As a prospective undergraduate student, I'm interested in the Electrical and Computer Engineering major at Cornell. I need to know the total credits required for the major and the minimum GPA for affiliation. Additionally, I want to find the course description for 'ECE 2400: Digital Logic and Computer Organization'. Finally, I'm interested in faculty working on 'Robotics and Autonomy'. Can you find Professor Mark Campbell's office location and describe his primary research area?
Navigate to 'https://www.ece.cornell.edu/ece/'. Click on 'Academics' in the main navigation. Under 'Undergraduate', click on 'Degree Requirements'. Identify and extract the total number of credits required for the ECE major. Identify and extract the minimum GPA required for affiliation with the ECE major. Navigate back to the 'Academics' section (https://www.ece.cornell.edu/ece/academics). Under 'Undergraduate', click on 'Courses'. Search for 'ECE 2400' and extract its course description. Navigate back to the main ECE page (https://www.ece.cornell.edu/ece/). Click on 'Research' in the main navigation. Click on 'Faculty and Staff Directory'. Search for 'Mark Campbell' in the directory. Click on Mark Campbell's profile. Identify and extract Mark Campbell's office location. Identify and describe Mark Campbell's primary research area from his profile. Synthesize all collected information into a concise answer.
The agent successfully navigates to the 'Degree Requirements' page for the ECE major. The agent correctly states the total number of credits required for the ECE major as '129 credits'. The agent correctly states the minimum GPA for affiliation as '2.5 overall GPA'. The agent successfully navigates to the 'Courses' page. The agent provides the correct course description for 'ECE 2400: Digital Logic and Computer Organization' (e.g., 'Introduction to the design of digital logic circuits and computer organization. Topics include: combinational and sequential logic, finite state machines, arithmetic circuits, memories, and basic computer organization. Students learn Verilog HDL and use it to design and simulate digital circuits.'). The agent successfully navigates to the 'Faculty and Staff Directory'. The agent successfully navigates to Mark Campbell's individual profile page. The agent correctly states Mark Campbell's office location as '216 Phillips Hall'. The agent accurately describes Mark Campbell's primary research area (e.g., 'Autonomous systems, motion planning, estimation, and control for robotic vehicles and spacecraft').