held at mechanical engineering department, bits-pilani, (pilani campus), rajasthan. the position mentioned is temporary and for the period of duration of the project (3 years).

	Start Date	End Date
Notification Issued		09-Mar-2019
Applications		31-Mar-2019

• Organization :
• Organization City, State :
• Organization Website :