AeroLeads people directory · profile

Savva Morozov Email & Phone Number

PhD Student, Robot Locomotion Group @ CSAIL @ MIT at Robot Locomotion Group, CSAIL, MIT
Location: Cambridge, Massachusetts, United States 8 work roles 3 schools
LinkedIn matched
✓ Verified May 2026 3 data sources Profile completeness 86%

Contact Signals

LinkedIn Profile matched
3 free lookups remaining · No credit card
Current company
Robot Locomotion Group, CSAIL, MIT
Role
PhD Student, Robot Locomotion Group @ CSAIL @ MIT
Location
Cambridge, Massachusetts, United States

Who is Savva Morozov? Overview

A concise factual answer block for searchers comparing this professional profile.

Quick answer

Savva Morozov is listed as PhD Student, Robot Locomotion Group @ CSAIL @ MIT at Robot Locomotion Group, CSAIL, MIT, based in Cambridge, Massachusetts, United States. AeroLeads shows a matched LinkedIn profile for Savva Morozov.

Savva Morozov previously worked as Graduate Researcher, Robot Locomotion Group at Robot Locomotion Group, Csail, Mit and Planning Intern at Skydio. Savva Morozov holds Doctor Of Philosophy - Phd, Robotics from Massachusetts Institute Of Technology.

Profile bio

About Savva Morozov

I want to make autonomous systems that operate reliably in the real world—systems that are aware of their uncertainty.

Current workplace

Savva Morozov's current company

Company context helps verify the profile and gives searchers a useful next step.

Robot Locomotion Group, CSAIL, MIT
Robot Locomotion Group, Csail, Mit
PhD Student, Robot Locomotion Group @ CSAIL @ MIT
8 roles

Savva Morozov work experience

A career timeline built from the work history available for this profile.

Graduate Researcher, Robot Locomotion Group

Current
Robot Locomotion Group, Csail, Mit
Sep 2022 - Present

Planning Intern

San Mateo, California, US

Vehicle trajectory planning intern.

May 2022 - Aug 2022

Boeing Undergraduate Research And Innovation Scholar

Biomimetic Robotics Lab
  • Advisor: Sangbae Kim
  • Designed an original hybrid-dynamics (walking and jumping) trajectory planner for the Mini Cheetah four-legged robot.
  • Implemented and extensively tested a perpception-mapping-estimation-planning-control robot locomotion pipeline.
  • Developed a data-driven approach to evaluating the reachability of a jumping controller.
Aug 2020 - May 2022

Undergraduate Researcher

Learning And Intelligent Systems Group
  • Advisor: Leslie Kaelbling
  • Rigorously formulated and solved estimation & learning problems in task and motion planning.
  • Formulated the problem of belief propagation and belief-space planning in uncertain multi-modal domains.
  • Developing a solution that propagates mixtures of truncated Gaussians using a combination of Kalman and particle filters.
Jun 2021 - Jan 2022

Undergraduate Researcher

Aerospace Controls Laboratory
  • Advisor: Jonathan How
  • Analyzed the performance of forefront robust, nonlinear Model Predictive Control (MPC) strategies on a physical system.
  • Contrasted Dynamic Tube MPC (DTMPC) to its predecessor: leveraging state-dependent uncertainty produces up to 80% increase in speed, 30% reduction in control effort.
  • Quantified improvements attained through run-time adaptation: 90% reduction in model parameter uncertainty leads to 34% better trajectory tracking, despite 35% reduction in control effort.
Sep 2019 - Feb 2021

Research Intern

Astro: Autonomous Sensing Tetherless Networked Drones
  • Built, flew, and repaired a fleet of 9 hexacopters carrying pollution-measuring equipment.
  • Collected datasets to explore the effects of temperature, humidity, and air turbulence on pollution sensor readings.
  • Derived a statistical sensor model from data, defined calibration and filtering procedures.
May 2019 - Aug 2019

Lab Assistant

Oedk - Rice University
  • Taught undergrad students to use equipment (e.g., electronics, 3D printing), provided insights on prototyping techniques.
  • Helped organize four 1.5-hour-long workshops for 10-20 undergraduates each. Prepared slides, interactive material, introductory labs.
  • Fixed equipment and performed maintenance on laser cutters, 3D printers, and electronics-lab components.
Sep 2018 - Aug 2019

Undergraduate Research Assistant

Realtime Neural Engineering Laboratory (Kemere Lab), Rice University
  • Designed and optimized head-mounted microscopes for in-vivo fluorescent imaging on mouse brains: reduced mouse-handling time from 15 days down to 1-2 days, decreased the skull implant size by 50%.
  • Analyzed the effects of photobleaching on fluorescence.
  • Actively assisted in the completion of 7 mouse surgeries.
Sep 2018 - May 2019
3 education records

Savva Morozov education

Doctor Of Philosophy - Phd, Robotics

Massachusetts Institute Of Technology

Bachelor Of Science, Engineering As Recommended By Mit Aeroastro

Massachusetts Institute Of Technology

Bachelor Of Science In Electrical Engineering

Rice University
FAQ

Frequently asked questions about Savva Morozov

Quick answers generated from the profile data available on this page.

What company does Savva Morozov work for?

Savva Morozov works for Robot Locomotion Group, CSAIL, MIT.

What is Savva Morozov's role at Robot Locomotion Group, CSAIL, MIT?

Savva Morozov is listed as PhD Student, Robot Locomotion Group @ CSAIL @ MIT at Robot Locomotion Group, CSAIL, MIT.

Where is Savva Morozov based?

Savva Morozov is based in Cambridge, Massachusetts, United States while working with Robot Locomotion Group, CSAIL, MIT.

What companies has Savva Morozov worked for?

Savva Morozov has worked for Robot Locomotion Group, Csail, Mit, Skydio, Biomimetic Robotics Lab, Learning And Intelligent Systems Group, and Aerospace Controls Laboratory.

How can I contact Savva Morozov?

You can use AeroLeads to view verified contact signals for Savva Morozov at Robot Locomotion Group, CSAIL, MIT, including work email, phone, and LinkedIn data when available.

What schools did Savva Morozov attend?

Savva Morozov holds Doctor Of Philosophy - Phd, Robotics from Massachusetts Institute Of Technology.

Find 750M verified contacts

Search by job title, company, industry, location, and seniority. Export verified B2B contact data when you need it.