PhD, Automation & Robotics Engineering
Polytechnic University of Madrid (UPM), Spain — Sobresaliente (Highest Honors)
Sadeq Isaac
I design the control systems that let aircraft fly themselves — from doctoral thesis to deployed military UAVs.
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From nonlinear control theory to firmware to flight test, I build the brains of unmanned aircraft — and then I put them in the air to prove they fly.
0Degrees in aerospace & control
0Flagship programs below
0yrsSince the first aerospace class
[ 02 — Flight Log ]
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Work
Flight-control and autonomy programs I've led or shipped. Full detail lives in the CV.
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01
2022 — Present
Indra Sistemas — eVTOL & Fixed-Wing Flight Control
Flight-dynamics and control lead for military VTOL and fixed-wing UAV programs — autopilot firmware, GCS architecture, and live flight-test validation.
02
2020 — 2022
Drone-Hopper — Wild Hopper Firefighting UAV
A heavy-duty autonomous UAV built for day-and-night wildfire response. Findings published in Heliyon and Unmanned Systems.
03
2022 — Present
Drone-Hopper — Modern GCS for Swarm Missions
Designed a fast multi-UAV path planning GCS software for optimal area coverage in aerial sensing. Developed a Qt-based UI and integrated ROS commands via SSH for efficient, simultaneous multi-UAV swarm coordination.
04
2023 — 2024
Ahyres — Inspection Mission Ground Control
A compact Qt-based ground-control app streamlining single-UAV inspection missions, online or offline.
05
2019 — 2024
Doctoral Research — CAR, UPM
Thrust-vectoring control for a multi-ducted-fan UAV — nonlinear control theory taken from simulation to real flight.
[ 03 — Staging ]
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the stack
MS, Aerospace Engineering
Amir Kabir University of Technology (Polytechnic)
BS, Aerospace Engineering
Khajeh Nasir University of Technology