Vasily S.

Stanford, California, United States Contact Info
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About

Chief product officer. 20+ years of product leadership experience solving Growth…

Articles by Vasily

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Experience & Education

  • Maximum Impact Product Advisory

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Volunteer Experience

  • Be A Mentor, Inc. Graphic

    Board Director

    Be A Mentor, Inc.

    - 7 years

    Education

    Over last 25 years, BeAMentor helps children and youth from challenging and vulnerable circumstances develop the assets necessary to make healthy life choices, set realistic goals, act with determination and ultimately build vibrant successful lives for themselves through direct contact and relationships with caring and positive adult role models

  • Stanford University Graphic

    Stanford Admission Interviewer

    Stanford University

    - Present 1 year 8 months

    Education

    Admission Interviewer for Stanford Outreach Volunteer Alumni Link (OVAL)

Publications

  • Product Management: From an idea to an MVP. Case Studies Uber, Airbnb, SpaceX Starlink

    Udemy

    Case Studies Uber, Airbnb, SpaceX Starlink

    MVP and Lean Methodology Product Management

    Uber Case: MVP approach as a core foundation of Lean methodology



    Understanding of Lean methodology, criteria of viability

    Understanding the assumptions behind lean methodology and specific meaning of what “minimal” and “viable” means

    Understand the boundaries beyond which lean methodology is not applicable

    Understand what alternative methodologies are and how…

    Case Studies Uber, Airbnb, SpaceX Starlink

    MVP and Lean Methodology Product Management

    Uber Case: MVP approach as a core foundation of Lean methodology



    Understanding of Lean methodology, criteria of viability

    Understanding the assumptions behind lean methodology and specific meaning of what “minimal” and “viable” means

    Understand the boundaries beyond which lean methodology is not applicable

    Understand what alternative methodologies are and how they compare

    Understand the build-measure-learn feedback loop

    Airbnb Case: Product market fit and customer development



    Understand the different degrees of product market fit

    Understand the importance of direct customer feedback and the way to process the feedback to make changes to MVP

    Brian Chesky Founder CEO: 100 people that love you than million people that sort of like you

    Importance of knowing what customers expect and exceeding those expectations

    Do things that don't scale

    Understand the signs of poor product market fit and ways to adjust MVP for better customer experience and larger addressable market

    Starlink Case: Understanding your customer to deliver best product



    Learn how to describe customer needs and convert them into product decisions

    Learn how product decisions impact market size

    Learn how to differentiate from competitors in competitive market

    Learn how to sequence product launches and market your product (“Better than nothing beta”)

    What you’ll learn
    Minimum Viable Product
    Lead Methodology
    Product Management
    Product MVP

    See publication

  • Managing Products for Maximum Impact

    Amazon

    💡Understand customer problem
    💊 Experiment and place big bets
    ↗️ Align your work with customer needs

    See publication

  • Patents

    -

    Patents

    See publication

Patents

  • PSYCHOMOTOR VIGILANCE TESTING FOR PERSONS TASKED WITH MONITORING AUTONOMOUS VEHICLES

    Filed US 20210106266

    PSYCHOMOTOR VIGILANCE TESTING FOR PERSONS TASKED WITH MONITORING AUTONOMOUS VEHICLES

    Assessing a likelihood of a person experiencing a fatigue event when the person tasked with monitoring a vehicle operating in an autonomous driving mode may include receiving a set of response times for a psychomotor vigilance test administered to the person. The test may include a plurality of trials which involve a person lifting a finger from a user input device. Whether the person passed or failed…

    PSYCHOMOTOR VIGILANCE TESTING FOR PERSONS TASKED WITH MONITORING AUTONOMOUS VEHICLES

    Assessing a likelihood of a person experiencing a fatigue event when the person tasked with monitoring a vehicle operating in an autonomous driving mode may include receiving a set of response times for a psychomotor vigilance test administered to the person. The test may include a plurality of trials which involve a person lifting a finger from a user input device. Whether the person passed or failed each trial of the set of trials may be determined. A model trained using data from prior psychomotor vigilance tests administered to the person may be identified for the person. Results of the determinations of whether the person passed or failed each trial of the set of trials may be input into the model in order to determine a value representative of a likelihood of a fatigue event. An intervention response may be initiated based on the value.

    See patent

  • FATIGUE MONITORING SYSTEM FOR DRIVERS TASKED WITH MONITORING A VEHICLE OPERATING IN AN AUTONOMOUS DRIVING MODE

    Filed 20210291839

    Autonomous vehicles, such as vehicles which do not require a human driver when operating in an autonomous driving mode, may be used to aid in the transport of passengers or items from one location to another. Testing of these vehicles typically involves a “test driver” who is tasked with monitoring the autonomous vehicle to ensure that the vehicle is operating safely. For instance, a person may be expected to monitor the vehicle and the vehicle's environment while the vehicle operates in the…

    Autonomous vehicles, such as vehicles which do not require a human driver when operating in an autonomous driving mode, may be used to aid in the transport of passengers or items from one location to another. Testing of these vehicles typically involves a “test driver” who is tasked with monitoring the autonomous vehicle to ensure that the vehicle is operating safely. For instance, a person may be expected to monitor the vehicle and the vehicle's environment while the vehicle operates in the autonomous driving mode and to be ready to take control of the vehicle should the vehicle not be responding appropriately. Supervision of such vehicles is known to increase a person's susceptibility to fatigue, whether due to sleep deprivation, poor quality sleep, fatigue induced by the task itself, or the interaction of these contributing sources of fatigue. Furthermore, as the performance of autonomous vehicles improve, fewer interventions are by a human driver, the likelihood of fatigue in human test drivers increases.

    See patent

  • MONITORING HEAD MOVEMENTS OF DRIVERS TASKED WITH MONITORING A VEHICLE OPERATING IN AN AUTONOMOUS DRIVING MODE

    Filed 20210291869

    Aspects of the disclosure relate to analyzing head movements in a test driver tasked with monitoring the driving of a vehicle operating in an autonomous driving mode. For instance, a sensor may be used to capture sensor data of a test driver's head for a period of time. The sensor data may be analyzed to determine whether the test driver's head moved sufficiently enough to suggest that the test driver is engaged in monitoring the driving of the vehicle. Based on the determination of whether the…

    Aspects of the disclosure relate to analyzing head movements in a test driver tasked with monitoring the driving of a vehicle operating in an autonomous driving mode. For instance, a sensor may be used to capture sensor data of a test driver's head for a period of time. The sensor data may be analyzed to determine whether the test driver's head moved sufficiently enough to suggest that the test driver is engaged in monitoring the driving of the vehicle. Based on the determination of whether the test driver's head moved sufficiently enough, an intervention response may be initiated.

    See patent

  • TESTING SITUATIONAL AWARENESS OF DRIVERS TASKED WITH MONITORING A VEHICLE OPERATING IN AN AUTONOMOUS DRIVING MODE

    Filed 20210291870

    Autonomous vehicles, such as vehicles which do not require a human driver when operating in an autonomous driving mode, may be used to aid in the transport of passengers or items from one location to another. Testing of these vehicles typically involves a “test driver” who is tasked with monitoring the autonomous vehicle to ensure that the vehicle is operating safely. For instance, a person may be expected to monitor the vehicle and the vehicle's environment while the vehicle operates in the…

    Autonomous vehicles, such as vehicles which do not require a human driver when operating in an autonomous driving mode, may be used to aid in the transport of passengers or items from one location to another. Testing of these vehicles typically involves a “test driver” who is tasked with monitoring the autonomous vehicle to ensure that the vehicle is operating safely. For instance, a person may be expected to monitor the vehicle and the vehicle's environment while the vehicle operates in the autonomous driving mode and to be ready to take control of the vehicle should the vehicle not be responding appropriately. Supervision of such vehicles is known to increase a person's susceptibility to fatigue, whether due to sleep deprivation, poor quality sleep, fatigue induced by the task itself, or the interaction of these contributing sources of fatigue. Furthermore, as the performance of autonomous vehicles improve, fewer interventions are by a human driver, the likelihood of fatigue in human test drivers increases.

    See patent

Test Scores

  • GMAT

    Score: 770

Languages

  • Russian

    Native or bilingual proficiency

  • English

    Native or bilingual proficiency

  • Spanish

    Professional working proficiency

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