Applied Biosensors is providing cutting-edge sensor technology for process control in biomanufacturing. Responsible for managing R&D and business activities, licensing negotiations, cash flow management, grant writing, fundraising, setting up the manufacturing line for the sensor production, supply-chain, and team management.

Responsible for developing the process design, manufacturing processes, and SOPs for auditory neural interfaces. Successfully trained engineers at Blackrock Neuromed and manufactured >300 devices for commercial applications.

Responsible for developing the process design, device design, manufacturing processes (nanofabrication tools, microscopy inspection tools), and testing protocols (accelerated soak-testing, electrochemical analysis using Gamry instruments) for multi-channel polyimide-based flexible cuff-style neural interfaces. Developed reliable and scalable processes achieving product yield of > 85% from a 4'' silicon wafer. manufactured >1500 devices for R&D applications (recording and stimulation in vagus nerve).

Successfully completed 28 commercial and academic projects in the medical device, life sciences, and electronics communication industries. Responsible for technical assessment, cost calculations, preparation and presenting proposals, and technical & business negotiations with customers (academic and industrial both). Define roadmaps to meet requirements, goals and milestones for new technology processes. Generate revenues through submission of well-researched, well-written and well-documented grants. Plan and conduct experiments to fully characterize the process throughout the development cycle. Establish and develop collaborative engineering relationships with key customers. Present engineering data to customers. Responsible for conceptualizing and managing a diverse range of customer retention campaigns and initiatives.• Brought in supplemental revenue of approximately $689K as a scientific grant from NIH.• Recruited and managed a great team of engineers, technicians and graduate students that produced $1.5M from client revenue streams in its first year.• Grew CEI portfolio to 18 clients within 6 months and received 100% client satisfaction.• Designed, developed & delivered new innovative R&D products primarily in the area of medical devices & semiconductor industry.

A lean start-up platform, creating opportunities for graduate business students and entrepreneurs that has launched 43 companies in its four years of operation, generating $5.1 million in revenue.Evaluated business opportunities based on real technologies coming from research labs. Trained in early stage business development, from intellectual property to market analysis and strategy to writing a business plan. • Business Development Manager of a mobile healthcare company “Symptom.ly” A mobile and data analytics healthcare company providing clinically validated solutions to enhance patient’s compliance with chronic diseases such as Asthma and Diabetes and to Lower Readmissions Rate.

Drive design, development and manufacturing for bio-medical device product line curing brain-related injuries. Lead full development lifecycle and engineering technicians to ensure GMP requirements are met for FDA clearance. Develop and manage in-house manufacturing processes and QA. Generate revenue through grants. Maintain client relationships. Collaborate with scientists and engineers in Germany, UK, and Spain. Apply analytical skills to identify key process bottlenecks. • Developed process methodology and instrumentation, particularly in the field of thin film deposition, selective deposition and plasma etch processes.• Increased profit margins for existing products by 18% through improved processes. • Grew revenue to $280,000 for a new product line (from zero) in one year; project 250% increase by FY2017. • Achieved ISO 10993 standard by developing QA procedures. • Author /Coauthor of 7 peer-reviewed journal/ conference publications and 11 abstracts.

Dedicated to the discovery, understanding, development and commercialization of micro scale devices for application to biological, biomedical, and medical problems.Designed, fabricated and characterized a micro sized DNA diagnostic system that simultaneously extracts and quantifies genomic DNA from any unknown sample. • Delivered a diagnostic system that provides ultra low detection limit of DNA (3.3ng/μL) and cost-effective solutions such as small size, portability, and disposability.

Manufacturing facility ranked #1 among all Samsung subsidiaries for achieving highest productivity.Provided entry-level support to lead mechanical engineers for part and assembly design and engineering analysis for Poly Urethane (PU)-foaming units refrigerators. • Met scope, schedule and project goals for complex design and simulation project that improved refrigerator insulation efficiency 19%.• Independently tested a PU-prototype insulation design for refrigerators using simulation software like ANSYS.