●I currently work as a scientist in CRO where I am leading 3D liver spheroids and liver-on-chip assays development for predicting clearance of metabolically stable compounds and DILI. ●Feel free to contact for consultation in the field of organ on chips, complex in vitro models, spheroids, organoids, 3D bioprinting culture and related assays in DMPK and biology. I am available on Techspert.com, UK. ●Highly adaptable microfluidic engineer/researcher/designer with 5+ years of experience in the design, fabrication, analysis, and validation of organ on chips ●Creative individual with analytical outlook having 2 filed industrial patents in organ-on-chips, 4 awards including 2 national awards ● I have successfully managed 2 national grants (2.5M INR) meeting the expectations of agencies. ● I have designed and fabricated 3 biomicrofluidic devices for multiple tumor-on-chip projects during my PhD (1. A personalized drug screening platform based on primary 3D tumor culture (patented), 2. A personalized metastasis-on-a-chip, 3. A versatile organ-on-chip and tumor-on-chip platform (patented)). In addition, biological protocols for working with each microfluidic device have been developed independently. Key competencies: ● Research & development ● Research project management ● Leadership and team management ● Communication ● Collaboration ● Oral presentation ● Creative mindset ● Written communications ● Adaptable ● Fast learner ● Problem solving & analytical skills Key technical skills: ● 3D printing of microfluidic devices ● Microfluidics engineering ● Microfluidics cell culture ● Microfluidics ideation ● Microfluidics design ● Microfluidics mixers ● Microfluidics biological protocol development ● Microfluidics tumor metastasis ● Microfluidics design iterations testing & analysis ● Microfluidics fabrication ● Microfluidics simulations ● Dynamic perfusion culture ● Designing Tumor on chips, organ on chips ● CAD modeling ● Mechanical stress, forces, and kinematics analysis using ANSYS ● Soft-lithography of 3D printed PDMS molds, ● Basic workshop tools (grinding, drilling, laser cutting, filing, turning, threading, polishing) ● 3D printing, 3D bioprinting, fused deposition modeling, stereolithography ● Primary cell culture ● 3D spheroid culture ● 3D hydrogel culture ● immunofluorescence ● Live/dead assays ● gel electrophoresis ● H&E staining ● Fluorescence microscopy ● Tensile and compression testing ● Quantitative cell proliferation assays ● Combinatory drug screening ● RT PCR ● XPS analysis ● Flow cytometry