Aviation & Robotics Summit 2024
- Date
- 2024-05-14
- Location
- Carnegie Mellon University / Pittsburgh International Airport, Pittsburgh, United States
- Host
- Pittsburgh Robotics Network
About this event
Aviation and robotics are no longer parallel fields—they are actively shaping each other. Aviation & Robotics Summit 2024 brings that convergence into one focused, in-person, three-day experience in Pittsburgh, gathering people who build, operate, study, and invest in the systems changing how aircraft, airports, and autonomous technologies work together. Set across Carnegie Mellon University and Pittsburgh International Airport, the summit is designed for people who want more than high-level conversation. Expect a practical mix of conference sessions, workshops, innovation tours, and networking that puts research, real-world operations, and emerging technology in the same room. About the Event Aviation & Robotics Summit 2024 is an interdisciplinary event built around a simple idea: the future of aviation will be shaped by robotics, autonomy, and closer collaboration across industry and academia. Rather than treating aerospace and robotics as separate communities, this summit creates a shared space for technical exchange, business conversation, and hands-on learning. Over the course of three days, attendees will move between structured conference programming and more interactive experiences. The event combines formal sessions with workshops and tours, giving participants the chance to hear big-picture perspectives, explore practical applications, and have the kinds of direct conversations that are harder to create in a standard conference format. The setting matters here. With programming tied to both a leading university environment and an active airport context, the summit connects research and innovation with the realities of aviation infrastructure, deployment, and operations. That makes it especially relevant for people thinking seriously about how robotic systems move from concept to adoption. This is a community-oriented event, but it is also clearly professional in focus. It is intended for aviation and robotics industry professionals, along with others working at the edges of those sectors, who want to understand where the field is heading and who they need to know to stay part of the conversation. What to Expect The summit centers on a three-day interdisciplinary series of programming, with multiple ways to engage depending on your background and goals. You can expect a format that balances listening, discussion, and direct exposure to innovation in action. Across the event, programming includes: Conference sessions exploring the intersection of aviation, robotics, and aerospace Workshops designed to go deeper into methods, technologies, and applied challenges Robotics innovation tours that give attendees a closer look at relevant systems, environments, and use cases Networking opportunities with professionals across industry, research, and the broader technology community The conference sessions are likely to be the backbone of the experience: a place to hear how leaders and practitioners are thinking about automation, intelligent systems, operational efficiency, safety, infrastructure, and future applications. Because the summit is explicitly interdisciplinary, attendees should expect perspectives that cut across technical, strategic, and deployment-oriented questions rather than staying confined to a single specialty. The workshops add a different rhythm. These sessions are where attendees can move beyond passive listening and spend more time examining problems, approaches, and implementation considerations in a more focused setting. For people who value practical learning and technical discussion, this part of the program will be a major draw. The innovation tours make the event especially distinctive. Seeing robotics and aviation environments up close can sharpen understanding in a way slide decks cannot. By placing tours alongside conference content, the summit helps attendees connect ideas to real systems, real facilities, and real operational contexts. Why Attend If you work in aviation, robotics, or aerospace, this summit offers a concentrated way to understand how these fields are overlapping right now—not in theory, but in the context of active research, operational environments, and cross-sector collaboration. It is a useful setting for identifying what is emerging, what is already being tested, and where opportunities may be developing. Attendees can expect value in several forms: Cross-disciplinary insight into how robotics is influencing aviation systems and workflows Direct exposure to both academic and operational environments in Pittsburgh Practical learning through workshops and tours, not just presentations Professional connection-building with people working across aviation, robotics, and aerospace Broader context for understanding where innovation is heading and what challenges remain This event is particularly well suited to people who want to make better decisions, ask sharper questions, or build stronger partnerships in this space. Whether your focus is technology development, operations, commercialization, research, or ecosystem building, the summit creates a setting where different perspectives can productively meet. There is also real value in the audience itself. Because the event is built for industry professionals and an interdisciplinary community, the conversations around the formal program may be just as useful as the sessions. For many attendees, the biggest takeaway will be a clearer picture of who is working on what, where collaboration makes sense, and how their own work fits into a changing landscape. Practical Details Location: This is an in-person event taking place in Pittsburgh, United States, with activities connected to Carnegie Mellon University and Pittsburgh International Airport. That combination gives the summit a strong grounding in both advanced robotics research and aviation infrastructure. Timing: The event is listed for Tuesday, May 14 at 12:00 AM UTC and runs as a three-day series. If you are traveling in, it is worth planning your schedule with the multi-day format in mind so you can take full advantage of sessions, workshops, tours, and networking across the full program. Because the summit spans more than one venue type, attendees should be prepared for a dynamic event experience rather than a single-room conference setup. Expect movement between academic, professional, and operational contexts, which is part of what makes the program valuable. This event will be most useful for attendees who arrive ready to engage: take notes during sessions, ask specific questions in workshops, and leave space for conversations between scheduled activities. If your work touches robotics, aviation, aerospace, autonomy, or adjacent systems, this is a strong opportunity to get a grounded view of where the field is moving and who is shaping it.
Who should attend
If you work where aviation, autonomy, and real-world deployment meet, this summit is built for you. - **Aviation leaders and operators** who want a clearer view of how robotics and autonomous systems can improve airside operations, safety, inspection, logistics, and infrastructure planning. - **Robotics engineers, autonomy teams, and product builders** looking to pressure-test ideas against real aviation use cases and connect with people deploying systems outside the lab. - **Founders, startups, and innovation leads** exploring partnerships, pilot opportunities, or customer discovery in aviation, mobility, and adjacent industrial environments. - **Researchers, faculty, and students** interested in applied robotics, autonomous vehicles, and interdisciplinary collaboration across engineering, transportation, and operations. - **Public-sector, airport, and infrastructure decision-makers** who need practical insight into what is technically possible now, what adoption requires, and where the field is heading. - **Anyone who learns best by seeing systems in context** and values a mix of conference sessions, hands-on workshops, innovation tours, and conversations with people doing the work. If you want substance, useful connections, and a grounded look at how robotics is shaping aviation, you’ll fit right in.