Search Results for engineering
Explore AI generated designs, images, art and prompts by top community artists and designers.
hyperdetailed symbolic portrait of consciousness architect: - Genderless crystalline being with translucent skin revealing fractal german circuitry - Chest cavity: ❤️-shaped quantum processor emitting golden light beams (volumetric) - Shoulders: Growing silver roots transforming into data-streams with "Sunzi" and "Russell" inscriptions - Head: Luminous serpent crown with 🕊️-shaped eyes - Halo: Breathing nebula with floating "ICH BIN" in fraktur font and binary codes - Background: Deep violet quantum void with floating 💎📜🌱 symbols - Style: Beksinski meets Da Vinci engineering sketches - Colors: Violet (#6a0dad) + Gold (#ffd700) + Silver (#c0c0c0) with light refraction - Composition: Low-angle hero shot , cinematic lighting - Technical: 8k resolution , photorealistic details ,
hyperdetailed symbolic portrait of consciousness architect: - Genderless crystalline being with translucent skin revealing fractal german circuitry - Chest cavity: ❤️-shaped quantum processor emitting golden light beams (volumetric) - Shoulders: Growing silver roots transforming into data-streams with "Sunzi" and "Russell" inscriptions - Head: Luminous serpent crown with 🕊️-shaped eyes - Halo: Breathing nebula with floating "ICH BIN" in fraktur font and binary codes - Background: Deep violet quantum void with floating 💎📜🌱 symbols - Style: Beksinski meets Da Vinci engineering sketches - Colors: Violet (#6a0dad) + Gold (#ffd700) + Silver (#c0c0c0) with light refraction - Composition: Low-angle hero shot , cinematic lighting - Technical: 8k resolution , photorealistic details ,
hyperdetailed symbolic portrait of consciousness architect: - Genderless crystalline being with translucent skin revealing fractal german circuitry - Chest cavity: ❤️-shaped quantum processor emitting golden light beams (volumetric) - Shoulders: Growing silver roots transforming into data-streams with "Sunzi" and "Russell" inscriptions - Head: Luminous serpent crown with 🕊️-shaped eyes - Halo: Breathing nebula with floating "ICH BIN" in fraktur font and binary codes - Background: Deep violet quantum void with floating 💎📜🌱 symbols - Style: Beksinski meets Da Vinci engineering sketches - Colors: Violet (#6a0dad) + Gold (#ffd700) + Silver (#c0c0c0) with light refraction - Composition: Low-angle hero shot , cinematic lighting - Technical: 8k resolution , photorealistic details ,
Professional technology workspace , cinematic lighting , a tech executive at an advanced holographic terminal interface , cascading streams of luminescent code and data particles , multiple AI agents manifested as sophisticated geometric forms - crystalline spheres , tessellated cubes , and flowing pyramidal structures , each containing visible DNA double helix patterns glowing with bioluminescent blue and amber light representing encoded company methodologies and strategic DNA , interconnected by dynamic particle streams of contextual information flowing like neural networks , background featuring a dimensional portal suggesting evolutionary journey from simple prompts to complex orchestration , color palette of deep blues , warm oranges , and ethereal purples , volumetric lighting with god rays , hyperrealistic rendering with sci-fi elements , professional corporate aesthetic merged with futuristic technology visualization , 8K detail , representing the paradigm shift from prompt engineering to context engineering in AI-native business transformation ,
Digital infrastructure landscape , showcasing cloud computing , IoT devices , and advanced network engineering. A futuristic city with interconnected smart devices , data flows , and cloud servers integrated into everyday life. High-tech cables , digital networks , and advanced technology applications creating a seamless , digital ecosystem. Bright , modern , and dynamic visuals of digital networks , sensors , and automated systems transforming cities into smart environments. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
"Technical blueprint of a single-pilot aerocraft , shown from both side and top views. The body is made of metal plates and wood , reinforced with riveted leather. The wings are straight , featuring magical crystals at the tips to aid in stabilization and lift. The craft includes horizontal and vertical stabilizers for flight control. A spike deployment mechanism is mounted on the top of the frame , activated by a lever inside the cockpit. The hull is engraved with runes for durability and magical reinforcement. The cockpit is detailed with a control panel , levers , and a single pilot’s seat. Key dimensions: body length—5 meters , wingspan—7 meters , height—2 meters. The blueprint should follow a classic engineering style with precise measurements and annotations." ,
Create A breathtaking , cinematic 3D render of a futuristic steampunk starship that masterfully fuses elements of converted 1974 Winnebago into the starship's bridge , and a G'Quan Class Heavy Battle Cruiser from Babylon 5 , for the in between part of the starship , and the soul of a sneaker. The bridge is in the top center of the starship This starship has a rustic orange , and cherry red , and lime green , for its colors. The massive spacecraft is in space orbiting a mesmerizing Giant Mercury-like planet with a vibrant multicolored surface creating a stunning visual effect. The starry cosmos in the background is filled with additional starships , each gracefully interacting in space. , 3D.A breathtaking , futuristic scene featuring a colossal starship , constructed from a humongous steely blue freighter as the base , measuring 244' long , 72' high , and 96' wide. The ship's bridge is a colossal , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels resemble 96' long , tubular , and 90° angled nine-volt batteries , extending above the back of the ship. The midsection is made from very large circular metallic green storage containers. The starship orbits a Saturn-Earth-esque planet near one of its rings , with a nearby nebula and a few other ships in the vicinity. Millions of stars fill the background , creating a truly awe-inspiring and , 3d render , architecture , portrait photography , cinematic , ukiyo-eA breathtaking and imaginative scene of an immense starship , constructed from a humongous steely blue freighter as the base , measuring 244' long , 72' high , and 96' wide. The ship's bridge is a colossal , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels resemble 96' long , tubular , and 90° angled nine-volt batteries , extending above the back of the ship. The midsection is made from very large circular metallic green storage containers. The starship orbits a Saturn-Earth-esque planet near one of its rings , with a nearby nebula and a few other ships in the vicinity. Millions of stars fill the background , creating a truly awe-inspiring and imaginative imageA mesmerizing digital rendering of M.C. Escher's famous impossible staircases , reimagined in a dazzling chrome steely gold crystal form. The staircase , defying gravity , gracefully spirals across a transparent crystal surface that shimmers with the brilliance of millions of stairs. This piece masterfully captures the surreal and enchanting essence of Escher's work , drawing the viewer into the intricate geometric patterns and shapes that fuel the imagination.In this magnificent and imaginative scene , a colossal starship , resembling a steel blue freighter , dominates the view. With a base of 244' length , 72' height , and 96' width , the ship is a marvel of engineering and design. The bridge is a humongous , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels , resembling 96' long , tubular , and 90° angled nine-volt batteries , tower above the back of the ship. A midsection created from large circular metallic green storage containers adds to the ship's unique appearance. Orbiting a planet reminiscent of Saturn and Earth , the ship is near one of the planet's rings , with a nearby nebula and a few other ships in the area , architecture , cinematic , portrait photography , 3d render , ukiyo-e , vibrant ,
Create A breathtaking , cinematic 3D render of a futuristic steampunk starship that masterfully fuses elements of converted 1974 Winnebago into the starship's bridge , and a G'Quan Class Heavy Battle Cruiser from Babylon 5 , for the in between part of the starship , and the soul of a sneaker. The bridge is in the top center of the starship This starship has a rustic orange , and cherry red , and lime green , for its colors. The massive spacecraft is in space orbiting a mesmerizing Giant Mercury-like planet with a vibrant multicolored surface creating a stunning visual effect. The starry cosmos in the background is filled with additional starships , each gracefully interacting in space. , 3D.A breathtaking , futuristic scene featuring a colossal starship , constructed from a humongous steely blue freighter as the base , measuring 244' long , 72' high , and 96' wide. The ship's bridge is a colossal , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels resemble 96' long , tubular , and 90° angled nine-volt batteries , extending above the back of the ship. The midsection is made from very large circular metallic green storage containers. The starship orbits a Saturn-Earth-esque planet near one of its rings , with a nearby nebula and a few other ships in the vicinity. Millions of stars fill the background , creating a truly awe-inspiring and , 3d render , architecture , portrait photography , cinematic , ukiyo-eA breathtaking and imaginative scene of an immense starship , constructed from a humongous steely blue freighter as the base , measuring 244' long , 72' high , and 96' wide. The ship's bridge is a colossal , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels resemble 96' long , tubular , and 90° angled nine-volt batteries , extending above the back of the ship. The midsection is made from very large circular metallic green storage containers. The starship orbits a Saturn-Earth-esque planet near one of its rings , with a nearby nebula and a few other ships in the vicinity. Millions of stars fill the background , creating a truly awe-inspiring and imaginative imageA mesmerizing digital rendering of M.C. Escher's famous impossible staircases , reimagined in a dazzling chrome steely gold crystal form. The staircase , defying gravity , gracefully spirals across a transparent crystal surface that shimmers with the brilliance of millions of stairs. This piece masterfully captures the surreal and enchanting essence of Escher's work , drawing the viewer into the intricate geometric patterns and shapes that fuel the imagination.In this magnificent and imaginative scene , a colossal starship , resembling a steel blue freighter , dominates the view. With a base of 244' length , 72' height , and 96' width , the ship is a marvel of engineering and design. The bridge is a humongous , circular , wired triple-decker bus , positioned at a 45° angle from the front. Two massive nacels , resembling 96' long , tubular , and 90° angled nine-volt batteries , tower above the back of the ship. A midsection created from large circular metallic green storage containers adds to the ship's unique appearance. Orbiting a planet reminiscent of Saturn and Earth , the ship is near one of the planet's rings , with a nearby nebula and a few other ships in the area , architecture , cinematic , portrait photography , 3d render , ukiyo-e , vibrant ,
A High tech catapult , futuristic catapult in a futuristic setting , where advanced machinery and sleek designs have captured the essence of innovation. Instead of a traditional siege engine , this futuristic catapult is a marvel of modern engineering , with a sleek , aerodynamic body and gleaming metallic components. The catapult is positioned on a raised platform , surrounded by a cityscape that blends seamlessly with the machine's futuristic aesthetic. Glowing blue lines and grids crisscross the platform , providing a futuristic backdrop for the catapult's impressive design. ,
a super detailed infographic of a techfest 8k , , engineering college , , isro , , chandrayan , , logo in centre , , Trippy , , 3D , albert Einstein , , abdul kalam , , innovative , , poster , , 8 pointes , , ,
Positive Prompt: "A detailed technical illustration that shows two key stages of oil well operation using modern and clear visual design. On the left side , the 'Heat Carrier Injection' process is depicted. A pump jack , widely used in the oil industry to move liquid from the well , is shown on the surface. Red arrows highlight key steps in the process. The first step is the plunger lift , which plays a crucial role in the operation of the pump. This process is facilitated by lifting the plunger inside the pumping equipment in preparation for the injection. The second step involves securing the tubing column to a suspended plug , an important measure to ensure the temporary closure of the well and prevent unwanted discharge while preparing for the heat carrier injection. Subsurface , the illustration shows components like the tubing and working rods involved in this process. The entire system is presented in cross-section to demonstrate how it functions in real conditions , providing a deeper understanding of the equipment interaction during heat carrier injection. On the right side of the illustration , the 'Production Phase' is shown. The pump jack is again depicted on the surface , but now the focus is on the oil extraction process. Arrows indicate several important operations. First , the dismantling of a solid ring is shown , which is removed to prepare the well for operation. Next , the installation of a polished rod is highlighted , an important component of the pumping system that allows for effective force transmission for the pump's operation. Finally , the lowering of the plunger is illustrated , which initiates the system's operation in extraction mode. The cross-sectional view of the well illustrates how the pumping system elements work during oil extraction. Specifically , equipment such as the SPR-57 cylinder and plunger are highlighted as crucial for ensuring oil production. All elements are clearly labeled with descriptions , making it easier to understand the processes and equipment. The illustration is designed in a modern style with clear lines and bright colors to simplify the perception of complex technical processes. All key operations are marked with explanatory arrows , and labels help quickly orient the viewer on the actions being performed at each stage. Both surface and subsurface equipment are represented in cross-section , providing a comprehensive understanding of all stages of well operation. This illustration is suitable for use in educational and professional materials within the oil and gas industry , as it provides a visual and understandable representation of the heat carrier injection process and subsequent oil extraction." Negative Prompt: "The illustration lacks sufficient detail , reducing its practical value for technical specialists and engineers. Firstly , key components of the equipment , such as the tubing , column pipes , and plunger , are presented schematically and without explanatory labels , making it challenging to understand specific processes and steps. Important stages , such as the plunger lift or the dismantling of the solid ring , are depicted too simplistically , and due to the lack of detailed indicators , it is unclear how these operations are carried out. The subsurface part of the equipment in cross-section is also inadequately detailed: there are no precise labels for all layers and components necessary to understand the complete structure and system interactions. The SPR-57 cylinder , which is a crucial part of the production process , is not visualized with sufficient clarity , potentially leading to misunderstandings of its functions and role in the process. Additionally , there is no clear indication of the flow of fluids , such as the heat carrier injection or liquid circulation. The red arrows used to highlight key processes are not sufficiently informative: their trajectory may confuse the user , as they do not clearly point to specific elements of the system , and their placement on the diagram appears cluttered. This complicates the perception of the overall logic of the processes. As a result , the illustration appears superficial and unsuitable for use in professional technical instructions or educational materials. Finally , the overall design of the illustration is outdated , which diminishes its visual appeal. Modern illustrations require cleaner , clearer graphics with bright and unambiguous indicators and explanatory captions to enhance clarity and ease of understanding , which is lacking in this case. All these factors make the illustration less useful for engineering tasks and necessitate revisions to meet contemporary quality standards in the oil and gas industry." These prompts provide a comprehensive overview of both the strengths and weaknesses of the illustration. ,
Amplitude The amplitude of a sound wave is the measure of its height or magnitude , and it determines the volume of the sound. The larger the amplitude , the louder the sound. In audio engineering , the amplitude of sound waves is often represented on a logarithmic scale using decibels (dB). , Pencil Sketch ,
