Ashutosh Mishra Email & Phone Number

Manassas, Virginia, United States

•Monitor all Satellite and Ground elements related to the O3b mPower Constellation •Follow step by step procedures for fault detection and identification to resolve payload and bus issues for the mPower Constellation •Collaborate with other subsystem engineers to fulfill operational task orders •Maintain the integrity of satellite bus and payload elements and ensure that they meet industry standards. •Perform Root Cause Analysis of satellite bus and payload incidents and write technical documentation for cause and resolution of future incidents •Initiate, update and resolve incident records and convey actions taken to restore the incidents •Document knowledge in the form of knowledge articles to form part of our knowledge management systems •Ability to gather, organize, and analyze large amounts of data with speed and accuracy as well as detect relationships and make decisions using sound methodical judgment •Effective time management skills, takes initiative in the absence of direction and exercises independent judgment without constant supervision

Greenbelt, Maryland, United States

In the role of Flight Operations Engineer at SpaceNav, responsibilities include:•Spacecraft Telemetry Analysis: Continuous monitoring and ensuring the health, performance, and functionality of the Terra spacecraft. Vigilant examination of telemetry streams to identify anomalies, deviations, or irregularities in spacecraft systems and subsystems, ensuring the reliability of critical services, including product support to the Department of Defense.•Mission Coordination: Collaborated closely with mission team members, including spacecraft operators, scientists, and engineers, to meticulously plan and execute spacecraft maneuvers and instrument activities. Contributions ensured the maintenance of Terra's mission-critical mapping of the geology of Earth, conducted twice a month.•Anomaly Resolution: Exceptional troubleshooting skills when spacecraft anomalies occurred, responding to over 200 contingencies involving multiple mission engineers. Engaged in root cause analysis, working closely with subsystem experts to identify the underlying issues and develop effective solutions, thereby minimizing mission downtime and ensuring mission success.•Data Quality Assurance: Facilitating seamless collaboration with science and data processing teams to ensure the collection of high-quality scientific data, contributing to scientific research, environmental monitoring, and defense applications.•Deorbit Phase Contributions: Near the end of the satellite's life cycle, during it’s deorbit phase, hundreds of Pass Plan Change Requests (PPCRS) were written, dozens of ground stations in locations like Norway, Alaska, and Puerto Rico were coordinated with, and tens of Standard Operating Procedures (SOPs) were updated to ensure the safe and efficient deorbiting of Terra.

Greenbelt, Maryland, United States

In the role of Flight Operations Engineer at NASA Goddard, responsibilities include:•Spacecraft Telemetry Analysis: Continuous monitoring and ensuring the health, performance, and functionality of the Terra spacecraft. Vigilant examination of telemetry streams to identify anomalies, deviations, or irregularities in spacecraft systems and subsystems, ensuring the reliability of critical services, including product support to the Department of Defense.•Mission Coordination: Collaborated closely with mission team members, including spacecraft operators, scientists, and engineers, to meticulously plan and execute spacecraft maneuvers and instrument activities. Contributions ensured the maintenance of Terra's mission-critical mapping of the geology of Earth, conducted twice a month.•Anomaly Resolution: Exceptional troubleshooting skills when spacecraft anomalies occurred, responding to over 200 contingencies involving multiple mission engineers. Engaged in root cause analysis, working closely with subsystem experts to identify the underlying issues and develop effective solutions, thereby minimizing mission downtime and ensuring mission success.•Data Quality Assurance: Facilitating seamless collaboration with science and data processing teams to ensure the collection of high-quality scientific data, contributing to scientific research, environmental monitoring, and defense applications.•Deorbit Phase Contributions: Near the end of the satellite's life cycle, during it’s deorbit phase, hundreds of Pass Plan Change Requests (PPCRS) were written, dozens of ground stations in locations like Norway, Alaska, and Puerto Rico were coordinated with, and tens of Standard Operating Procedures (SOPs) were updated to ensure the safe and efficient deorbiting of Terra.

Bryan/College Station, Texas Area

Using AR/VR technologies to improve decision making, situational awareness, increase teamwork capabilities, and decrease workplace accidents for professionals that work in high risk fields.Our current project is called Scout. It is a prototype for the HUD (Heads Up Display) that will be used in the Jarvis Project for the 2024 xEMU Artemis spacesuit.

Texas, United States

I worked with a team of 12 to draft the design of a new ISR (Intelligence, Surveillance, and Reconnaissance) system. The ISR system would take the current systems we already have in place in the military and improve on them.

Bryan/College Station, Texas Area

I am working with a team of 40 engineers to make small satellites for the purpose of improving Space Situational Awareness (SSA) and get a better radiation map of our earth. My role in the organization is Payload where I am working with a team of eight to improve SSA by using RF tracking. Matlab, Python, and Eagle are some tools that I use often in this organization.

Bryan/College Station, Texas Area

SpaceCraft is a research platform and a class for students that they can do over a semester. SpaceCraft researchers are usually heavily focused on topics such as simulation of space phenomena, AI/Machine Learning, Robotics, and virtual reality.My topics of interest within SpaceCraft are AR/VR technology and basic machine learning.