Scope: together with the team ensured partial delivery of a product within one business roadmap for multiple programsPlanning and Prioritizing: provided input for the product vision and strategy and deployed itStakeholder Management: cross-team and cross-competence managed the relation with a group of stakeholders on operational levelKey decisions: made decisions in conjunction with the programs, based on what is done and what has not been done and on priorities related to effective product backlog managementCoaching and Mentoring: possess an ability to emphatically listen to the Scrum Team(s) and stakeholders and ensures an open and 'ready- for-a-change' mindsetTeam structure: 2 competence teams (10 FTE and 9 FTE) comprised of highly skilled Design Engineers, Lead Engineers and Architecs.

Technical Scope: development of a new sub module in existing platform or existing sub module in new platformTeam structure: led a team of architects and design engineers (7 FTE)Key interfaces: effectively worked with a Projectleader and Groupleader across 1-2 operational sectorsContinuous improvement: identified shortcomings in current processes, systems and techniques with proposals on how to solve/overcome theseRisk management: communicated project risks based on input architects and design engineers; identified operational risks within own scope and proposed mitigation actions

keywords: project management, optics, design, cleanroom, integrated optics, microfluidics, lithography, semiconductor industryProject management:- Translate priorities and strategic objectives into project initiation document and project plan- Communication with the stakeholder at different levels and with various expertise- Coaching and daily management of the team- Translate priorities and strategic objectives into project initiation document and project plan- Managing, monitoring and reporting on the project budget progress and forecasts- Clear communication about status and resultsOther:- Designed integrated optical and optofluidic chips based on SiO2/Si3N4 dielectric material stack- Developed and deployed chip-based systems in combination with laser sources in visible and near-IR spectral regions for the applications in Life Science- Comprehensive cleanroom processing experience: (D)RIE, lithography, wet etching, thin film deposition, sputtering, inspection (optical and electron microscopy, interferometry)- Developed and implement cleanroom flow charts- Generated professional technical reports and datasheets for both internal and customer’s use

keywords: quantum cascade lasers, qcl, Faraday rotation spectroscopy, trace gas detection, optics, semiconductor lasers, molecular spectroscopy, laser spectroscopy, external cavity qcl, wavelength modulation spectroscopy, breath analysis, environmental monitoring, metrology, bio-medical researchDetails:- Designed and developed laser-based systems (optics/hardware/software) combining mid- andnear-IR lasers sources with ultra sensitive detection methods (DAS, ICOS, CRDS)- Performed optical alignment of complex optical systems- Tested, characterized and evaluated performance of the setups, performed design adaptation,trouble-shooting, and maintenance- Hands-on experience in handling and maintenance of complex optical systems and high powerlaser sources- Communicated and cooperated with the suppliers of optical, electrical and mechanical componentconcerning the specifications of the required equipment- Wrote MATLAB and LabVIEW programs for the data analysis and modelling- Presented experimental data at the national and international conferences- Hosted and supervised foreign research visiting guests

Project: Development of the high power external ring cavity quantum cascade laserTasks:- Designed the External Cavity-Quantum Cascade laser in a ring resonator configuration- Performed optical alignment and characterization of the prototype system- Experience with design adaptation of the optical system

Details:- Took part in scientific projects in sport medicine domain and physiology of human body- Wrote MATLAB and LabVIEW codes for the data analysis

Details:- Prepared and trained high school students for passing school exams and entering Russian technical universities where physics and mathematics are main subjects