“Group Member: Ubaid Ullah Afzal F2022134022 Muhammad Daniyal Ilyas F2022134004 Department of Mechanical Engineering”是使用 FontVibe AI 创作的激光切割文字效果。粗壮无衬线大写字母从暖色桦木上激光切出，切口边缘焦黑、木纹清晰，凸立在深色胡桃木板上，琥珀色侧光。

Create a finished horizontal architectural-studio fascia sign, 3:2 ratio, photographed straight-on with a slight low-left raking perspective. The hero object is one physical rectangular sign panel filling 82% of the width, mounted flush on a near-black vertical walnut timber facade. The panel is 6 mm blackened brushed steel, laser-cut with exact mechanical precision: bright machined cut faces, visible thin slab depth on the right-facing kerf walls, zero roughness, no graphic outline, no gradient fill, no fake glow, no extruded lettering. Set the exact text as real fabricated cutouts, centered in four lines: “Group Member:” “Ubaid Ullah Afzal F2022134022” “Muhammad Daniyal Ilyas F2022134004” “Department of Mechanical Engineering” “Group Member:” is the dominant upper line, with the two member-name lines slightly smaller and tightly spaced beneath; “Department of Mechanical Engineering” is the smallest bottom line. Use compact industrial sans-serif cut lettering, accurately aligned and deeply legible, scaled to fit within generous panel margins. Where letters have enclosed counters, hold them with narrow steel bridge tabs; each tab is clearly intentional and its adjacent opening shows the walnut backing behind it. The letters are not ink or paint: every character is cut through the steel, exposing dark wood and real air-gap recesses. Use a low-left warm amber sidelight at a shallow 15-degree angle. It catches the steel’s brushed directional surface and makes razor-thin dark kerf seams and physical edge depth visible; warm brown shadows fall naturally into the cutouts and along the panel’s lower-right edge. Walnut grain remains crisp around the sign, fading to near-black toward the frame edges. Minimal composition, no people, no tools, no decorative icons, no additional copy. High-resolution architectural material photography, accurate laser-fabrication detail, controlled contrast.