Miami jobs’ Post

#hiring *Senior 3D Engineer (Remote)*, Miami, *United States*, fulltime #opentowork #jobs #jobseekers #careers #Miamijobs #Floridajobs #ITCommunications *Apply*: https://lnkd.in/g3QHngq4 It's fun to work in a company where people truly BELIEVE in what they are doing! We're committed to bringing passion and customer focus to the business. We are looking for a Senior 3D Engineer to join our dynamic team. This is a unique opportunity to join a senior, collaborative group building the future of 3D home visualization. Our 3D technology runs in the front and back-ends (Babylon.js, Unreal) and is superpowered by services running in the cloud using Python/C++ and hosted in AWS. For this front-end focused role, the preferred languages are TypeScript and JavaScript. Knowledge in these areas is ideal, but we know that the best 3D engineers can be proficient in most environments. Whether you love to dive into algorithmic details of automated 3D modeling tools, manipulate 3D objects, or build awesome 3D user interfaces, there will be something to sink your teeth into. To be successful, your 3D programming and math skills must be coupled with a passion for 3D tools and "the home". You will also bring a growth mindset towards collaborating within the dynamics of a fast paced team. In return, you'll have a space to share your ideas alongside a Chief Product Officer who has created 3 computer visualization companies and a VP of 3D Tools who ran core visualization technology for the entirety of Autodesk. Responsibilities- Designing and Implementing Software Solutions: This involves understanding user requirements, designing software systems, and writing clean, efficient code to implement those systems.- Testing and Debugging: Software developers are responsible for testing the software to ensure it meets quality standards, identifying and fixing bugs, and maintaining the software post-deployment.- Collaboration with Teams: Working closely with other developers, UX/UI designers, business analysts, and project managers is common. This collaboration is essential for understanding requirements, integrating systems, and ensuring that the software aligns with business goals and user needs. - Documentation: Writing and maintaining detailed documentation is crucial for future reference and for other developers who will work on the software.- Version Control and Code Review: Using version control systems like Git is a standard practice. Developers also participate in code reviews to ensure code quality and consistency.- Continuous Learning and Skill Development: Technology evolves rapidly, so staying updated with the latest programming languages, tools, and best practices is essential.- Problem-Solving and Analytical Skills: Developers are expected to have strong problem-solving skills to find creative and efficient solutions to complex challenges.- Agile Methodologies: Familiarity with Agile development methodol

#hiring *Senior 3D Engineer (Remote)*, Miami, *United States*, fulltime #opentowork #jobs #jobseekers #careers #Miamijobs #Floridajobs #ITCommunications *Apply*: https://lnkd.in/gye-BvDx It's fun to work in a company where people truly BELIEVE in what they are doing! We're committed to bringing passion and customer focus to the business. We are looking for a Senior 3D Engineer to join our dynamic team. This is a unique opportunity to join a senior, collaborative group building the future of 3D home visualization. Our 3D technology runs in the front and back-ends (Babylon.js, Unreal) and is superpowered by services running in the cloud using Python/C++ and hosted in AWS. For this front-end focused role, the preferred languages are TypeScript and JavaScript. Knowledge in these areas is ideal, but we know that the best 3D engineers can be proficient in most environments. Whether you love to dive into algorithmic details of automated 3D modeling tools, manipulate 3D objects, or build awesome 3D user interfaces, there will be something to sink your teeth into. To be successful, your 3D programming and math skills must be coupled with a passion for 3D tools and "the home". You will also bring a growth mindset towards collaborating within the dynamics of a fast paced team. In return, you'll have a space to share your ideas alongside a Chief Product Officer who has created 3 computer visualization companies and a VP of 3D Tools who ran core visualization technology for the entirety of Autodesk. Responsibilities- Designing and Implementing Software Solutions: This involves understanding user requirements, designing software systems, and writing clean, efficient code to implement those systems.- Testing and Debugging: Software developers are responsible for testing the software to ensure it meets quality standards, identifying and fixing bugs, and maintaining the software post-deployment.- Collaboration with Teams: Working closely with other developers, UX/UI designers, business analysts, and project managers is common. This collaboration is essential for understanding requirements, integrating systems, and ensuring that the software aligns with business goals and user needs. - Documentation: Writing and maintaining detailed documentation is crucial for future reference and for other developers who will work on the software.- Version Control and Code Review: Using version control systems like Git is a standard practice. Developers also participate in code reviews to ensure code quality and consistency.- Continuous Learning and Skill Development: Technology evolves rapidly, so staying updated with the latest programming languages, tools, and best practices is essential.- Problem-Solving and Analytical Skills: Developers are expected to have strong problem-solving skills to find creative and efficient solutions to complex challenges.- Agile Methodologies: Familiarity with Agile development methodol

#hiring *Senior 3D Engineer (Remote)*, Miami, *United States*, fulltime #opentowork #jobs #jobseekers #careers #Miamijobs #Floridajobs #ITCommunications *Apply*: https://lnkd.in/g3QHngq4 It's fun to work in a company where people truly BELIEVE in what they are doing! We're committed to bringing passion and customer focus to the business. We are looking for a Senior 3D Engineer to join our dynamic team. This is a unique opportunity to join a senior, collaborative group building the future of 3D home visualization. Our 3D technology runs in the front and back-ends (Babylon.js, Unreal) and is superpowered by services running in the cloud using Python/C++ and hosted in AWS. For this front-end focused role, the preferred languages are TypeScript and JavaScript. Knowledge in these areas is ideal, but we know that the best 3D engineers can be proficient in most environments. Whether you love to dive into algorithmic details of automated 3D modeling tools, manipulate 3D objects, or build awesome 3D user interfaces, there will be something to sink your teeth into. To be successful, your 3D programming and math skills must be coupled with a passion for 3D tools and "the home". You will also bring a growth mindset towards collaborating within the dynamics of a fast paced team. In return, you'll have a space to share your ideas alongside a Chief Product Officer who has created 3 computer visualization companies and a VP of 3D Tools who ran core visualization technology for the entirety of Autodesk. Responsibilities- Designing and Implementing Software Solutions: This involves understanding user requirements, designing software systems, and writing clean, efficient code to implement those systems.- Testing and Debugging: Software developers are responsible for testing the software to ensure it meets quality standards, identifying and fixing bugs, and maintaining the software post-deployment.- Collaboration with Teams: Working closely with other developers, UX/UI designers, business analysts, and project managers is common. This collaboration is essential for understanding requirements, integrating systems, and ensuring that the software aligns with business goals and user needs. - Documentation: Writing and maintaining detailed documentation is crucial for future reference and for other developers who will work on the software.- Version Control and Code Review: Using version control systems like Git is a standard practice. Developers also participate in code reviews to ensure code quality and consistency.- Continuous Learning and Skill Development: Technology evolves rapidly, so staying updated with the latest programming languages, tools, and best practices is essential.- Problem-Solving and Analytical Skills: Developers are expected to have strong problem-solving skills to find creative and efficient solutions to complex challenges.- Agile Methodologies: Familiarity with Agile development methodol

You’ve just graduated as an Architect, what now? (Part 02 - Bonus in End) 600+ Career paths you can pursue--> I’ve categorized the job types based on Conventional Routes, Trans-Disciplinary Routes and Vertical Departments. Trans-Disciplinary career paths: 1. Soundscaping/ Sound Designer 2. Sound Aesthetics/ Sound Visual Artist 3. Sound Interface Designer 4. Motion Designer 5. Gesture Designer 6. Film Director 7. Actor/actress 8. Film script writer 9. Film narrator 10. Photographer 11. Videographer 12. Set Designer 13. Stage Designer 14. Typography Artist 15. Poster Artist 16. Comic Designer 17. App Designer 18. Website Designer 19. Light Designer 20. Sculptor 21. Product Designer 22. Journalist 23. Blogger 24. Book Writer 25. Linguistic Designer 26. Newsreader 27. Radio Jockey 28. Animator 29. Photo/ Video Editor 30. Orator 31. Podcast-er 32. Audio Book Narrator 33. Translator 34. Presenter 35. Presentation Designer 36. Storyboard Designer 37. Culinary Artist 38. Robot Designer 39. Material Designer 40. Prosthetics Designer 41. Bio Architect 42. Body Architect 43. Nanobot Designer 44. Curator 45. Critic 46. Data Visualization Artist 47. Data Designer 48. Video Game Designer 49. Simulation Designer 50. Virtual Reality Designer 51. Augmented Reality Designer 52. Mixed Reality Designer 53. Interface Designer 54. Interaction Designer 55. VFX Artist 56. SFX Artist 57. Fashion Designer This alongside having 7 vertical departments in each of the category- Sales, Finances, Management, Operations, Advertisement and Marketing, Human Resource, Research and Development make them--> 57 x 7 = 399 Conventional Career Paths! That is not all. Because I prepared this list in 2019, I didn't add a lot of newer opportunities which has come up recently 1. A.I. Architect 2. A.I. Designer 3. Prompt Engineering 4. A.I. No/Low code Developer 5. A.I. Researcher 6. Architectural Technologist 7. BIM Researcher 8. A.I. Custom Model Trainer/LoRA trainer 9. No/Low code business automation system architect that means, instead of 600 I promised in the beginning, it is 399+399+9 = 807+ Career Paths! This list is not extensive, but just a start for you guys to understand the value of learning Architecture. Follow me for Part 03, where I discuss how to identify which path if correct for you, and how to start walking on it. Keep looking and Be inspired. ~am810F~

🚀 VI is #hiring 📍 Job Title: Product Designer (remote) 🎓 Experience: 3-5 year 🔗 Apply Now: https://lnkd.in/gV5qrF8Q #job #remote #workfromhome #programming #development #coding #tech #engineer #career #Product design #Figma #HTML #CSS

I find it so inspiring when a company understands the value of multidisciplinary professionals. Unicorns 🦄 are often asked to choose one or the other. And we often oblige, of course, because you asked us to. But deep inside there's a churning desire to see more, contribute more, and have a larger footprint. This, to me, is what makes "designgineering" truly remarkable. The gifted folks who take on these roles enable companies to overcome the boundaries of what is currently possible. As the fine folks at Vercel write in the article I'm sharing here, "This multidisciplinary approach allows the team to push what’s possible on the web." Truly, wide "curiosity" like this empowers companies to take a truly competitive position in today's marketplace. Keep up the great work, Vercel! #vercel #designEngineer #range #generalist #unicorn

Perhaps a rewording of the Arffra website is in order to include the words “Design Engineer’. Described here is exactly the focus of my web offering. This hybrid role is key. Siloed design and dev work just leads to inferior results.

An AI AND remote design job today! Check it out! I use the Just ID Jobs front page banner to promote students and young designer's work. This week's image is by Connor Dalrymple Want to get your work featured? Send a 1920x1080 jpeg that is less than 1MB to a+justidjobs@anson.design Include your name and website, please! Note: due to the volume of submissions, I'm not able to personally reply to all of them. I pick somewhat at random, but there is a quality threshold too. Now, who's hiring in industrial design this week? AIxCreative Mercer Labs OGIO, Inc. Abbott Polestar And lots more! Check out all the jobs at justidjobs [dot] com Want to get your job in front of thousands of qualified ID professionals and eager students? Post it to Just ID Jobs! DM me for an introductory discount! - 🖥️ Just ID Jobs aggregates industrial design jobs from around the web and organizes them in one, easy-to-search place. 🛠️ No UX. No interior design. No engineering. Just ID. 🔔 See new ID jobs daily and sign up for email alerts on justidjobs [dot] com

  What is the Difference Between 3D Modeling and 3D Rendering ? 3D Modeling vs 3D Rendering 3D technology is getting popular everywhere, and the terms connected with the technology are also multiplying. Numerous companies are offering three-dimensional modeling and rendering services. Still, not many of us realize the difference between these two services and what will be acquired choosing these. Three-dimensional images are crucial visual materials for advertisers, marketers, and others. 3D models and renders are the two diverse stages of the three-dimensional visualization workflow. These two processes seem similar as both are related to the CGI (Computer Generated Imagery) creation. However, there are major differences, and there are chances of getting wrong outputs if you confuse the two concepts. Let's dive deep into modeling, rendering and modeling vs rendering. What is 3D Modeling? 3D modeling is the process of Using mathematical equations and specialized software to create a three-dimensional image . It can also be explained as the collection of points connecting edges and faces to form an image. Different amazing and real creatures in movies, video games etc., are created with three-dimensional modeling. The process augments and helps create the best designs and helps showcase the physical dimensions of the products or any objects as required. This technology helps in easy interactions with the clients providing them with a clear image of their future project. Clients can give their feedback allowing designers to make the changes up front, reducing the expenses of numerous revisions. Artists will modify these shapes using advanced tools, starting with different shapes, including planes, spheres and polygons. What is 3D Rendering? Creating realistic snapshots of products, rooms, flats, and buildings that are not yet physically built is 3D rendering. It helps review the design and see how it would look in real life. Creating models of the desired objects is the first step, and three-dimensional rendering is the final stage in the designing process. This process helps in getting a realistic output. After creating three-dimensional models, adding special effects, textures, lights, shadows, and other essential elements using a special rendering software leads to the final output. Remember, this is created out of a 2D image. Virtual walkthroughs of the unbuilt space are the most important highlight of 3D rendering, becoming popular these days. The crucial aspect of this technology is that it keeps people engaged and enables the discovery of a space that is unbuilt yet they can truly feel and see the result. The process goes on. First, the artist models the scene, then the materials and the lighting are set up, and finally, the image is rendered.

  What is the Difference Between 3D Modeling and 3D Rendering ? 3D Modeling vs 3D Rendering 3D technology is getting popular everywhere, and the terms connected with the technology are also multiplying. Numerous companies are offering three-dimensional modeling and rendering services. Still, not many of us realize the difference between these two services and what will be acquired choosing these. Three-dimensional images are crucial visual materials for advertisers, marketers, and others. 3D models and renders are the two diverse stages of the three-dimensional visualization workflow. These two processes seem similar as both are related to the CGI (Computer Generated Imagery) creation. However, there are major differences, and there are chances of getting wrong outputs if you confuse the two concepts. Let's dive deep into modeling, rendering and modeling vs rendering. What is 3D Modeling? 3D modeling is the process of Using mathematical equations and specialized software to create a three-dimensional image . It can also be explained as the collection of points connecting edges and faces to form an image. Different amazing and real creatures in movies, video games etc., are created with three-dimensional modeling. The process augments and helps create the best designs and helps showcase the physical dimensions of the products or any objects as required. This technology helps in easy interactions with the clients providing them with a clear image of their future project. Clients can give their feedback allowing designers to make the changes up front, reducing the expenses of numerous revisions. Artists will modify these shapes using advanced tools, starting with different shapes, including planes, spheres and polygons. What is 3D Rendering? Creating realistic snapshots of products, rooms, flats, and buildings that are not yet physically built is 3D rendering. It helps review the design and see how it would look in real life. Creating models of the desired objects is the first step, and three-dimensional rendering is the final stage in the designing process. This process helps in getting a realistic output. After creating three-dimensional models, adding special effects, textures, lights, shadows, and other essential elements using a special rendering software leads to the final output. Remember, this is created out of a 2D image. Virtual walkthroughs of the unbuilt space are the most important highlight of 3D rendering, becoming popular these days. The crucial aspect of this technology is that it keeps people engaged and enables the discovery of a space that is unbuilt yet they can truly feel and see the result. The process goes on. First, the artist models the scene, then the materials and the lighting are set up, and finally, the image is rendered.