Milenko Masic Phd Pmp Email & Phone Number

Greater San Diego Area

At ASML/Cymer, as one of the most senior members of its technical team, I architect and lead the development of control algorithms for extremely complex Extreme Ultraviolet light sources enabling the new generation of lithography tools for semiconductor manufacturing•Founding Functional Architect for the core Energy and Timing Control subsystem of the extremely complex EUV light source during critical years of development culminating in its adoption for HVM by chip makers•Led the formation of the functional organization by defining its scope, and by leading definition and adoption of processes and SOPs for its technical, project execution and management aspects•Provided top-level architectural and technical leadership for teams of up to fifty highly skilled controls, SW, FW and HW engineers in the development of all aspects of the EUV generating plasma control system, including its contribution to die yield, man and machine safety, UIs, CoGs, etc.•Responsible for definition and maintenance of the functional roadmap and its alignment with product development programs and other organizational stakeholders•Responsible for project and program planning and execution, definition and control of scope meaningfully aligned with the breakdown of technical content to promote execution efficiencies •Served as competence leader, responsible for management of performance, technical engagements, career and professional development for a group of fifteen highly skilled Controls Experts•Initiated, led adoption, and ensured team’s adherence to the best engineering and quality assurance practices in all aspects and phases of the product development, including Requirements Engineering in the definition phase, budget driven control systems design in the development phase, statistical rigor during verification and integration phases•Represent team in Key Decision meetings with stakeholders on all technical, project and program initiation and planning activities and decisions

Held various technical and project leadership positions on high-impact projects of the Advanced Mechanical Ventilation Technology Development Group. Viewed and recognized as expert and leading technical authority. Helped adopt and deploy best product and technology development practices including Design for Six Sigma methodology. 2009 Innovator of the Year award nominee.Leadership achievements and responsibilities:• Initiated and led several key new technology development projects declared Strategic Focus, and Master Business Objectives for the company’s $250M ventilation business• Established company’s Technology Development Process and led cross-functional teams though the development of key product differentiating features accounting for 15% of the gross income from the company’s critical care ventilator sales• Worked with and influenced Marketing, and BD&L teams on the strategic decision to develop the technology internally, resulting in $1M for upfront licensing costs, invented alternative technology, and led its development• Coordinated cross-functional teams in the preparation and execution of preclinical, and feasibility clinical studies, including participation in regulatory submissions, contacts with IRB, PI’s, and contract negotiations• Achievements directly linked to the company’s decision to engage in clinical trials to establish clinical evidence for its future ventilator products, for the first time in its historyIndividual contributor achievements:• Invented a suite of radically new advanced ventilation technologies, marketed as ieSYNC, promoting improved patient ventilator synchrony, and helped build a strong IP. • Developed control systems for critical-care mechanical ventilators including novel breath triggering and cycling, and mix control algorithms• Developed and led adoption of DoE and statistical simulation tools and methods for optimization of test procedures resulting in reduced time and cost of design verification

Phd

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Dipl.Ing