I carry behind almost seven years of experience in biophysical-nanotechnology, biological assays, advanced materials (such as dendrons and antibody based drugs), biotherapeutic/biopharmaceutical nanotechnology, gained while studying for Masters and PhD degrees at the UK’s number 1 School of Pharmacy (10th global best School 2014) in the University of Nottingham. The preliminary induction in for Nanoscience and advanced nanoscale techniques at the multidisciplinary Nottingham Nanoscience Nanotechnology Center (nnnc) followed by entry into the laboratory of biophysics and surface analysis (LBSA), a research division of the above indicated school has exposed me to the novel challenges and exciting opportunities within the nanotech/biotech/biopharmaceutical industry. From learning about how to develop business plans to creating facility plans suitable for GMP facilities through to acquiring technical knowledge of both upstream and downstream operations.
Moreover, after completing my tenure as a Consultant for Olberon Medical Innovations Ltd, I experienced how engineers and scientists bring their technical expertise and innovation to the table. One typical example of such an innovation is Vacuderm Tourniquet, a phlebotomy device which has introduced the concept of vacuum to make venous cannulation a fairly easy, and an injury free task. My postdoctoral research hangs back within the School of Life Sciences in the Queen’s Medical Center, Nottingham, where I stood providing protein size characterization and structural analysis expertise within a larger project involved in the extraction, characterization, binding activity and structural analysis of survivin protein (associated with many cancers). I have been also learning how NPIs are taken from lab scale through to manufacturing scale.
I continue to pursue my desire of learning every corner of the cancer therapeutics, nanomedicine, advanced materials (nano as well as micro) for potential medical and non-medical applications, stem cell technology, 3D-printing, bioelectronics, biopharma – biotherapeutic field in the UK’s and US’s best labs preferably such as Cambridge University, Nottingham University, MIT and Caltech to name a few.
I am a highly motivated, young scientist, have acquired the required skills, passion and tenacity to bring an impact in the field of science and technology for the benefit of mankind by way of cutting-edge scientific research and development. My key research areas of interest are: (i) Synthesis of novel materials with enhanced potential for medicinal, electrical, optical, mechanical and thermal properties, (ii) Development of highly advanced diagnostic non-invasive screening technologies (iii) nanomedicine, bioelectronics, bio-therapeutics and biopharmaceuticals and other efficient therapeutic possibilities to combat human diseases?
