Systems Engineering Leadership: Led healthcare projects for Patient and Fetal Monitors with a focus on Design for Quality, Reliability, Serviceability, and Testing (DfX).MBSE Implementation: Implemented Model-Based System Engineering (MBSE) across Philips teams, enhancing requirements modeling and automating document generation.Collaborative Requirement Management: Worked with project leaders, architects, and engineers to efficiently manage project requirements.Design Risk Management: Owned design risk management, including risk plans, FMEA processes, and design control oversight.Architectural Expertise: Defined and managed design optimization and led verification and validation tests for healthcare products.

I have been part of Wow-Effect Theater since it started and have acted in at least seven different productions. Experienced with acting, improvisation, writing, parts of production, distribution and marketing on social media along the years;For the season of 2019-20, I have co-written a play that will be part of the 3 plays based around the year 2040.Currently working on writing Monologues based on true stories around Covid-19 for possible production in the winter of 2020.

Assessing the intrinsic reliability in new products, packages, and processes developments for Galium Nitride devices (and LDMOS)Creating the relevant qualification and reliability strategies based on application-specific mission profiles for new product introduction and for changes in manufacturingDefine and execute electrical characterization, train the reliability technicians who executes the product qualification. Align with suppliers on improvement roadmap.Proactively prevent reliability hazards through Reliability FMEA and Risk assessment for Failure Mechanism by executing thorough risk-analysis on the development of complex product/process/package with knowledge of structural similarity rules and applicable quality specifications to translate this to a qualification strategyAnalyze and conclude on failures in reliability testing in cooperation with failure & material analysisDevelop the associated project management plan, monitor, control, and report on project activities

Together with other handpicked colleagues, we are part of an incubation program which is an interactive, intrapreneurial, and energetic 8-month journey during which corporate teams launch a social and/or ecological business case that will benefit society at large. De Partnership Verkiezing is an initiative of The Punchy Pack, Ministry of Foreign Affairs and Rotterdam School of Management. Our mission is to “To improve the care continuum of chronic respiratory diseases in India, using digital technologies in collaboration with local initiatives”. We are supported in monthly sessions like this trend watch academy session by speakers and coaches and are exposed to a large network of experts, entrepreneurs, knowledge institutes, government, and artists.

Building the portfolio of Connected Health Devices in the Home Monitoring business•Strategy & Planning: Building the portfolio of Connected Health Devices in the Home Monitoring business (IoT)•Architecting of new products for Medical social alarm systems and skincare products, in line with the V-model thinking •Deployment: Incorporate Business requirements to User and Product Requirements•Integrity of Systems: Able to define a verification plan to test & verify the product requirements •Complying with the QMS (Quality Management System), Regulatory Standards and Procedures •Involved in setting up of technical roadmaps & platform-based solutions

• Responsible for pre-Silicon and post-Silicon activities related to verification and Validation.• On Verification, layout the planning and execution of tasks to the Verification team. Distribution of workload, monitoring progress and reporting out on a regular basis• Understand and resolve discrepancies between planned work and actual work to achieve more accurate verification planning methodology• On Validation, prepared the Validation strategy based on input from multiple stakeholders. • Responsible for planning, ordering and distribution of samples and hardware to different V&V owners. Tracking the progress and coverage metrics of Validation • Ensure the technical alignment across the stakeholders involved • ISTQB certified; • Improving the process based on CMMi standards;

System Architect Trainee for Car Radio:----------------------------------------------------------• Defined the use cases and associated API calls for DRM and DRM+ (radio) standards• IP blend: Helped in developing solutions to support the Internet Radio. This resulted in an architectural document that can be used as guidance for implementation. • Provide input to the marketing team to present it to the customers.• Set-up the TTM (Test-Traceability Matrix), including Datasheet traceability: • Use DOORS to create full traceability between datasheet parameters, requirements and test results. • System application with iMX8 processors: Updated the system application diagrams to include the various iMX processors in combination with the current products. Defining the relevant interfaces between the devicesSCRUM Master for V2X:------------------------------------------•As a SCRUM Master (team of 5), introduced and implemented SCRUM •Planning project resources and Monitoring progress•Risk management and mitigation•Defining the (SoW) statement of work, non-disclosure agreements (NDAs) and deliverables •Created the system requirements for Validation with test cases and list of test-items for V2X. In the process gained insight on 802.11p, RF measurements and packaging technology aspects•Creating user manuals

Multi-Body Mechanics, Structural Dynamics and Vibration analysis:------------------------------------------------------------------------------------------------- Measurement of micro-slip hysteresis loops with high precision to get specific model parameters. Parameter extraction using certain Matlab and Macros tools Preparing a FE model of the machine. Mesh studies etc. have to be performed in order to find the best compromise with respect to performance and calculation time. Key performance parameters (contact pressure, geometric dimensions, patterns on the contacting surfaces etc.) with respect to vibration loads have to be identified.

Development of Exhaust Gas Sensors for Gasoline Systems(Particulate Sensors):-----------------------------------------------------------------------------------------------------------------------I have worked extensively on modeling simulation tool (INCA) for after-treatment systems required to comply with the CO2 emission rules.  On board diagnosis of Exhaust gas sensors Real time scenario testing of the sensors Analysis of parameters Understanding the communication between the ECU to the SCU with CAN bus Electrochemical Impedance Spectroscopy.

I worked under Engenio Storage Group which is mainly into Direct attached storage. Trained on RAID technology, Mega RAID controllers, CLI, MSM, Preboot applications, Firmware, driver, Software Raid Technology. Good understanding of RAID technology. Have hands on experience with different kinds of SAS, SATA controllers.  Worked on various OS platforms: Windows, RHEL, SLES and Solaris. Good communication skills, debugging skills and eager to learn new technologies. Have experience in analyzing new product requirements, writing and executing test cases on the same.We have adopted a train model for testing our products. I am involved at all the levels of testing viz. Sprint testing, Acceptance testing, Regression Testing, Focussed regression and Sanity Testing