Dr Sarvesh Soni

Dr Sarvesh Soni Email and Phone Number

Citizen of the Year (2024-25) @ City of Whittlesea
Canberra, ACT, AU
Dr Sarvesh Soni's Location
Canberra, Australian Capital Territory, Australia, Australia
Dr Sarvesh Soni's Contact Details

Dr Sarvesh Soni personal email

About Dr Sarvesh Soni

Dr Sarvesh soni is currently working as Assistant Director at the Patients and Infrastructure Section of the Health and Medical Research Office. The Patients and Infrastructure Section is responsible for developing policy and managing various grants under several MRFF Initiatives (Medical Research Future Fund). He is primarily involved in conducting policy, program and grant design, implementation and management, and related research and analysis activities. He brings strong analytical, problem solving and research skills and the ability to apply this to complex policy issues and policy development for the Ministers consideration. Moreover, Dr. Soni is an Australian Science Policy Fellow (2021-2022) (selected by the Office of the Chief Scientist) at Australian Department of Health and an Adjunct Principal Research Fellow of RMIT University, Melbourne. He will be bringing a fresh perspectives on the government policy work, and a conduit for bringing scientific expertise into the Australian government policy process. He is an experienced academician/scientist with a demonstrated history of working in the tertiary education industry (RMIT, Monash, CSIRO, and New York University) and conducting highly multidisciplinary translational research. He is skilled in Research and Development (R&D), science policy, disruptive innovations, and technology entrepreneurship.Dr Soni is the founder-director for RMIT Technology and Entrepreneurship Network & Club and helping people with a shared interest in innovations, translation and research commercialisation. Dr. Soni has been trained as a microbiologist and further utilised the underlined principles and methodologies to develop his research profile in nanobiotechnology, microbial diagnostics, and nanotherapeutics, leading to achieving the overarching goal of his research for 'sustainable mitigation of Public Health Risks' by engaging with society, organizations, public and private, communities and individuals. The potential and impact of his research include transformation in the way biosolids are managed in Australia which paves the way for improved and more environmentally sustainable practices globally; novel methods for nanobiomaterials’ synthesis & applications, point of care microbial detection technology for risk mitigation; policy change in regard to the storage and release of recycled water; optimization of the use of sunscreens (and toxic pollutants) in the marine/aquatic environment; and inhaled nano- therapeutics for deadly tuberculosis.

Dr Sarvesh Soni's Current Company Details
City of Whittlesea

City Of Whittlesea

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Citizen of the Year (2024-25)
Canberra, ACT, AU
Employees:
759
Dr Sarvesh Soni Work Experience Details
  • City Of Whittlesea
    Citizen Of The Year (2024-25)
    City Of Whittlesea
    Canberra, Act, Au
  • Australian Government Department Of Health And Aged Care
    Assistant Director
    Australian Government Department Of Health And Aged Care Jun 2024 - Present
    Melbourne, Victoria, Australia
  • Australian Department Of Health
    Senior Policy Officer, Hmro
    Australian Department Of Health Feb 2022 - Sep 2024
    Melbourne, Victoria, Australia
    Patients and infrastructure Section, Health and Medical Research Office, Health Economics & Research Division. -Responsible for developing grant policy and managing various initiatives of Medical Research Future Fund.
  • Australian Department Of Health
    Australian Science Policy Fellow
    Australian Department Of Health Jul 2021 - Jul 2022
    Therapeutic Goods Administration, Canberra, Australian Capital Territory, Australia
    The Australian Science Policy Fellowship Program is an initiative of the Office of the Chief Scientist that aims to grow the diversity of expertise in the Australian Public Service (APS) workforce. It provides a pathway for early- to mid-career scientists to become skilled policy practitioners so they can be conduits for bringing scientific expertise into the policy process.The Fellows bring a highly valued skillset, including data and analytical skills, and fresh perspectives on… Show more The Australian Science Policy Fellowship Program is an initiative of the Office of the Chief Scientist that aims to grow the diversity of expertise in the Australian Public Service (APS) workforce. It provides a pathway for early- to mid-career scientists to become skilled policy practitioners so they can be conduits for bringing scientific expertise into the policy process.The Fellows bring a highly valued skillset, including data and analytical skills, and fresh perspectives on government policy work. Show less
  • Rmit School Of Science
    Principal Research Scientist (Adjunct/Honorary)
    Rmit School Of Science Aug 2021 - Present
    Melbourne, Victoria, Australia
  • Rmit School Of Science
    Senior Research Scientist
    Rmit School Of Science Jan 2021 - Jul 2021
    Melbourne, Victoria, Australia
    -Nanotherapeutics for Tuberculosis-Rapid Microbial Diagnostics-Innovative Learning and Teaching-Translation and Impact: CSIRO ON Prime/ON Accelerate/Runways, On Defence, MedTech Actuator -Citizen Science, Sunscreen-Bay Marine Life-Biomacromolecular Self-assembly and applications-Science Policy-Recycled water reuse guidelines/Biosolids transformation and reuse-Mental Wellbeing Champion
  • Rmit School Of Science
    Research Scientist
    Rmit School Of Science Aug 2014 - Dec 2020
  • Arc Training Centre For The Transformation Of Australia'S Biosolids Resource
    Chief Investigator
    Arc Training Centre For The Transformation Of Australia'S Biosolids Resource Jul 2020 - Present
    Melbourne, Victoria, Australia
  • Rmit Technology And Entrepreneurship Network And Club
    Founder & Director
    Rmit Technology And Entrepreneurship Network And Club Jan 2019 - Present
    RMIT -TEN is a network driven by research scholars and associates at RMIT University that aims to provide a common platform/forum for people with a shared interest in technology and translating it into products and services useful to people.-The Network and Club focus on various aspects of technology, innovation, and entrepreneurship (including social).
  • New York University
    Visiting Research Scientist
    New York University Jun 2017 - Aug 2018
    New York City Metropolitan Area
    Visiting research scientist to Prof Ned Seeman's (Father of DNA Nanotechnology) lab and worked/trained on basics and principles of DNA Nanotechnology.June 2017 -August 2017 and July-August 2018
  • Monash University
    Research Scientist
    Monash University Oct 2015 - Dec 2015
    Biomechatronics-High Energy Focused Ultrasound for cancer management (with Prof Sunita Chauhan).
  • Csiro
    Rmit-Csiro Research Fellow
    Csiro Jun 2013 - Jun 2014
    Melbourne, Australia
    Size-dependent catalytic reactivity of metal oxide catalysts: Metal oxide nanoparticles find many applications, ranging from cosmetics & personal care products to fuel additives and catalysis. The vast majority of those manufacturing applications are for nanoparticles with sizes greater than 10nm, where quantum confinement effects do not dominate the application of interest. It is often assumed that the surfaces of these larger sized are similar to the bulk in chemical and physical properties.… Show more Size-dependent catalytic reactivity of metal oxide catalysts: Metal oxide nanoparticles find many applications, ranging from cosmetics & personal care products to fuel additives and catalysis. The vast majority of those manufacturing applications are for nanoparticles with sizes greater than 10nm, where quantum confinement effects do not dominate the application of interest. It is often assumed that the surfaces of these larger sized are similar to the bulk in chemical and physical properties. In this project the effect of metal oxide nanoparticles where the surface properties are quite different to the bulk and the selective hydrogenation reaction over metal oxide catalyst was investigated. Show less
  • Rmit University
    Research Scientist
    Rmit University Feb 2010 - May 2013
    Inorganic-organic hybrid functional nanomaterials and Biomedical applications: Self-assembly is widely observed in biological systems for the development of complex and functional macromolecular superstructures such as nucleic acids and proteins. Taking inspiration from nature, a range of synthetic organic molecules and peptides have been used to synthesize functional nanomaterials that have advanced our understanding of template-directed assembly of organic-inorganic nano-scale objects under… Show more Inorganic-organic hybrid functional nanomaterials and Biomedical applications: Self-assembly is widely observed in biological systems for the development of complex and functional macromolecular superstructures such as nucleic acids and proteins. Taking inspiration from nature, a range of synthetic organic molecules and peptides have been used to synthesize functional nanomaterials that have advanced our understanding of template-directed assembly of organic-inorganic nano-scale objects under equilibrium conditions. Most of the self-assembly studies have hitherto explored the aqueous media as fluid phase for self-assembly of amphiphilic bio-macromolecules, wherein the architectural modification of biomolecules is generally a pre-requisite for self-assembly of modified biomolecules. Furthermore, ionic liquids (ILs) can act as non-aqueous designer solvents to self-assemble biomacromolecules without requiring their prior modification. ILs (commonly referred to as room temperature molten salts or room-temperature ILs) have recently become attractive reaction media for the “green” synthesis of nanomaterials due to their unique physicochemical properties such as high viscosity, high ionic conductivity, high thermal and chemical stability, and negligible volatility. Dr Soni's research focusing on the self-assembly of biomolecules (enzymes, DNA, cellulose etc.) in various ILs (~15 papers) can also provide an exciting expansion of our theoretical understanding of nano-bio interfacial molecular self-assembly by exploring such processes in non-aqueous media. Moreover, the utilization of self-assembled biomacromolecules as in situ self-catalyzing templates for the synthesis of functional hybrid nanomaterials in IL is interesting as these nanostructures retain the functionality of biomolecules for multiple newer applications in biomedicine. Show less
  • Rmit University
    Endeavour Research Fellow
    Rmit University Aug 2009 - Feb 2010
    Novel applications of enzymes in nanotechnology.

Dr Sarvesh Soni Skills

Biochemistry Chemistry Molecular Biology Science

Dr Sarvesh Soni Education Details

  • Csir-National Chemical Laboratory, Pune, India.
    Csir-National Chemical Laboratory, Pune, India.
    Microbiology, Nanobiotechnology
  • Maharshi Dayanand Sarswati University
    Maharshi Dayanand Sarswati University
    Microbiology

Frequently Asked Questions about Dr Sarvesh Soni

What company does Dr Sarvesh Soni work for?

Dr Sarvesh Soni works for City Of Whittlesea

What is Dr Sarvesh Soni's role at the current company?

Dr Sarvesh Soni's current role is Citizen of the Year (2024-25).

What is Dr Sarvesh Soni's email address?

Dr Sarvesh Soni's email address is sa****@****ail.com

What schools did Dr Sarvesh Soni attend?

Dr Sarvesh Soni attended Csir-National Chemical Laboratory, Pune, India., Maharshi Dayanand Sarswati University.

What skills is Dr Sarvesh Soni known for?

Dr Sarvesh Soni has skills like Biochemistry, Chemistry, Molecular Biology, Science.

Who are Dr Sarvesh Soni's colleagues?

Dr Sarvesh Soni's colleagues are Tim Connell, Jesse Walton, Bridgid Keele, Emiliy Lam, Tony Dinicolantonio, Steph Matulin, Nathan Wilson.

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