- 2023 – Nanotechnology Innovation Council: Fabrication of wearable touch sensors based on polymeric and semiconductor-based layers.
- 2023 – Sharif University of Technology (SUT): Development of batch-size semiconductor-coated particles for cosmetic applications.
- 2023 – National Science Foundation: Fabrication of Human-Machine Interface devices based on triboelectric nanogenerators and signal processing using machine learning methods.
- 2022 – National Science Foundation: Fabrication of self-powered gas, light, and tactile sensors for wearable electronics and smart home applications.
- 2021 – Research Grant Program – Sharif University: Fabrication of self-powered sensors based on triboelectric nanogenerators.
- 2020 – ParsHayan Pharmaceutical Company: Development of nano-TiO₂ for cosmetic applications.
- 2020 – ParsHayan Pharmaceutical Company: Development of nano-ZnO for cosmetic applications.
- 2019 – National Science Foundation: Design and fabrication of triboelectric nanogenerators for self-powered sensors.
- 2019 – ParsHayan Pharmaceutical Company: Development of odorless alcohol for cosmetic applications.
- 2019 – ParsHayan Pharmaceutical Company: Development of PAN for cosmetic applications.
- 2017 – Quality Awards – Sharif University of Technology: Fabrication of triboelectric nanogenerators.
- 2016 – National Science Foundation: Fabrication of nanostructured and thin-film all-oxide solar cells based on Cu₂O.
- 2014 – National Science Foundation: Fabrication of nanostructured solar cells based on ceramic/biological materials.
- 2014 – Research Grant Program – Sharif University: Fabrication of all-oxide thin-film solar cells.