Dr. Gazala Habib has been a companion to these team of Research scholars who has newly entered into IIT Delhi to pursue the course of Ph.D programme in Civil department. This form of Kinship relation is designed to provide academic and/or non-academic support to each individual research scholar to stand the tough dynamic competitive environment and grow their own perspective intellect process.
Gazala Habib Mam has helped each of these new Ph.D entrant to the department regarding all kinds of issues that came in their tenure to pursue the study in each sphere of Life and candidature. She conducted regular interactive sessions with them and was approachable anytime anywhere without any hesitation.
I am pursuing Doctorate degree in Civil Engineering (Environmental Engineering) at IIT Delhi, under the supervision of Dr. Gazala Habib. The current research topic is “Emissions of Aerosol and Gases from Heavy Duty Vehicles”.
I completed M.Tech and B.Tech in civil engineering from Aligarh Muslim University (AMU).
Lovleen is currently an Assistant Professor in the Department of Environmental Engineering at Delhi Technological University (DTU). She is pursuing her PhD. as a QIP scholar in our group.
Lovleen has done her Masters in Environmental Engineering from Lehigh University, USA and her Bachelors in Civil Engineering from Punjab Engineering College, Chandigarh. After completing her Masters, she has worked in several reputed consultancy organizations both in US and in India (like ERM, PwC, etc.).
After working in the industry for 7 years, she decided to pursue her first love - academics and thus joined as a faculty in DTU.
During her tenure at IIT Delhi, she will be working on "Aerosol source apportionment and characterization at a site".
Zainab Arub is a Research Scholar at IIT, Delhi and her research focuses on CCN measurement and prediction, PM 2.5 aerosol monitoring and detailed chemical speciation of PM 2.5.
• Presented a paper entitled ‘Carbonaceous aerosols and their light absorption ability at an urban site of Delhi: Implications for local air quality and climate’ in a Conference on ‘Atmospheric Optics: Aerosols, Visibility and the Radiative Balance’ at Jackson Hole, Wyoming, USA conducted by the Air and Waste Water Management, USA (A&WMA) (27th- 30th Sept, 2016).
• Attended a Professional Development Course: ‘Application of Time Series Methods to Air Quality Data’ presented by A&WMA in the above mentioned conference for a total of 3.5 Professional Development Hours taught by Philip K. Hopke (Center for Air Resources Engineering and Science, Clarkson University, New York).
• Toxicological effect on Respiratory System.
• Chemical Characterization of Particulate Matter.
• Risk assessment Calculation, and finding effect on human health.
Ravinder Singh is pursuing PhD in Environmental Engineering in Civil Engineering Department at Indian Institute of Technology Delhi under the supervision of Dr. Gazala Habib (Supervisor) and Prof. Mukesh Khare (Co-Supervisor).
His research proposal is "Understanding the impact of ultrafine and fine aerosols on respiratory functions among healthy and susceptible individuals". The proposed study aims to link the impact of personal and ambient ultrafine (10-100 nm) and fine (Dp ≤ 2.5 µm) aerosol number and mass concentration with respiratory functions among healthy and susceptible individuals in the age group 20 - 60 years and develop the risk map and estimate the monetary burden of respiratory illness for Delhi.
Avdesh’s current research focuses on development of a risk assessment model for cardiovascular diseases (CVD) due to urban aerosol burden over Delhi region.
His work involves field sampling of volunteer people for their heart’s functioning using personal health questionnaire and equipments like ECG holter systems, blood pressure meter, SpO2 meter, pulse oximeter, etc. and then correlating with the corresponding personal and ambient particulate matter (PM) concentrations and chemical characterization obtained from MINI WRAS, PM sampler and cascade impactors to analyze for CVD like arrhythmia and ischemia. A senior cardiologist from AIIMS Delhi is also involved in this research for medical inputs. Satellite data for aerosol optical depth (AOD) and GIS tools are being used for risk mapping of Delhi according to severity of risk of CVD due to PM concentrations.
The research intends to provide a model which can be used as a tool for decision makers and stakeholders as far as air pollution and health effects are concerned. It may also help in refining Indian air quality index (AQI) in future.
Swati’s current research focuses on understanding the contribution of local and regional sources of aerosol at two selected sites Jaipur and Dhanbad, understanding the chemical profile of soil and its application in improving source apportionment. Also to identify missing sources in regional emission inventory by corroborating the information from source apportionment findings and bottom up emission inventories.
The scope of research includes prioritization of the source categories for evolving city-specific air pollution management strategies/plan, assess the effect of local and transported dust varying over a region closer to the source and the one far away from the source.
It also includes profiling the source emission characteristics of various sources typically present in urban areas, building up emission inventories, arrive at appropriate EF for Thar Desert soil and prepare inventory for different air pollutants, their emission rates and pollution loads from various sources along with spatial and temporal distribution and compare the source apportionment results and the existing regional emission inventory. It may also help in refining Indian air quality index (AQI) in future.
Annada is a full-time PhD research scholar at Indian Institute of Technology, Delhi. She is a senior research fellow under the UGC-NET fellowship scheme. Her research is directed towards the development of instruments for aerosol measurement, source profile development of stationary sources emission and their effects on climate.
Her PhD research focuses on “On-field Measurement of Aerosol and Characterization of Climate Relevant Species from Biomass Fuel Combustion in Cooking Stoves” which involves the measurement and collection of PM2.5 and its chemical constituents from burning of biomass fuel in traditional mud cookstoves in rural households.
The study findings would be beneficial for developing emission load, impact of climate relevant pollutants on climate and health for developing country like India.
Jaiprakash is a post-doctoral researcher at Indian Institute of Technology, Delhi under a National Carbonaceous Aerosol Programme (NCAP). His research focuses on development of instruments for aerosol measurement, source apportionment and source profile development of air pollution and effect on climate.
His PhD research focuses on Emissions of Aerosol and Gases from On-road Light Duty Vehicles. It has been discussed about the design, development and evaluation of portable dilution system (PDS) and collect PM2.5 and its chemical constitutes from the light duty vehicles. First, the dilution system was evaluated as criteria of particle losses, mixing performance and particle formation from the two different combustion sources (gasifier cookstove and light duty diesel vehicles).
He suggested a new approach in aerosol measurement of vehicle emission with dilution system whereas mobile sampling system epitomizes the on-road measurement of emission from the vehicles. There were real time vehicle emission is quite different from the dynamometer study which can beneficial for develop emission load, impact on climate and health for developing country like India.
Gaurav Singh is a part-time PhD student at Civil Engineering Department, IIT Delhi India under supervision of Dr. Gazala Habib and Prof. Mukesh Khare. His PhD research focuses on Role of Urban Aerosols and Its Constituents on Respiratory and Cardiovascular Illness.
In addition to that he had more than one year of experience as project scientist in DST funded project Understanding the role of seasonal variation in aerosol concentration and composition on cardiovascular illness among healthy and susceptible individuals of Delhi. He finish his M. Tech from MNIT Jaipur under the Supervision of Prof. Akhilendra B. Gupta and Dr. Nivedita Kaul, MNIT Jaipur. During his Master Program he worked on National Coordinated Project entitled Monitoring and Characterization of Respirable Particles in Urban Environment (Outdoor/Indoor) and their Association with Human Health.
His research interest includes ambient and personal aerosol monitoring, health monitoring (ie. Monitoring of pulmonary and cardiovascular functions) and source apportionment modeling. He developed an instrument for easy estimation of Air Pollution Specific Quality of Life (APQOL) using Google’s interactive platform. His PhD. discuss the relation between fine aerosol concentration with pulmonary and cardiovascular functions.
The major objectives of the research work:
a. To conduct a comprehensive study by reviewing literature related to geology of parent metamorphic rock, marble deposits, production of marble (as dimensional stone) and its processing techniques, generation of marble waste and its recycling process including critical analysis of waste minimization and utilization techniques developed by various R and D organizations and their present application status.
b. To conduct a comprehensive study of the properties of concrete with marble dust and to compare it with control concrete in accordance with the provisions laid down by ASTM standards / IS codes.
c. To develop an Emerging Cleaner Technology by proposing an Integrated Waste Management System which consented an environmentally and economically advantageous way to sustain the continuous increasing volumes of marble waste products i.e., to turn it out as an important economic resource, capable of promoting the sustainable development.
d. Finally, to facilitate the availability of raw material locally by the proposed reutilization of marble waste and hence to provide cost benefits to construction sector for its proper growth and the reduction in environmental hazard for Sustainable Development.