| Muhammad Sajjad Ahmad |
PhD |
The project was related to estimate the bioenergy potential of biomass produced on marginal lands through thermochemical conversation pathways using artificial intelligence and modelling. |
Post-Doc |
University of Waterloo Canada |
| Ayesha Shahid |
PhD |
Microalgae-based resource recovery, recycling, bioprocessing to bioproducts, metabolomics, transcriptomics |
Post-Doc |
School of Chemical Engineering, Zhengzhou University, China |
| Sana Malik |
PhD |
Developing multiproduction biorefinery route, process optimization for algae-based decarbonization, upscaling algae cultivation |
Lecturer |
Climate Change Cluster, University of Technology Sydney |
| Azeem Asghar |
PhD |
Wastewater-grown biomass to bioenergy, thermochemical conversion, machine learning, artificial neural network |
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Department of Education, Punjab, Pakistan |
| Aqib Zafar Khan |
PhD |
Developing a wastewater-based algal biorefinery framework for multi-product extraction in a single cascading pipeline that is not only environmentally friendly with minimum waste but also economical. |
Postdoctoral Research Associate |
Shenzhen University China |
| Muhammad Ali |
MS |
Functional annotation of the cda1 gene from Bacillus thuringiensis through homology modeling and molecular docking |
Faculty member |
NeuroGenomics Institute, Washington University, USA |
| Muhammad Usman |
MS |
Bioprospecting of indigenous microalgae to evaluate their potential for bioenergy and wastewater treatment. |
PhD Student |
School of Chemical Engineering, Zhengzhou University China |
| Muhammad Nabeel Haider |
MS |
My Master's work involved the investigation of seasons on biomass and metabolite production of cyanobacteria. |
PhD Student |
Environmental Research Institute, MaREI Centre, University College Cork, Cork, T23 XE10, Ireland. |
| Hira Ashfaq |
MS |
Evaluating the impact of microalga-cyanobacterium binary culture on resource recovery, biomass production and contamination control. |
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| Fatima Tahir |
MS |
My Master's work focused on evaluating the resource recovery and biomass production potential of the microalga-cyanobacterium binary culture in urban wastewater. |
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