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48 Educators providing Algorithms courses delivered Online

Parametric House

parametric house

London

Mohammad Yazdi Computational Designer, CEO of Parametric House, Tutor Mohammad is a computational designer (MS in Building Construction Technology & BS in Civil Engineering). His main interests are Parametric Design and subjects such as parametric modeling of Islamic Patterns, Structural studies on parametric forms, and also Automation in construction. he has also tutored Grasshopper and Parametric Design for more than 300 architectural students since 2010. Erfan Rezaei Computational Designer, Grasshopper developer Erfan Rezaei Azari is an architecture enthusiast. Erfan is quite curious about new methods of design especially has been fascinated by parametricism. It has come with putting his effort into learning Grasshopper and coding languages such as Python, JavaScript, and C#, that is used in the different design environment. Erfan is also skilled in both weak and strong AI which includes optimizing algorithms, machine learning, and deep learning. Amirhossein Khazaei Computational Designer, Grasshopper Developer Amirhossein khazaei is an architecture student and computational designer who is thrilled by the concept of digital technology in architecture. Amirhossein’s interests are also centered on the topics of intelligent products and complex forms. Kiarash Kiany Computational Designer, Grasshopper Developer Kiarash Kiany is a computational designer and enthusiast and he’s eager to learn and develop new means of design with the use of technology, he has a bachelor’s degree in architecture and is currently studying for his master’s degree in bionic architecture. Zahra Ebrahimi Computational Designer, Grasshopper Developer Zahra Ebrahimi has a bachelor’s degree in architecture. She has completed her master’s degree in computational design and is interested in the Grasshopper plugin, developing algorithms, and fabrication. Sogol Nopoosh Computational Designer, Architect Sogol Noopoosh is an architect with a bachelor’s degree in Architecture, she is a computational design, technology, and kinetic architecture enthusiast. she is interested in finding new ways to develop forms and programs for architectural purposes. Ali Ghadamyari Computational Designer, Architect As an architect, Ali is enthusiastic about Technology and how it can solve real-world problems in the architecture field. His design process is based on the discovery of solutions that can relate Algorithmic Thinking to architecture. He is always eager to learn more about architectural design and how it can improve our lives. Danial Keramat Computational Designer, BIM modeler Danial is an architect (MSc. in Architectural Technology) with a passion for the rational side of architecture. He has professional experience in various fields such as Architectural Design, Computational Engineering for the AEC industry, and Digital fabrication of freeform structures. He is also skilled at Automating procedural tasks of BIM through programming. Neda Rafizadeh Computational Designer, Grasshopper Developer Neda is an architect (B.Arch.) who has professional experience in architectural design. Due to her interest in fabricating her ideas and her curiosity about finding new methods of design, she entered the world of computational design and digital fabrication. She is a passionate learner and always seeks to experience new things. Ali Shahrokhi Civil Engineer, Content Manager BS. in Civil Engineering and interested in new forms & Ideas. As a content manager, Ali collaborates with Parametric House and publishes new content on our Social Media platforms Daily. Salar Anahid Computational Designer, Grasshopper Developer Salar is an architecture student and also experienced in graphic design and coding. The main interest of him is to combine his abilities to create new methods of design. He experienced different types of design in his career including architecture, graphics, etc. But he is always curious about new pieces of knowledge such as new methods of parametric design, simulation, prediction. Fatemeh Naseri Computational Designer, Content Manager BS. in Architecture & MS. in Architectural Technology, Freelance Architect and Designer /Designing a rehabilitation center, a kindergarten & a residential complex /Structural optimization of a glasshouse with Grasshopper3d, Karamba, and Octopus /Form finding and design of timber gridshell structure, Design, and fabrication of parametric furniture/ As a content manager, Fatemeh collaborates with Parametric House and publishes new content on our Social Media platforms.

Computerbasedmath.org

computerbasedmath.org

Witney

Real-world maths is more crucial than ever to our everyday lives. It holds the keys to unlocking the solutions to a multitude of problems: simple to complex, local to global, large and small. By contrast, maths education is diverging more and more from today's and tomorrow's requirements of countries, industry, further education... and students. Unless we take harder, machine-computed maths back into the school curriculum, maths in education will continue on its ineffective downward spiral, destined for future failure—a future populated by bored and switched-off students, dissatisfied employers, bewildered governments, frustrated teachers and concerned parents. Aware of the increasing divergence between school and real-life maths for more than a decade, Conrad Wolfram believed the growing political impetus, emerging computing ubiquity and practicality of interface and implementation made 2010 the right time to start computerbasedmath.org. Conrad and his colleagues at Wolfram Research have been in a unique position at the epicenter of maths and its applications: using high-powered maths to develop the latest algorithms for Mathematica and Wolfram|Alpha software, employing mathematicians and other STEM specialists, supplying technology to the world's community of maths users and interacting with leading experts from all technical fields. That's not to mention involvement with thousands of universities, schools and independent courses worldwide. Wolfram Research really is the "maths company"—the organisation with the world's broadest perspective on maths and computation. It is with that perspective that CBM will change maths education for good. Computerbasedmath.org is a UK-registered company and aims to be self-supporting in delivering this fundamental change to maths education worldwide. Early projects have been established with the Estonian government, as well as in Sweden and Africa, and there is marked interest from many more governments and associated organisations like assessment authorities around the world. Thousands of schools are keen to get materials. Companies are interested not only in employee training but in associating their brand with better maths in schools. Computer-Based Maths is a long-term project. Conrad Wolfram believes it will take a minimum of 25 years to transform school maths worldwide, but that in the end, this change is inevitable. It will happen differently in each country; the first countries to make the change will likely gain the most advantage.

Best Essay Extender Tools

best essay extender tools

Adhering to word count requirements in academic essays is a common challenge. In my experience, expanding an essay can significantly enhance the depth and quality of arguments. Through detailed research, I've identified several essay extender tools that vary in usefulness depending on their application. Recommended Essay Extender Services: Mystylus AI: A versatile, budget-friendly AI tool for various writing needs. Ivypanda: Offers comprehensive solutions for enriching and extending essays. Studybay AI: A fast and cost-effective option for essay extension. Jenny AI: Ideal for creating unique and expanded essay content. Lumenwriter AI: Known for its speed and affordability in extending essays. Exploring the Usefulness of Essay Extenders These tools help increase an essay's word count while maintaining its original meaning and coherence. Initially skeptical, I investigated their algorithms and effectiveness through practical tests. I found that extenders are more than word-fillers; they enhance essay quality by adding relevant content and improving structure. Key Benefits Identified: Efficiency: These tools expedite the writing process. Content Enrichment: They add valuable new ideas and prevent repetitive content. Structural Improvement: Extenders help organize and support arguments, enhancing coherence. Meeting Requirements: They enable writers to meet word counts thoughtfully without diluting the essay’s essence. Considerations Before Using Essay Extenders: Purpose: Clearly define your essay's goal before using an extender. Originality: Ensure all extended content is original and well-cited to avoid plagiarism. Quality: Maintain high standards in the added content to ensure it adds value. Reviewing: Thoroughly revise the extended essay to ensure clarity and coherence. Ethical Use: Always use extenders responsibly, respecting academic integrity. Top Picks: Mystylus AI: Praised for its rapid, quality-enhancing capabilities, it's perfect for academic papers needing credible sources and coherent arguments. Lumenwriter: Stands out for its user-friendly interface and extensive academic resources, ideal for a broad audience needing reliable writing support. Studybay AI: Offers a balance of affordability and efficiency, suitable for quick and effective essay expansions. These tools, when used correctly, can significantly enhance the quality and depth of academic essays.