OpenArt Logo
Sign in
Elizaveta Ragozina

Elizaveta Ragozina

Subject description:

Theory U
Made by: Sketch to image
Subject Description: Theory U
Style: Default
Color Theme: White
Width: 704
Height: 512
Seed: 1095209933
Original image

Create your first image using OpenArt.

With over 100+ models and styles to choose from, you can create stunning images.

More images like this
Prompt: create an organizational chart using the following information: Top Layer - Founders: Deepak Shinde, Chief Technology Officer (CTO) Milton Guerrero, Head of Content Anaheed Dakrat, Marketing Director Second Layer - Primary Departments Directly Under Each Founder: Under Deepak Shinde (CTO): Technology: Responsible for tech infrastructure, software development, and maintenance. Data Science: Focuses on analytics, data-driven decision-making, and AI applications. IT Security: Dedicated to cybersecurity and protecting the company’s digital assets. Under Milton Guerrero (Head of Content): Content: Manages audiobook and spoken-word content creation and acquisition. Editorial: Ensures the quality of content, editing, and curation. Licensing: Handles agreements for content rights and partnerships. Under Anaheed Dakrat (Marketing Director): Marketing: Develops and executes marketing strategies and campaigns. Creative: Focuses on creative aspects like design, branding, and promotional materials. Global Insights: Conducts market research and gathers consumer insights globally. Third Layer - Supportive Departments: Business Support: Provides administrative and operational support across the organization. Legal: Handles legal matters, compliance, and regulatory issues.
Prompt: Give me a flow chart using an aurdino with following sensors for a class monitoring robot Camera sensors Microphone sensors Proximity sensors Motion sensors Infrared sensors
Prompt: an organisational structure with multiple patient experiences on one dimension, multiple scientific platforms on another dimension, and clinical research areas on the final dimension. The patient experiences can span the clinical research areas. The scientific platforms can be relevant to multiple clinical problems. Make the image a 3D model to match the structure
Prompt: a simple flow chart starting at inquiry to retainer/questionnaire then to initial design then to design approval then to assembly & delivery
Prompt: Create a flowchart depicting the different internal and external communication channels inside a business organisation and the flow of information.
Prompt: The image depicts a vibrant and dynamic scene, symbolizing the interdisciplinary nature of bioengineering. At the center of the image is a DNA double helix, representing the foundational importance of genetics in bioengineering. Surrounding the DNA helix are various icons and symbols representing different aspects of bioengineering: Biomedical Devices: A prosthetic limb and a heart-rate monitor, highlighting the development of medical devices to improve healthcare. Plant and Crop: Genetically modified crops and plants, showcasing advancements in agricultural bioengineering for increased yields and resilience. Tissue Engineering: A scaffold with cells growing on it, representing tissue engineering techniques used to regenerate damaged tissues and organs. Microorganisms: Bacteria and yeast, symbolizing the use of microorganisms in biotechnology for fermentation and biofuel production. Computer and DNA Sequence: A computer screen displaying a DNA sequence, representing bioinformatics and computational biology. Lab Equipment: Microscopes, pipettes, and test tubes, illustrating the experimental and laboratory-based nature of bioengineering research. In the background, there are silhouettes of scientists collaborating and exchanging ideas, highlighting the teamwork and collaboration that drive progress in the field. The image overall conveys the breadth and depth of bioengineering, encompassing diverse applications from healthcare and agriculture to environmental sustainability and beyond.
Prompt: EDUCATIONAL ECOSYSTEM GRAPH
Prompt: (intriguing visual representation of potential applications and limitations of electronic nose devices), e-nose; VOCs; plant pathogen detection; pest infestation; gas sampling; sensor signal drift; relative humidity control