Pop-up Image
Prof.Rachel Fanelwa Ngece Ajayi
APID: 5168
capDeputy Dean: Research and Innovation at University of the Western Cape Bellville, Western Cape
Please login
Follower: 0
 
Home / APID Profiles

My Biography

Prof. Rachel Fanelwa Ngece Ajayi is an Associate More Professor of Physical Chemistry in the Chemistry Department at UWC and also serves as the Deputy Dean: Research and Innovation in the Faculty of Natural Sciences. Additionally, she works as a lead researcher in the SensorLab Enzyme laboratories at UWC specializing in research on the creation of drug metabolism sensors through the use of different green synthesized nanomaterials and the identification of a variety of biological uses for them. Her research expertise is frequently requested at local and international journal review panels, conference organizing committees, and she maintains strong research collaborations both domestically and internationally. Her research expertise is frequently requested by local and international journal review panels, conference organizing committees, and funding award panels. Her non-profit organisations, AmaQawe ngeMfundo, Chemistry Education South Africa, KasiMaths, and the Akeelah foundation, are examples of her work advocating for education. She belongs to the ISE, SAYAS and SACI. She also received the prestigious National Research Foundation Excellence Emerging Leader Award 2019; the 2019 UWC DVC Community Engagement Award; and the 2018 South Africa’s Inspiring Fifty Women in STEM award. She is also a recipient of fellowships from the NRF’s Future Professors Programme, the African Science Leadership Programme , and the AIMS Next Einstein Forum as one of 20 Next Einstein’s (2019–2021).

Area Of Expertise

Chemistry

Area of Intrest

Green Nanotechnology, Metabolism Sensor Development, Electrochemistry

Honors and Awards

User has not updated his/her Awards & Honors.

Career Timeline

Academic Identity

User not updated academic id.
User has not updated his/her Projects.
User has not updated his/her Conferences.

Feed


Yu Sui


Our research and development of high-temperature resistant thickeners during carbonate acidizing and Read More fracturing processes will contribute to the improvement of oil and gas recovery.
Like: 0

#Apid #Academic #researchers #scholars #academicians #students


HARMESH MANOCHA


hello Currently I am interested in working out disease burden of various emerging disease in areas Read More where our organization is serving. It will help the govt officials to implement, improve and modify the ongoing health services
Like: 0

#Apid #Academic #researchers #scholars #academicians #students


HARMESH MANOCHA


hello Currently I am interested in working out disease burden of various emerging disease in areas Read More where our organization is serving. It will help the govt to implement, improve and modify the ongoing health services
Like: 0

#Apid #Academic #researchers #scholars #academicians #students


Fanelwa Ajayi


Hello colleagues. It is such a pleasure to be on this platform and to learn about the amazing work Read More that you all do.
Like: 0

#Apid #Academic #researchers #scholars #academicians #students


Prof. Ram Krishna Mandal


I try my best.

#Apid #Academic #researchers #scholars #academicians #students


Prof. Ram Krishna Mandal


I am a researcher and academician. Peer always needs discussion. I will do that with my best effort.

#Apid #Academic #researchers #scholars #academicians #students


Prof. Ram Krishna Mandal


Hello

#Apid #Academic #researchers #scholars #academicians #students


Shrishti Singh


Hello everyone! I am a researcher with a background in bioengineering. I develop biomaterials for Read More advancing the field of diagnostic imaging such as ultrasound, photoacoustic and near-infrared imaging.
Like: 0

#Apid #Academic #researchers #scholars #academicians #students


PANKAJ SHARMA


Hi, I am researcher and academician in field of analog circuit design.

Like: 0

#Apid #Academic #researchers #scholars #academicians #students


Ruby Sengar


Hi, My recent work has great contribution to the COVID-19 disease and also has a great Read More environmental impact. In silico studies can pave a way to drug analysis in various viral diseases. Reverse docking approach,, Dynamic simulation studies ha s greater impact in the field of life science
Like: 0

#Apid #Academic #researchers #scholars #academicians #students

User has not Posted Anything.
User has not updated his/her Publications.
User has not updated his/her Projects.
User has not updated his/her Conferences.
Editorial Roles
Nano Technology

No Reviewing details added by the User