Sonal Padalkar has completed her PhD from the
School of Materials Engineering at Purdue University. Her PhD research work
included the fabrication and development of metallic and semiconducting nanowires
on a protein template called alpha-synuclein and cellulose templates. The
research work generated nine publications and one patent. Further, she worked as a
post-doctoral researcher in the Department of Material Science and Engineering
at Northwestern University. Here, she worked in the fields of field physics and
material characterization. Her work generated five publications and two internal
grants. Sonal joined the Department of Mechanical Engineering at Iowa State in August
2014 as an Assistant Professor. Here, her research’s central focus is on material
synthesis and development for biosensing and energy-related applications. She
has generated 20 publications, 1 patent, and graduated several PhD students.
Presently, she holds the position of Associate Teaching Professor and continues
her research in the
Research Keywords & Expertise
Biosensors
Desalination
Electrocatalysis
Photocatalysis
Sensors
Water Purification
antimicrobial
advanced manufacturing
Electrochemical deposi...
Environment Monitoring
Fingerprints
32%
Biosensors
16%
Photocatalysis
11%
Sensors
Short Biography
Sonal Padalkar has completed her PhD from the
School of Materials Engineering at Purdue University. Her PhD research work
included the fabrication and development of metallic and semiconducting nanowires
on a protein template called alpha-synuclein and cellulose templates. The
research work generated nine publications and one patent. Further, she worked as a
post-doctoral researcher in the Department of Material Science and Engineering
at Northwestern University. Here, she worked in the fields of field physics and
material characterization. Her work generated five publications and two internal
grants. Sonal joined the Department of Mechanical Engineering at Iowa State in August
2014 as an Assistant Professor. Here, her research’s central focus is on material
synthesis and development for biosensing and energy-related applications. She
has generated 20 publications, 1 patent, and graduated several PhD students.
Presently, she holds the position of Associate Teaching Professor and continues
her research in the