As a seasoned Business Development Manager specializing in the medical device industry, I am adept at delivering exceptional sales and customer experiences with a deep focus on technical expertise and value proposition of FDA-regulated products. I navigate complex regulatory environments to ensure compliance and enhance product viability, conducting detailed product demonstrations and proofs of concept tailored to meet unique customer needs. My role involves creating and maintaining critical documentation, fostering strong customer relationships, and driving cross-functional team collaboration across diverse geographic locations, including Australia, California, and the Eastern US. I manage a portfolio that generates $6M annually, achieving strategic growth through adept client relationship management and securing new opportunities. Additionally, I oversee contract reviews for major deals, ensuring our company's protection against legal and financial risks.

Spearheaded initiatives to strategically expand digital and software services, collaborating with teams in Sunnyvale focused on hardware and manufacturing to enhance integrated solutions.Drove significant business growth by identifying and developing new market opportunities within the biotechnology sector, resulting in a robust increase in service demand.Cultivated strong partnerships with industry leaders, enhancing our software product offerings and increasing client conversion rates by optimizing qualification processes.Coordinated efforts across multiple departments—including hardware, electrical, optics, manufacturing, consumables, and software—to align and integrate comprehensive business development strategies.Successfully negotiated and closed deals with key accounts in North America, contributing over $6M in revenue, and continuously engaged in quoting new customer development projects, refining our approach to capture emerging opportunities.Collaborated with the marketing team to develop and implement a digital marketing strategy focused on content marketing, re-branding efforts, SEO optimization, and social media engagement, which increased web traffic significantly.

Identify and resolve issues that arise during the design, testing, and maintenance processes.Design and architect instrumentation software from the ground up. Mentor and lead junior and new grad software engineers.Using analysis and critical thinking skills to determine and assess the needs of the user and then create software to meet the requirementsHelp implement more efficient and less error prone software development processes while recommending changes in policies and standardized procedures.Superior communication and impersonal skills to lead engineering teams. Lead and manage the yearly intern program for RND which includes year long recruiting, planning, and eventually the execution of the program each summer.

Develop highly sophisticated WPF applications in C# using the .Net Framework, Prism, Entity Framework, MEF, MVVM, Unit Testing, and SQL Server on embedded robotic/automated medical device instruments.Support development and testing of results processing for PCR (Polymerase Chain Reaction) algorithms and results processing.Designed and developed a custom medical hardware device simulator in C# that is in multiple projectsCollaborate in an agile/scrum software development team based environmentWorked on an automated IV bag filler that will bring many firsts to the medical device industry.Use SOLID software principles so that each project is easy to maintain and extendContributed to 2 successful FDA regulated product launches, 2 projects are currently still in development in the past 3 years

Worked on creating a generic instrumentation communication simulator. The simulator can act as the firmware communications end point to our instrumentation software using serial, TCP/IP, can bus communications.The user is able to simulate the necessary situations in which the communications may act on a real instrument, thus testing the redundancy of the application in which is being developed for that instrument, making sure that the application is able to react based on success or failures of the communications. The simulator also was allowing the application software to be able to run in a simulated mode. We implemented a "planned" execution of specific successive commands, so that the application software could react accordingly.

My work here involed working along side top secret government contracting projects for the DOD, CIA, Air Force, and Army branches. Most of the work that Tiger Innovations does is small-sat/cube-sat communication busses and equipment. I was assigned a few tasks that involved enhancing these projects' features such as finding discrepancies and errors within back-end embedded TCL/TK code that run thousands of data point tests on satellite ground station equipment titled StreamLINK. I designed and implemented TCL code to add test procedures and test beds for satellite payload equipment currently in low-earth orbit. I also helped design, develop, and assemble satellite hardware as well as terrestrial projects and research. My last project included using GNU radio framework in Python to record and decode real-time TPMS signals for a joint project with the CIA.

At Arrow Electronics, I worked in the Sustaining Engineering group. Located at Arrow's Phoenix, Arizona integration, sales, and warehouse location. I was a team leader overseeing the development and ongoing manufacturing of custom PC solutions tailored for each client. My primary job was to make sure build plans were up to date and made with extreme precision to technical specs for the client for manufacturing. Other responsibilities included creating and testing build plans for new products. This included building, installing of software, burn-in testing, and packaging, for the new product. I also collaborated with 5 other new engineers at other remote locations for a competitive project. Our goal was for the consolidation of Arrow's electronics recycling/end-of-life product companies that Arrow had acquired with-in the last 3 years. We ended up winning the competition and our plan that has a potential savings of 3 million dollars per year will go into effect in 2014.