Professors

David Deterding

Wan Zawawi Ibrahim

Associate Professors

Ampuan Hj Brahim bin Ampuan Hj Tengah

Hj Asbol bin Hj Mail

Gary Jones

Khondker Iftekhar Iqbal

Andrew Kythreotis

Noor Azam OKMB Haji-Othman

Ahsan Ullah

Senior Assistant Professors

Debbie Ho

Johannes L. Kurz

James McLellan

Assistant Professors

Lalit Dagar

Magne Knudsen

Paul Deyuan He

Rommel Curaming

Rui Oliveira Lopes

Md Shafi Noor Islam

Yong Liu

Senior Lecturers

Aini binti Hj Karim

Chris Woo

Frank Dhont

Hj Ramlee bin Hj Tinkong

Hjh Dyg Fatimah binti Hj Awang Chuchu

Martie Geiger-Ho

Salbrina Hj Sharbawi

Sharifah Nurul Huda Alkaff

Yabit Alas

Lecturers

Ak Hj Ashrol Rahimy bin Pg Hj Damit

Asmali Hj Sulaiman

Chester Keasberry

Daniel Wee

Dk Noor Hasharina bte Pg Haji Hassan

Ena Herni binti Wasli

Gabriel Yong

Hannah Ho Ming Yit

Hjh Asiyah Az-Zahra bte Hj Ahmad Kumpoh

Hjh Aznah binti Hj Suhaimi

Izni Azrein bin Noor Azalie

Kathrina bte DP Haji Mohd Daud

Khairunnisa Haji Ibrahim

Low Kok Wai

Mardina binti Hj Mahadi

Maslin bin Haji Jukin/Jukim

Mohd. Zefri Ariff bin Mohd. Zain Ariff

Nani Suryani binti Hj Abu Bakar

Norzurianie Hj Kamarulzaman

Pg Hj Mohamed Pg Damit

Rinni Marliyana binti Hj Amran

Shirley Chin

Siti Mazidah binti Hj Mohamad

Assistant Lecturers

Mayyer Ling

Tutors

Exzayrani binti Awang Sulaiman

Pg Mohd Rahiman Pg Aliudin

Siti Badriyah Hj Mohd Yusof

Siti Ifwah Fauzani binti Hj Chuchu

Administrative Staff

FASS Administrative Staff

Research Students

FASS PhD Students

 

Dr Lalit Dagar

Room(s) 1.65
Phone Ext --
E-Mail lalit.kumar@ubd.edu.bn
Website -

Academic Qualifications

BSC in Physics, Chemistry and Mathematics
MSc in Mathematics
PhD in Atmospheric Modelling, Centre for Atmospheric Sciences, Indian Institute of Technology (IIT), Delhi

Teaching Areas

Research Interests

Biography

Dr. Lalit Dagar is a research fellow in Weather and Climate Research at UBD | IBM Centre in Brunei. He has done Ph.D in Atmospheric chemical modelling of Ozone and Nitrogen Dioxide over Delhi from Centre for Atmospheric Sciences, Indian Institute of Technology (IIT), Delhi. The broad area of his research involves using different atmospheric models for emission, meteorology and chemical transport of pollutants in atmosphere. He is also a member of H-TAP, WMO (Hemispheric Transport of Atmospheric Pollutants, World Meteorological Organisation) and Global Emission Inventory Activity, Paris. He has also worked as a consultant and Auditor for UNFCCC CDM projects and was involved in more than 15 renewable projects in India. He has in depth knowledge of the well-known atmospheric models, used in pollutant emission, weather and climate prediction studies, both from development and application point of view. At UBD|IBM Centre he has been working on the prediction of meteorological parameters using both weather and climate models for Brunei.

Publications

Sam-Quarcoo Dotse, Mohammad Iskandar Petra, Lalit Dagar, Liyanage C. De Silva (2017). Application of computational intelligence techniques to forecast daily PM10 exceedances in Brunei Darussalam. Atmospheric Pollution Research. (On-line Link).

Anthony Banyouk Ndah, Lalit Dagar, & Kazimierz Becek (2017). Multi-temporal patterns of upwelling–downwelling dynamics in the South China Sea based on a 47-year time-series of the NOAA-ERD upwelling index. Regional Studies in Marine Science, 16, 225–239. (On-line Link).

Lalit Dagar (2016). Influence of Southeast Asian haze episodes on high PM10 concentrations across Brunei Darussalam. Environmental Pollution.

Sam-Quarcoo Dotse, Lalit Dagar, Mohammad Iskandar Petra, Liyanage C. De Silva (2016). Evaluation of national emissions inventories of anthropogenic air pollutants for Brunei Darussalam. Atmospheric Environment, 133, 81–92.

Anthony Banyouko Ndah, Gabriel Y. V. Yong and Lalit Dagar Kumar (2015). Anomalous appearance of fish in tambisan and clams in Lumut during December 2013-January 2014: An atmosphere-ocean interaction-based analysis. International Journal of Earth and Atmospheric Science, 2(4), 116–125. (PDF Version).

Evaluation and Enhancement of Weather Application Performance on Blue Gene/Q, December 18 - December 21, 2013, India. (Link).

Regional Climate Modelling and its impacts on Rainforests, Renewable Energy, Crops & Flooding. ASEM (Asia-Europe Meeting) 2013-on climate change, UBD.

Regional Climate modeling for Borneo, APRU (Asia pacific Rim Universities) International Workshop on Coastal Cities and Sea Level Rise, 5-7 September 2012, California San Diego, U.S.

Modelling Climate Change and Its Impact Over Borneo Region Using Observational Based Data and Coupled Regional Climate Models. APRU Meet, June 2013, Jakarta, Indonesia.

93 AMS Conference ‘Seasonal Climatology Studies for Tropical Regions’, 6th-10th Jan 2013, Austin, Texas, US. (On-line Version).

93 AMS Conference ‘A Numerical Weather Prediction-Based Infrastructure for Tropical Meteorology Research and Operations in Brunei’, 6th -10th Jan, Austin, Texas, US. (On-line Version).

Presented a research paper titled ‘Preparation and Validation of Emission Inventory for Megacity Delhi’ in the International Conference on Mesoscale Processes in Atmosphere, Ocean and Environment Systems (IMPA 2006), organized by Centre for Atmospheric Sciences, IIT Delhi during 14th -17th Feb 2006.

Presented a poster titled ‘A Decadal Gridded emission inventory of criteria pollutants over Delhi for 1990-2000.’ at Hemispheric Transport of Air Pollution (TFHTAP) held at Geneva, Switzerland during 24-26 January, 2007. (Link)

Mohan, M., Dagar, L., & Gurjar, B. R. (2006). Preparation and Validation of Gridded Emission Inventory of Criteria Air Pollutants and Identification of Emission Hotspots for Megacity Delhi. Environmental Monitoring and Assessment, 130, 323–339.

Presented a poster titled ‘Emission inventory of Criteria Pollutants over Megacity Delhi’ at Global Emission Inventory Activity (GEIA) conference organized by Atmospheric Composition Change The European Network of Excellence (ACCENT) and International Global Atmospheric Chemistry (IGAC) held at Paris, 28th Nov-3rd Dec 2006.

Patent