System Engineering Pins and Buttons
Description: This cute german engineering: home security system, motion sensor, etc. design is perfect for any german shepherd owners who know how awesome their dog is at guarding the house! Grab this awesome german shepherd themed design for any german shepherd parents or breeders who love this amazing breed and their inner security system drive!
Description: A stark black background features the bold red text "MECHANİKAL ENGINEERING" on the upper left, separated by thin white vertical lines. To the right, a cluster of three white gears of varying sizes are depicted in white outlines with solid black centers. The composition is minimalist and industrial.
Description: An octagonal emblem with a yellow border containing a black background. White text reads "CORELLIAN ENGINEERING CORPORATION" along the upper and lower curves of a circular inner border. Inside the circle is a stylized representation of an orbital system with a large central sphere and smaller spheres orbiting it on elliptical paths. The visual elements have a speckled texture.
Description: A split visual representation of a human brain. The left hemisphere is depicted as a blue circuit board with microchips and connecting lines. The right hemisphere is a realistic brown depiction of a brain's convolutions. Text above reads 'ENGINEERING Solving Problems' and below reads 'You don't know you had in ways you can't UNDERSTAND'.
Description: Hilarious shirt for clever IT professionals - especially, network engineers, software developers, coders, programmers, and system administrators. Next time someone tells you that that their critical services are in the cloud, point to this shirt. Inside joke for sarcastic sys admins: there is no cloud... it's just someone else's computer hardware. When your friends tell you that their pictures are stored in the cloud, point to this shirt and remind them that it's all on someone else's hard drive.
Description: A black background displays a white control system block diagram. It includes labels 'r', 'e', 'C', 'u', 'P', 'y', and 'F'. Below the diagram is a mathematical formula for H(s) with 's' as the variable, showing the transfer function of the system.
Control System Diagram with Formula H(s) = P(s)C(s) / (1 + P(s)C(s)F(s)) Pin
by funnymushroomz
$3.25
Description: A black background features the bold white text "MECHANICAL ENGINEERING G" followed by "ENIUS" in a larger font. Between the two lines of text is a cluster of interlocking white gears of various sizes, symbolizing mechanical processes. The overall style is stark and impactful.
Description: A schematic diagram illustrating a control system with various components labeled 'P', 'C', 'F', 'y', 'r', 'u', and 'e'. Arrows indicate signal flow. Below the diagram is a mathematical equation for H(s) involving functions P(s), C(s), and F(s). The overall aesthetic is minimalist with white line work on a black background.
Description: A scientific diagram showing a closed-loop control system with blocks labeled C, P, and F. Arrows indicate signal flow from inputs r and y to outputs e, u, and y. Below the diagram are two identical equations for the transfer function H(s) = y(s)/r(s) = C(s)P(s) / (1 + C(s)P(s)F(s)).
Description: A hand-drawn diagram in chalk-style shows a pulley system. Two large wheels, labeled A and C, are connected by bands. Annotations include R1 and R2, indicating sizes or radii, and 'd' representing distance. Points labeled B, D, and E are also present, with arrows indicating direction of rotation or force.
Description: A schematic diagram illustrating a pulley system, rendered with a chalk-like effect on a black background. The diagram features two circular pulleys labeled with points A and C. Lines represent the ropes and distances, labeled R1, R2, and d. Points D indicate the edge of the pulleys, and point E represents a weight suspended by a rope. The style resembles a physics or engineering textbook illustration.
Description: A monochromatic portrayal of an extensive industrial conveyor belt system against a stark black background. A lone, silhouetted figure wearing a hat sits near a large rock in the foreground, observing the machinery. The composition emphasizes the scale and structure of the industrial setting.
