Prerana Sanjay

University Hospitals Birmingham.

• Optimised the fluid gel formulation by varying the concentration of the agarose (1-4%) and the cooling rates (350-825 rpm), exhibiting proficiency in biomaterial formulation and rheology to obtain maximum printability.
• Characterised 16 gel formulations for their fluid rheology and the correlation of viscoelasticity and printability to produce 5mm diameter and 5mm height cylindrical structure.
• Conducted microscopy analysis on fluid gel microstructures, determining particle size distribution and achieving a 20% improvement in gel formulation.
• Mastered 3D bioprinting techniques, enhancing print success to 72% for 5mm cylinders, illustrating proficiency and optimization.
• Boosted analysis precision by 20% via compression tests on 3D constructs, correlating material composition with structural integrity.

• Trained on various medical apparatus, including operative tools and patient monitors, leading to a 25% improvement in diagnostic accuracy.
• Mastered equipment diagnostics, repair, and maintenance, enhancing patient safety and equipment reliability by 40%.
• Spearheaded a medical device maintenance programme, boosting repair success rates by 25% and enhancing patient care quality.

Remote

• Conducted outbound sales calls to prospective parents in the USA, generating interest in Byju's math tutoring services and booking over 350 calls daily.
• Achieved a conversion rate of 31% by securing 38 class bookings per day through persuasive communication and effective follow-up.
• Developed strong communication, negotiation, and time management skills while operating in a fast-paced, target-oriented sales environment.