The Aerial Robotics Division develops autonomous multirotor aerial vehicles for a wide range of applications, including agricultural monitoring, urban infrastructure inspection, and wildlife surveillance. A strong emphasis on machine/computer vision, control algorithms, and systems engineering define Aerial Robotics' approach to multirotor innovation.


subsystems OVERVIEW

Primary Subsystems:

  • Airframe (design/construct airframes, mount avionics or camera payloads, airframe maintenance, flight-worthiness, antenna tracking, robotic arm tools)
  • Avionics (camera system selection, camera gimbal design, image processing algorithms/computer vision)
  • Flight Operations (design communications link, develop safety procedures and checklists, ground control station/software, flight/ground testing)
Figure 1: concept of operations for 2016-17 multirotor

Figure 1: concept of operations for 2016-17 multirotor



AERIAL VEHICLES

UT_Skyhawk_USC.jpg

UT Skyhawk (2016-2017)
USC 2017 @ Alma, QC

5 kg take-off mass
O.S. Motors OMA-3825-750 with 13x4.5 APC props
Autopilot board by Pixhawk
Nvidia Jetson TX1 on-board computer

Vision payloads:
- Leopard Imaging IMX274 4K Camera
- Garmin Virb 30 Action Camera

Communications:
- 2.4 GHz flight controls
- 900 MHz telemetry
- 5.8 GHz FPV link

Additional feature(s):
- Aerodynamic-shaped fuselage for drag reduction
- Egg-retrieval mechanism

UT_Whirlybird_USC.JPG

UT Whirlybird (2015-2016)
USC 2016 @ Southport, MB

3 kg take-off mass
O.S. Motors OMA-3805-1200 with 11x5.5 APC props
Autopilot board by EMLID Navio+ with Raspberry Pi 2

Vision payloads:
- Teledyne Dalsa Genie Nano C1920 with 8mm lens
- GoPro / Yi Action Camera
- Raspi IR Camera

Communications:
- 2.4 GHz flight controls
- 900 MHz telemetry

Additional feature(s):
- Probe deployment servo mechanism


ACHIEVEMENTS AND AWARDS

UTAT_AeRo_USC2017_teampic.JPG

Unmanned Systems Canada (USC) 2017 SUAS Competition

1st in Phase I Design Report
4th in Phase II Flight Operations
Judges Award (for Professionalism and Reliability of Flight Operations)

UTAT_AeRo_USC2016_teampic.JPG

Unmanned Systems Canada (USC) 2016 SUAS Competition

2nd in Phase I Design Report
10th in Phase II Flight Operations


EXECUTIVE TEAM 2017-2018

Timothy Lock Aerial Robotics Lead

Timothy Lock
Aerial Robotics Lead

Justin Hai Flight Ops Co-lead

Justin Hai
Flight Ops Co-lead

YihTang Yeo Advisor

YihTang Yeo
Advisor

Sophie Flight Ops Co-lead

Sophie
Flight Ops Co-lead

Tommy Xiang Vision Lead

Tommy Xiang
Vision Lead

Abdul Derh Airframe Lead

Abdul Derh
Airframe Lead

Florence Chan Chief Engineer

Florence Chan
Chief Engineer

 

CURRENT MEMBERS 2017-2018

Hassan Asif - Airframe Member
Chenxuan (Bob) Cui - Airframe Member
Qian (Philip) Chen - Airframe Member
Robina Chakrabarti - Airframe Member
Tina He - Airframe Member
Ze Ming (Tommy) Xiang - Vision Member
Justin Hai - Vision Member
Bruno Almeida - Vision Member
Lukas Zhornyak - Vision Member
Yining (Sophie) Zou - Flight Ops Member


This page last updated 2017-09-28