Experience

Department of Physics, Stockholm University

• Sweden
• Research Services
• 1 - 100 Employee

• Researcher

  • Sep 2021 - Present

  • Stationed at CoSAXS beamline, MAXIV Synchrotron Facility, Lund, Sweden, I am extending the use of advanced synchrotron based quasi-elastic X-ray scattering to soft and biological systems. • Provided beam-time support to users as a local host at CoSAXS beamline at MAXIV Synchrotron Facility at Lund, Sweden. • Stationed at CoSAXS beamline, MAXIV Synchrotron Facility, Lund, Sweden, I am extending the use of advanced synchrotron based quasi-elastic X-ray scattering to soft and biological systems. • Provided beam-time support to users as a local host at CoSAXS beamline at MAXIV Synchrotron Facility at Lund, Sweden.



Lund University

• Sweden
• Higher Education
• 700 & Above Employee

• Postdoctoral Researcher

  • Aug 2017 - Jul 2021

  § Summary of Research Activities: • Performed the Formulation, Synthesis and Characterization of of colloidal dispersion. • Using different scattering (x-ray, light and Neutrons) and microscopy techniques studied the self-assembly and dynamics of colloidal dispersions/nanoparticles and proteins. • Developed computer programs for SAXS data analysis and modeling. • Collaborated and worked within cross-functional teams at various Synchrotron facilities • Supervised and trained… Show more § Summary of Research Activities: • Performed the Formulation, Synthesis and Characterization of of colloidal dispersion. • Using different scattering (x-ray, light and Neutrons) and microscopy techniques studied the self-assembly and dynamics of colloidal dispersions/nanoparticles and proteins. • Developed computer programs for SAXS data analysis and modeling. • Collaborated and worked within cross-functional teams at various Synchrotron facilities • Supervised and trained Master students § Research Areas: Formulation & Characterization | Colloid & Surface Chemistry | Colloidal Formulations | Physical Chemistry § Key Techniques: Small Angle X-ray Scattering (SAXS) | Dynamic Light Scattering (DLS) | Confocal (CLSM) Microscopy | Transmission Electron Microscopy (TEM) | Data Analysis & Modeling

• Scientific Researcher

  • Aug 2015 - Jul 2017

  § Summary of Research Activities: • Performed the Formulation, Synthesis and Characterization of anisotropic colloidal particles. • Using SAXS investigated the Self-Assembly of anisotropic colloids. • Written several successful competitive beam-time/grant applications for conducting experiments at various Synchrotron facilities across Europe. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids.… Show more § Summary of Research Activities: • Performed the Formulation, Synthesis and Characterization of anisotropic colloidal particles. • Using SAXS investigated the Self-Assembly of anisotropic colloids. • Written several successful competitive beam-time/grant applications for conducting experiments at various Synchrotron facilities across Europe. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids. § Research Areas: Formulation & Characterization | Colloid & Surface Chemistry | Colloidal Formulations | Lipid & Surfactant Formulations | Physical Chemistry | Soft Matter § Key Techniques: Small Angle X-ray Scattering (SAXS) | Dynamic Light Scattering (DLS) | Confocal (CLSM) Microscopy | Transmission Electron Microscopy (TEM) | Data Analysis & Modeling



Utrecht University

• Netherlands
• Higher Education
• 700 & Above Employee

• Postdoctoral Researcher

  • Jan 2013 - Mar 2015

  § Summary of Research Activities: • Performed Formulation, Synthesis and Characterization of (in)organic colloidal particles. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids. • Studied the phase behaviour of surfactant-polysaccharide mixtures. • Developed computer programs for SAXD data analysis and modeling. • Written several successful competitive beam-time/grant applications for… Show more § Summary of Research Activities: • Performed Formulation, Synthesis and Characterization of (in)organic colloidal particles. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids. • Studied the phase behaviour of surfactant-polysaccharide mixtures. • Developed computer programs for SAXD data analysis and modeling. • Written several successful competitive beam-time/grant applications for conducting experiments at various Synchrotron facilities across Europe. § Research Areas: Formulation & Characterization | Colloid & Surface Chemistry | Colloidal Formulations | Lipid & Surfactant Formulations | Physical Chemistry | Soft Matter § Key Techniques: Small Angle X-ray Scattering (SAXS) | Dynamic Light Scattering (DLS) | Confocal (CLSM) Microscopy | Transmission Electron Microscopy (TEM) | Data Analysis & Modeling Show less § Summary of Research Activities: • Performed Formulation, Synthesis and Characterization of (in)organic colloidal particles. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids. • Studied the phase behaviour of surfactant-polysaccharide mixtures. • Developed computer programs for SAXD data analysis and modeling. • Written several successful competitive beam-time/grant applications for… Show more § Summary of Research Activities: • Performed Formulation, Synthesis and Characterization of (in)organic colloidal particles. • Worked within cross-functional teams at a Synchrotron facility to investigate the self-assembly of colloids. • Studied the phase behaviour of surfactant-polysaccharide mixtures. • Developed computer programs for SAXD data analysis and modeling. • Written several successful competitive beam-time/grant applications for conducting experiments at various Synchrotron facilities across Europe. § Research Areas: Formulation & Characterization | Colloid & Surface Chemistry | Colloidal Formulations | Lipid & Surfactant Formulations | Physical Chemistry | Soft Matter § Key Techniques: Small Angle X-ray Scattering (SAXS) | Dynamic Light Scattering (DLS) | Confocal (CLSM) Microscopy | Transmission Electron Microscopy (TEM) | Data Analysis & Modeling Show less



Raman Research Institute

• India
• Research Services
• 1 - 100 Employee

• Doctoral Student

  • Jul 2004 - Mar 2012

  Thesis Title : Studies on the self assembled structures of ionic amphiphiles in water : Influence of strongly binding counterions and polymers. § Summary of Research Activities: • Performed formulation and development of Lipid & Surfactant systems. • Using physical characterization techniques characterized the stable formulations of of Lipid & Surfactant systems. • Developed computer programs for SAXS data analysis and modeling. • Improved upon the design of… Show more Thesis Title : Studies on the self assembled structures of ionic amphiphiles in water : Influence of strongly binding counterions and polymers. § Summary of Research Activities: • Performed formulation and development of Lipid & Surfactant systems. • Using physical characterization techniques characterized the stable formulations of of Lipid & Surfactant systems. • Developed computer programs for SAXS data analysis and modeling. • Improved upon the design of the sample environment in the SAXS setup which led to an overall decrease in experiment time by 50%. § Additional Responsibilities • Daily maintenance of the in-house X-ray instrument. • Documenting experimental protocols and SOPs. • Supervise and train Master students § Research Areas: Formulation & Characterization | Surface Chemistry | Lipid & Surfactant Formulations | Physical Chemistry | Soft Matter § Key Techniques: Small Angle X-ray Scattering (SAXS) | Project Management | Data Analysis & Modeling | Confocal Microscopy Show less Thesis Title : Studies on the self assembled structures of ionic amphiphiles in water : Influence of strongly binding counterions and polymers. § Summary of Research Activities: • Performed formulation and development of Lipid & Surfactant systems. • Using physical characterization techniques characterized the stable formulations of of Lipid & Surfactant systems. • Developed computer programs for SAXS data analysis and modeling. • Improved upon the design of… Show more Thesis Title : Studies on the self assembled structures of ionic amphiphiles in water : Influence of strongly binding counterions and polymers. § Summary of Research Activities: • Performed formulation and development of Lipid & Surfactant systems. • Using physical characterization techniques characterized the stable formulations of of Lipid & Surfactant systems. • Developed computer programs for SAXS data analysis and modeling. • Improved upon the design of the sample environment in the SAXS setup which led to an overall decrease in experiment time by 50%. § Additional Responsibilities • Daily maintenance of the in-house X-ray instrument. • Documenting experimental protocols and SOPs. • Supervise and train Master students § Research Areas: Formulation & Characterization | Surface Chemistry | Lipid & Surfactant Formulations | Physical Chemistry | Soft Matter § Key Techniques: Small Angle X-ray Scattering (SAXS) | Project Management | Data Analysis & Modeling | Confocal Microscopy Show less