Summary
Overview
Work History
Education
Skills
Websites
Languages
Additional Information
Certification
Voluntary Work
Timeline
Generic

Padma Varanasi

Summary

Over 25-year experience in Aerospace Engineering as Technical Lead, Interface Manager, Science Team Liaison, and Proposal support. My background covers the entire lifecycle of Spacecraft systems engineering and mission operations. I have interfaced with NASA Centers (JSC, GRC, GSFC), International space partners (ESA, JAXA, ISRO) and commercial partners and US Naval Research Labs.

Overview

31
31
years of professional experience
1
1
Certification

Work History

Mission Systems Engineer

Jet Propulsion Laboratory
09.2021 - Current

· Manage Mission Operations for PREFIRE mission

· Primary interface between JPL instrument team, Spacecraft (S/C) team and Blue Canyon Technologies (BCT)

· Provide direction and leadership for concept of operations development, requirements and implementation of system operations plans for both flight and ground segments

· Manage planning, design, development, and implementation of technology and capability to support instrument operations

Technical Advisor/Senior Systems I&T Engineer

Naval Research Laboratory
09.2021 - 08.2022

· Provide technical expertise to prepare for and support Project reviews for EUVST project

· Provide technical expertise to prepare for and support Project reviews

· Provide the technical expertise to perform and direct the test and integration of subsystems

· Determine test methodologies, specifying the instrumentation and test equipment necessary for testing, working with test conductors, directing the test, and subsequently analyzing the resulting data and preparing summary reports for project personnel

· Lead efforts in the design, build and operation of ground support equipment

· Design and lead the test sequences and generation of test plans, procedures, and reports

· Lead efforts in the performance and execution of space hardware environmental testing and the final requirement verification process

· Investigate discrepancies, provide technical assessment of anomalies, and drive issues to resolution

Technical Lead Engineer/Manager

Jet Propulsion Laboratory
04.1991 - 03.2020

Lead Mission Operations Systems Engineer

· Manage Mission Operations for Nancy Grace Roman Telescope Coronagraph instrument

· Primary interface between JPL instrument team, Spacecraft (S/C) team at GSFC

· Provide direction and leadership for concept of operations development, requirements and implementation of system operations plans for both flight and ground segments

Manage planning, design, development, and implementation of technology and capability to support instrument operations

Technical Manager – Instrument Operations Engineering Group

· Technical Group Supervisor for the Instrument and Science Data System Operations Group of 25 members.

· Responsible for providing comprehensive, robust, cost-effective instrument and science data system operations systems & teams; requirements, design, implementation, documentation, test & integration, deployment, & operation.

· Accountable for schedule, resources, and technical performance of all assigned group activities.

· Responsible for recruitment and maintenance of a high-quality, high-performance engineering group and provide career path development and technical guidance to group members.

· Interface for internal and external customers to create partnerships for involvement in future JPL missions.

· Recruit early career hires from universities & Instrument Operations Systems Engineers (all levels) to support JPL missions

Lead Mission Operations Systems Engineer

• JPL instrument MAIA, support PI, Instrument Hardware team with requirements, mission planning
Mission Interface Manager (MIM), DSN (Deep Space Network)

· DSN representative and primary point of contact for multiple mission customers from other NASA Centers, and international space agencies (ESA, ISRO, JAXA)

· Interface Manager between DSN and Space Missions (NASA & International Space Agencies (ESA, ISRO, JAXA)

· Negotiated Support Agreements and Ground Systems Service Commitments for over 15 missions.

JPL Systems Engineering Consultant – NASA/Glenn Research Center

· Consultant to NASA Glenn Research Center under the NASA SCaN (Space Communication and Navigation) technology development program.

· Mentored the CoNNeCT flight team at Glenn, assisted with I&T and operations of the JPL-built SCaN Testbed, installed on the International Space Station.

Mission Operations Manager – Moon Mineralogy Mapper (M3)

· Managed the Mission Operations team on the Moon Mineralogy Mapper (M3), a $43M payload launched aboard Indian Space Research Organization (ISRO) spacecraft Chandrayaan-1

· Primary interface between JPL instrument team, PI, and S/C team at ISRO to support successful launch of India's first mission to the moon.

· Assisted principal investigator at Brown University with implementation of science plans.

· Provided direction and leadership for con ops, development, and implementation of system operations plans for both flight and ground segments

· Collaborated and gave advice regarding engineering principles and mission operations policies to affected organizations.

· Initiated investigations to find solutions to critical problems in areas of payload anomalies, ground systems, engineering operations

· Managed planning, design, development, and implementation of technology and capability to support instrument operations

· Was responsible for oversight/control of facilities utilized for instrument command and control, simulations, and training.

Mission Operations/Integration & Test Manager – Tropospheric Emission Spectrometer (TES)

· Mission Operations and I&T Team Lead for the Tropospheric Emission Spectrometer (TES) payload aboard the EOS Aura mission managed by NASA Goddard Space Flight center.

· Worked closely with TES principal investigator and instrument scientist at JPL to implement TES science goals.

· Provided direction and leadership for con ops, development, and implementation of system operations plans for both flight and ground segments

· Collaborated and gave advice regarding engineering principles and mission operations policies to affected organizations.

· Initiated investigations to find solutions to critical problems in areas of payload anomalies, ground systems, engineering operations

· Managed planning, design, development, and implementation of technology and capability to support instrument operations

· Was responsible for oversight/control of facilities used for instrument command and control, simulations, and training.

· Initiated programs, and projects dealing with the problems of instrument operations, integrated mission operations.

Mission Operations/Systems Engineer – Multi-angle Imaging Spectro-Radiometer

· Mission operations and systems engineer for the Multi-angle Imaging Spectro-Radiometer (MISR) aboard the EOS Terra mission managed by NASA Goddard Space Flight center.

· Primary interface between the MISR science team and GSFC to support launch and real-time operations at NASA controls center.

· Designed and supported development of Target Selection tool, based on FOV, priority scheme etc. organizations.

· Initiated investigations to find solutions to critical problems in areas of payload anomalies, ground systems, engineering operations

· Managed planning, design, development, and implementation of technology and capability to support instrument operations

· Was responsible for oversight/control of facilities used for instrument command and control, simulations, and training.

· Initiated programs, and projects dealing with the problems of instrument operations, integrated mission operations.

· Planned, conducted work in supporting NASA spacecraft and JPL instrument.

Software Design/Mission Operations – Cassini

• Designed and supported development of multi-mission ground system downlinks analysis software for Command and Data Handling (C&DH) subsystem of the Cassini spacecraft

Flight Software, Mission Operations – TOPEX

• Developed & tested flight software for the TOPEX spacecraft built by Orbital Sciences Corporation. Analyzed the Command & Data Handling (C&DH) subsystem data in real-time and off-line

Orbital Sciences Corporation (March 1988-March 1991)

Flight Software / Verification & Validation / I&T Engineer

· Implemented a real-time Robotics control system prototype.

· Developed flight software for the Attitude Control Software (ACS) subsystem on the Explorer Platform spacecraft.

· Supported TOPEX I&T to understand S/C better to fly it better.

· Designed, supported development and testing of Flight Software for ACS and C&DH subsystems of the S/C

Education

Bachelor of Arts - Mathematics And Computer Science

University of California - San Diego
La Jolla, CA
12.1985

Skills

  • Team Management
  • Mission Operations
  • Systems Engineering
  • Anomaly Resolution
  • Technical Advisor/SME
  • Verification & Validation
  • Software Design/Development
  • Integration & Test
  • Proposal Support

Languages

English
Full Professional
Spanish
Full Professional
Hindi
Full Professional
Telugu
Professional Working

Additional Information

NASA Honor Awards

2016 - DSN Planning and Launch Operations- For Superior performance in the successful initial acquisition of radio signals from the Hayabusa2, DSCOVR, and MMS missions.

2015 – Multi-Angle Imaging Spectro-Radiometer - For Exceptional instrument data system engineering, operations, and scientific research enabling 15 years of Earth observation
2015 - SPS File Transfer and Auto DKF Implementation - For Development and operation of an automated DSN Keyword Generation Processor and SPS Portal file transfer system in support of Rosetta and
2014 – Juno Earth Flyby Tracking Augmentation - For Exceptional achievement by the European Space Agency in tracking the Juno spacecraft during a critical period of the Earth Flyby.
2014 – MAVEN - For delivering on all technical, schedule, and cost commitments through launch, enabling new discoveries of Mars' atmosphere and volatile evolution.
2014 – Aura Tropospheric Emission Spectrometer (TES)- For outstanding skill and dedication in the successful operation and science achievements of the Earth Observing System Tropospheric Emission Spectrometer
2014 – Juno Earth Flyby Operations- For outstanding achievement leading to the successful design, development and execution of the Juno Earth Flyby.
2012- Juno ESA Launch Support –For outstanding contributions to the Juno mission leading to successful development and launch support.
2009 – Moon Mineralogy Mapper (M3) - Exceptional Medal for effective leadership in M3 operations
2008 – Tropospheric Emission Spectrometer (TES) Tiger Team
2006 –TES Instrument Operations Team - For excellence in supporting pre-launch TES instrument integration and test activities and successfully completing all
2002 - Exceptional service medal for outstanding service, development of operations capability of MISR


Certification

Publications:

Primary Author

“MISR takes a licking keeps on Ticking,” SpaceOps Conference (2010); and IEEE Aerospace Conference (2009)
“Operations concept for TES mission operations” IEEE Aerospace Conference (2002)
“The relationship between Ground Data Systems and Flight Operations for the Aura Project TES instrument,” IEEE Aerospace Conference (2001)

Co-Author

“Full-mission selenolocation progress for the Moon Mineralogy Mapper on Chandrayaan-1,” 42nd Lunar and Planetary Science Conf., LPI Contribution No. 1608 (2011)
“Measuring moonlight: An overview of the spatial properties, lunar coverage, selenolocation and related Level 1B products of the Moon Mineralogy Mapper,” J. Geophysical Research: Planets, 116 (2011)

“The Moon Mineralogy Mapper (M3) imaging spectrometer for lunar science: Instrument description, calibration, on-orbit measurements, science data calibration and on-orbit validation,” Journal of Geophysical Research: Planets, 116 (2011)
“A New Lunar Globe as Seen by the Mineralogy Mapper: Image coverage, spectral dimensionality and statistical anomalies,” 41st Lunar and Planetary Science Conf., LPI Contribution No. 1533 (2010)

“Identification of a new spinel-rich lunar rock type by the Moon Mineralogy Mapper (M3),” 41st Lunar and Planetary Science Conf., abstract 1854 (2010)
“The Lunar Orientale Basin: Structure and crustal mineralogy from Chandrayaan-1 Moon Mineralogy Mapper (M3) data,” 41st Lunar and Planetary Science Conf., abstract 1030 (2010)

“On-orbit performance of the Moon Mineralogy Mapper instrument,” International Conference on Environmental Systems, abstract 2009-01-2390, doi: 10.4271/2009-01-2390 (2009)
“The Moon Mineralogy Mapper (M3) on Chandrayaan-1,” Current Science, 96, 500-505 (2009)
“Character and spatial distribution of OH/H2O on the surface of the Moon seen by M3 on Chandrayaan-1,” Science, 326, 568-572, doi: 10.1126/science.1178658 (2009)

“The Moon Mineralogy Mapper (M3) imaging spectrometer: Early assessment of the spectral, radiometric, spatial, and uniformity characteristics,” 40th Lunar and Planetary Science Conf. (2009)
“Mineralogy of the lunar crust in spatial context,” 40th Lunar and Planetary Science Conf. (2009)

Voluntary Work

  • Reading Partners of America: Provide students with the individualized reading support they need to read at grade level by fourth grade.
  • eVidyaloka: Volunteer teacher (skype) for Government Schools in remote and rural villages of India to enable quality in education for the children of rural India.


Timeline

Mission Systems Engineer

Jet Propulsion Laboratory
09.2021 - Current

Technical Advisor/Senior Systems I&T Engineer

Naval Research Laboratory
09.2021 - 08.2022

Technical Lead Engineer/Manager

Jet Propulsion Laboratory
04.1991 - 03.2020

Bachelor of Arts - Mathematics And Computer Science

University of California - San Diego
Padma Varanasi