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Dr. Iftikhar Ahmed Malik, Section 5-Group 1(Scientific Learner 1) Research Philosophy Statement

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Dr. Iftikhar Ahmed Malik, Section 5-Group 1(Scientific Learner 1) Research Philosophy Statement

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My curiosity about modern technology and saving energy led me interested into research. My passion for research is rooted in enthusiastic question__how to increase storage capacity with low power consumption and fast processing? The biggest challenge was to develop the understanding of instrumental techniques but thanks to my Phd advisor who arranged some training sessions.  My research will be fruitful in designing next level devices and I believe my discovery about magnetic spin (fast processing, low power consumption data storage device) will lead my research towards my enthusiastic research goals.

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My Research Philosophy evolved to set the problem of federalism in Pakistan through channelising the pattern of 18th amendment to make devolution of power feasible to ensure good governance in the country. The paradigm of decentralisation is more useful to resolve the domestic issues easily by making people convenient.

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"Grow more food" is the call of the day, however, with each passing day the crop land is getting less and less. Crop improvement is needed to meet this challenge. Dr. Niaz Ali's research focuses on crop improvement. In this scenario, development of new varieties with the desired characteristics such that disease resistant, drought/salinity tolerant as well as high yielding. His research uses genetic engineering and plant breeding techniques, which are promising areas for crop improvement.

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Research Philosophy Statement (Dr. Omer Hanif) (S5G5)

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Research Philosophy Statement (Dr. Omer Hanif) (S5G5)

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My research philosophy evolved to solve simple to complex business problems to social problems for the farming community through industrial experience with one-may interactions. This community is unaware of advancements within their disciplines due to knowledge gaps that otherwise may empower them to improve their own lives within limited available resources. Hence, I have refined methods to bridge this knowledge gap by intelligent combinations of problem-solution combinations through using Artificial intelligence and big data tools better to prepare the farming community for tomorrow's challenges.

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(Dr. Abdul Jabbar Khan Section-5)My fascination with natural science study fields led me to pursue a PhD in Materials Science at South China University of Technology. My academic research background is concerned with the basic objective of synthesizing, fabricating, and designing electrode materials for supercapacitors. It is challenging environmentally friendly, cost-effective materials thaterials which will be helpful in many ways even for wearable devices (due to safety). effectively developing energy/power storage materials useful for every single person. My future research interests include designing cost effective, environmental friendly and high power storage novel electrolytes for batteries. to 

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(Dr. Abdul Jabbar Khan Section-5)My fascination with natural science study fields led me to pursue a PhD in Materials Science at South China University of Technology. My academic research background is concerned with the basic objective of synthesizing, fabricating, and designing electrode materials for supercapacitors. It is challenging environmentally friendly, cost-effective materials thaterials which will be helpful in many ways even for wearable devices (due to safety). effectively developing energy/power storage materials useful for every single person. My future research interests include designing cost effective, environmental friendly and high power storage novel electrolytes for batteries. to 

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My research interests encompass the carbon-based porous materials for capacitive deionization, Which is a promising electrochemical technique to desalinate seawater and provide fresh water to the society. In my current position as a post-doctoral researcher I am developing a novel desalination battery based on MOFs electrode materials. This breakthrough invention will introduce a novel device to both the desalination community and to the battery community. As such, I am committed to continuing to pursue research interests that provide avenues of positive social and scientific change in my next position and faculty.

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Research Philosophy Statement (Fawad Ali, Section 5) 

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Research Philosophy Statement (Fawad Ali, Section 5) 

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Dr. Fawad Ali is an IPFP fellow. He is involved in germplasm characterization, association mapping, molecular markers, oilseed crops, and cereal crops. Dr. Ali evaluated an international safflower panel in his PhD research work and identified elite safflower accessions for breeding perspectives. He also identified the genomic regions or genes significantly associated with five morpho-agronomic traits of interest using molecular marker information. Dr. Ali plan to work on gene identification in different crops using transcriptomics approach of functional genomic analysis in his future research endeavor.

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With agricultural background and ever increasing the world population draw my attention toward agricultural sciences. My research interest focuses on how to contribute to achieve food security? The biggest hurdle is development of cultivar with superior yield under challenging conditions, but with induction of advance genomic  procedure make it easy to evaluate wild plants relative for genes pool and transfer to growing cultivars. My research will be foundation for developing and exploring genetic base of yield and also contribution to food security.

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Research Statement (Dr. Arif Ullah Section#5)

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Research Statement (Dr. Arif Ullah Section#5)

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Dr. Arif Ullah research helps the discovery of secondary metabolites bearing potential significance in medicine and agriculture from indigenous plant materials, and fungal metabolites, elucidation of their structures by spectroscopic as well as chemical transformations methods. Preparation of new synthetic analogues of natural and synthetic molecules to lead bioactive molecules and study their structure-activity-relationship (SAR). Investigation of their anticancer, ant-leishmaniasis, anti-inflammatory, antifungal, analgesic, antioxidant activity. Phytochemical analysis, development, and formulation of biopesticides (bio-insecticides) for use in agriculture, horticulture, and household.

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My research focuses on using silicon (Si) as pest management tool which provide protection to plants for a relatively longer time span with its dual action mechanism i.e. physical and biochemical with little or no negative impact on environment and biological control agents. Moreover, besides insect control Si also enhances crop growth, provide protection against diseases, water stress, and lodging and also enhance efficacy of pesticides thus providing solution to a wide range of plant abnormalities.

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Research Philosophy Statement ( Dr. Raza Ullah, Section 5)

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Research Philosophy Statement ( Dr. Raza Ullah, Section 5)

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Everyone' s research philosophy statement differs and having different motivation. My research philosophy statement is based on my past experience of living in rural and traditional society. This tailors my research philosophy statement. My research helps to eliminate gender gap in education. My research focus includes gendered performance in education. This is an important area in sociology of education. The direction of my future research is to unpack why do girls lack interest in education ? How they can improve ?

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Dr.Irfan Ali Chandio, Section-5, Group-2. (Research Philosophy Statement)

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Dr.Irfan Ali Chandio, Section-5, Group-2. (Research Philosophy Statement)

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The challenges of ever growing traffic explosion and massive increase in the number of wireless devices day by day have drawn my attention towards development of high gain and wideband antennas in order to meet requirements of consumers. My research work focused on enhancement of gain and bandwidth of dielectric resonator antenna (DRA) with minimal design complexity for applications of 5G communication. There are several aspects can be further explored in relation to high-gain and wideband DRA for future works.

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Dr. Iftikhar Ahmed Malik, Section 5-Group 1(Scientific Learner 1) Research Philosophy Statement

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Dr. Iftikhar Ahmed Malik, Section 5-Group 1(Scientific Learner 1) Research Philosophy Statement

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My curiosity about modern technology and saving energy led me interested into research. My passion for research is rooted in enthusiastic question__how to increase storage capacity with low power consumption and fast processing? The biggest challenge was to develop the understanding of instrumental techniques but thanks to my Phd advisor who arranged some training sessions.  My research will be fruitful in designing next level devices and I believe my discovery about magnetic spin (fast processing, low power consumption data storage device) will lead my research towards my enthusiastic research goals.

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Research Statement Rana Muhammad Ammar Asghar

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Research Statement Rana Muhammad Ammar Asghar

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Dr. Rana Muhammad Ammar Asghar research helps to overcome soil fertility problems, increase soil Phosphorus availability and increase its uptake by plants, site to Pakistan's Loess Plateau. His research group contributes to green manure or cover crops approaches with focus on Intercropping and sole cropping technique in summer fallow as well as winter fallow cropping system. Focus area include Rapeseed, Egyptian clover and Mungbean rotation with any cash crop including Wheat and Maize with respect to soil health and increasing Nitrogen, Phosphorus uptake. Role of Microorganisms involved in improving soil health and decomposition characteristics of these green manures interconnecting to food security and ecosystem services. Currently, his research group is focusing on removal of heavy metals Cadmium and Arsenic from under ground water using green manures with international collaboration of Key State Laboratory, Northwest A& F University, Yangling, Shaanxi, China.

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Dr. HABIB  Section 5 group 4, RT 5( Research Philosophy Statement)

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Dr. HABIB  Section 5 group 4, RT 5( Research Philosophy Statement)

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My research interest involves chemical valorization and chemical reduction of carbon dioxide to valuable products using metal complexes, COF, MOF, and their hybrid materials as homogenous and heterogeneous catalysts. I have published many research articles in top-class journals including Communication Chemistry (Springer Nature), Journal of catalysis, Chemical Communication and many more. In addition, I am interested in the computational study and material modeling, and mechanistic study of chemical valorization of carbon dioxide to value-added products by DFT calculations using Material Studio.