6 Lessons From ICRA 2022

IEEE ICRA main hall

Hosted in Philadelphia this year, ICRA 2022 welcomed a large crowd- of both humans and robots- and offered an amazing peek into what some of the top robotics companies and researchers are working on. 

Whether you couldn’t make it in person or were too busy trying out the robots (we don’t blame you), here’s a recap of the top 6 lessons our team learned from ICRA 2022’s speakers and forums. 


1. Roboticists have the responsibility to consider the ethics of their work 

Ayanna Howard, a roboticist, entrepreneur, and Dean of The Ohio State University College of Engineering started ICRA 2022 off to a strong start by discussing the importance of ethics surrounding robot gender and the manipulation of humans interacting with robots. She reviewed her extensive research that focused on collaborative robots and their impact on the behavior of children with special needs. This led her team to the conclusion that robots can enhance and influence developmental behavior, but also opens a wider conversation: are there times when it is unethical for robots to manipulate human behavior?

With the adoption of AI and robots increasing, there will be implications for healthcare, biases, and data privacy. Whether it’s programming a robot to lie to a patient about bad news for the benefit of their comfort, or even choosing to gender a robot (which can influence a human’s trust in the machine), roboticists must constantly consider the impact robotic features and actions will have on the humans who use them. 

Session Title: Robots, Ethics, and Society: Mitigating the Bias in Emerging Technologies

Speaker: Ayanna Howard 


2. The barriers to working with robots are coming down  

Some of the top robotics executives came together for a forum on Tuesday to discuss the state of the industry: Greg Smith of Teradyne, Dev Singh of Qualcomm, Claude Dinsmoor of FANUC, Danielle Dean of iRobot, Rich Mahoney of Intuitive Surgical, Anthony Jules of Robust.AI, and Marc Raibert of Boston Dynamics. 

The message was clear that the robotics world is evolving to become more sophisticated, with education in the field of robotics becoming stronger as well, but there are still many questions of its current success and future. When it comes to how to measure the impact of robotics, Anthony Jules believes it starts with people’s lives changing, and looking at where/how robots are truly interacting with humans can help us begin to fully understand it. This shifted the conversation to the topic of the trajectory of current robotics education and how working with robots has become less of an obstacle. 

Currently, the world needs more people to work than are available, and automation can help to fix this- but we need to build a strong pipeline to feed the need for humans to work alongside these machines. The panel agreed that what used to be a difficult industry that is heavy in tech is now gaining cultural literacy- years ago, one needed to be an engineer to work with robots, yet now that barrier has been removed as robotics is becoming more accessible. The responsibility is on us to put more of an emphasis on robotics education to shape that future. 

Session Title: Industry Forum 

Speaker: Greg Smith, Dev Singh, Claude Dinsmoor, Danielle Dean, Rich Mahoney, Anthony Jules, Marc Raibert


3. We decide the outcomes of the next robotics era

Julie Shah kicked off Wednesday by discussing a strong theme of ICRA 2022: the future of work. She addressed the common fear that many people share recently of robots taking jobs from humans.  Although the threat may seem imminent, research suggests the issue is not robots taking jobs; it’s that they are not doing the jobs we need them to do due to a history of difficult relationships between humans and robots. 

Julie went on to describe the 3 eras of robotics: 

  1. “Don’t go there”: Robots are considered unsafe, and locked away from humans. 
  2. “Get out of the way”: Humans and robots exist together, but with friction and uncertainty.
  3. “The alternative”: We choose this third era of robotics and humans will be shaped. 

Julie spent most of her career in era 2, which allowed her to identify the most important focuses that need to be considered as we shape the third era- skills and training, flexiblity, and economic opportunity. 

With these areas of focus prioritized for both humans and robots, technological change will replace existing work yet also create new jobs on top of them. 

Session Title: Human-Machine Partnerships and Work of the Future

Speaker: Julie Shah


4. Autonomous robots are lowering the risk of Mars exploration

Vandi Verma, space roboticist and engineer at NASA’s Jet Propulsion Laboratory, gave a crowded room a sneak-peek into robotic activity on Mars and what’s to come for future missions. 

Launching robots on the surface of Mars comes with high risk- but with the autonomous Perseverance robot, that risk is mitigated due to its ability to divert hazards all by itself. During its 7-minute parachute descent to the surface of Mars, autonomous robots offer the ability to take images of the surface and compare it to a map to ensure a smooth landing. 

Conditions change rapidly on Mars, therefore it’s vital that autonomous capabilities are re-configurable, otherwise the robot cannot achieve much during its time on the surface. Vandi also expressed other challenges such as temperature changes that cause the robot to wait until later in the day to operate when it’s warmer to save power, and latency communication. 

Looking ahead, she outlined the plan for future missions including MAS sample return, Moon To Mars: building commercial payload services, and exploring Saturn’s moon Titan, among others. 

Session Title: NASA Robots on Mars and the Future Missions They Inspire

Speaker: Vandi Verma


5. The workforce needs more support to prepare for automation- but it’s not as threatening as thought

Echoing Julie Shah’s presentation on human-robot relationships, the ICRA 2022 Future of Work Forum discussed the impact robotics will have on the workforce, with a panel of experts consisting of Jeff Burnstein of A3, Moshi Vardi of Stanford University, Michael Lotitto, Francesco Ferro of Pal Robotics, Cecilia Laschi of National University of Singapore, and Ioana Marinescu of University of Pennsylvania. Although each expert had their own opinion on the future, the message was clear: robotics is not threatening jobs at large, but the workforce is in dire need of help to prepare for increasing automation, and programs to help those displaced learn new skills. 

Much of the commentary focused on how engineers and roboticists need to understand the needs of the workforce to ensure collaboration between humans and the robots they’re building. Although one expert, Michael Lititto, was concerned about the workforce facing a crisis as a result of automation, the vast majority of the panel agreed that robotics is not advancing mass job loss among the workforce. Instead, we must work to develop a sustainable solution to create better infrastructure and improve work environments rather than quick solutions that will die out, as Francesco Ferro explained. 

Keeping with the similar theme of many other ICRA 2022 speakers, Ioana Marinescu stated, “the future is what we make it”.

Session Title: Future of Work Forum

Speaker: Jeff Burnstein, Moshi Vardi, Michael Lotitto, Francesco Ferro, Cecilia Laschi, Ioana Marinescu 


6. Robots are helping farms overcome multitudes of issues

Farms are facing tough times: labor shortages, chemical resistance, pests, climate change, and more. And it doesn’t stop just on the farms: consumers are increasingly particular about their produce, meaning farmers feel even more pressure regarding handling every process with care. However, Salah Sukkarieh, Professor of Robotics and Intelligent Systems Australian Centre for Field Robotics, has hope that robots can alleviate these issues. 

Although his team has already covered a lot of ground in terms of testing various types of robots on farms, he began by explaining how his team started with UAVs on farms to help with mapping, path planning, and pest detection, among other tasks. They’ve also applied robots to the tree crop industry with automating data analytics, and then moved to focus on tackling one of the most costly tasks in the agricultural industry: harvesting. By using soft grippers on robotic arms, they could pick fruit while minimizing damage to the fruit. Other applications of robots within farms addressed major issues such as precisely spraying pesticides to avoid unnecessary greenery being sprayed, autonomous weeding and crop monitoring, and perhaps the most surprising application, monitoring herd patterns of cows. 

Session Title: Next Gen Farm Robots 

Speaker: Salah Sukkarieh 

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