Results

CUR-035

Source notes: A hands-on introduction to designing and manufacturing robotic systems. Students will learn practical skills including the basics of soldering, computer-aided modeling, and 3D printing. The course includes weekly lab assignments, a comprehensive capstone project, and theoretical understanding through interactive lectures.

Matched: 3d

Score notes: query keyword '3d' in body (+3)

CUR-036

Source notes: First course in a two-course sequence. An immersive quarter focused on a comprehensive introduction to basic fabrication and microcontroller systems. The course will cover the basics of microcontroller board design (schematics, layouts, and PCB creation with KiCAD), firmware (how to program boards, simple and advanced toolchains with Arduino and Eclipse), and input and output devices (sensors and motors/actuators). It will also cover basic fabrication to interface and build complete systems with these microcontrollers, focused on Fusion360 and practical skills in computer controlled cutting (vinyl and laser cutters) and 3D printing. ( CSC 242 OR CSC 243) AND MAT 130 AND Instructor Permission

Matched: 3d

Score notes: query keyword '3d' in body (+3)

CUR-100

Source notes: This course provides a comprehensive introduction to parametric solid CAD software and digital rendering methods for industrial design. Students will practice the basics of 2D sketching and translating it into 3D parametric modeling, focusing on the creation of complex parts, assemblies, and technical drawings. Taking finished models into real-time ray-tracing software, students will create photorealistic renderings and animations by learning about the different materials, textures and lighting environments and how to apply them to their designs to have portfolio quality images to showcase. ID 260 is a prerequisite for this class.

Matched: 3d

Score notes: query keyword '3d' in body (+3)

PUB-046

Source notes: Proceedings of the ACM on Interactive, Mobile, Wearable and Ubiquitous Technologies · 2021 — We present Captivates, an open-source smartglasses system designed for long-term, in-the-wild psychophysiological monitoring at scale. Captivates integrate many underutilized physiological sensors in a streamlined package, including temple and nose temperature measurement, blink detection, head motion tracking, activity classification, 3D localization, and head pose estimation. Captivates were designed with an emphasis on: (1) manufacturing and scalability, so we can easily support large scale user studies for ourselves and offer the platform as a generalized tool for ambulatory psychophysiology research; (2) robustness and battery life, so long-term studies result in trustworthy data individual's entire day in natural environments without supervision or recharge; and (3) aesthetics and comfort, so people can wear them in their normal daily contexts without self-consciousness or changes in behavior. Captivates are intended to enable large scale data collection without altering user behavior. We validate that our sensors capture useful data robustly for a small set of beta testers. We also show that our additional effort on aesthetics was imperative to meet our goals; namely, earlier versions of our prototype make people uncomfortable to interact naturally in public, and our additional design and miniaturization effort has made a significant impact in preserving natural behavior. There is tremendous promise in translating psychophysiological laboratory techniques into real-world insight. Captivates serve as an open-source bridge to this end. Paired with an accurate underlying model, Captivates will be able to quantify the long-term psychological impact of our design decisions and provide real-time feedback for technologists interested in actuating a cognitively adaptive, user-aligned future.

Matched: 3d

Score notes: query keyword '3d' in body (+3)