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Jewelry Design with Matrix Software Level 1 in English

Salar Poorimani

4.4

Based on 20 ratings

Salar Poorimani

در این دوره آموزشی با نحوه طراحی جواهرات با استفاده از نرم افزار MATRIX آشنا می شوید. این دوره مهارت های مورد نیاز برای تبدیل شدن به یک طراح را پوشش می دهد.

این پروژه ها به شما کمک می کند تا طرح ها را به مدل های سه بعدی تبدیل کنید و با استفاده از چاپگرهای سه بعدی و ریخته گری آنها را به دنیای واقعی بیاورید. فعالیت های این آموزش به شما امکان تمرین مطالب را می دهد. اینها مهارت هایی هستند که می توانند کارفرمایان و مشتریان بالقوه را تحت تاثیر قرار دهند.

در اینجا شما اصول اولیه را یاد خواهید گرفت. بنابراین، اگر تجربه ای در زمینه جواهرات یا مدل سازی CAD ندارید، نگران نباشید.

این دوره تکنیک های جواهراتی را که برای ایجاد مدل های سه بعدی جواهرات ریخته گری باید بدانید را توضیح می دهد.

دوره خوب و کاربردی برای هرکسی که می خواهد این دوره را شروع کند، آن است

مهم نیست که سطح ماتریس مبتدی یا پیشرفته دارید. همچنین،

مربی روش خوبی برای آموزش و توضیح همه چیز به راحتی دارد

راهی که هر کسی بتواند آن را نیز درک کند

در پایان، در پایان دوره، به شما نشان خواهم داد که چگونه سطوح و مدل های مختلف آویز را طراحی می کنید و ایده های شما چگونه وارد بازار می شود، چه طراح صنعتی، معمار، طراح داخلی، مهندس،

تکنسین یا فقط یک سرگرمی من می توانم به شما در رشد شخصی کمک کنم.

پس امیدوارم ما را همراهی کنید

از توجه و احترام شما سپاسگزارم

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What's inside

Learning objectives

You will learn what matrix software is, and how to use it
You learn about different tools and ideas for designing jewelry
You will get to know the different designs of rings, pendants and bracelets

You'll understand how to product pieces in different types. sizes. shapes
Learn about simple to professional designs
How to make lines and surfaces and use stones and volumes in matrix

You will learn what matrix software is, and how to use it
You learn about different tools and ideas for designing jewelry
You will get to know the different designs of rings, pendants and bracelets
You'll understand how to product pieces in different types. sizes. shapes
Learn about simple to professional designs
How to make lines and surfaces and use stones and volumes in matrix

Syllabus

Introduction

01 - Basic introduction with Matrix

02 - Opening & Saving files in Matrix

Beginner Information

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Career center

Learners who complete Jewelry Design with Matrix Software Level 1 in English will develop knowledge and skills that may be useful to these careers:

Jewelry Designer

This is the quintessential role for graduates of a course focused on jewelry creation. A Jewelry Designer conceptualizes and develops new pieces, translating artistic visions into tangible items. This course directly equips you with the fundamental skills to excel as a **Jewelry Designer**, teaching you how to use MATRIX software to transform your creative ideas into detailed 3D models of rings, pendants, and bracelets. You learn about different design ideas, understanding how to produce pieces in various types, sizes, and shapes. The practical activities, including designing carved, dome, lace, flower, and heart pendants, provide hands-on experience in bringing sophisticated designs to life digitally. Mastering Matrix for 3D modeling is paramount in modern jewelry fabrication, enabling precise designs for 3D printing and casting, essential processes for bringing your creations to the real world and impressing clients. This course provides a robust foundation in digital design for this captivating career.

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Digital Jewelry Modeler

A Digital Jewelry Modeler specializes in creating highly detailed three-dimensional virtual representations of jewelry pieces, a direct application of the skills taught in this course. This role serves as a crucial link between initial design concepts and physical production, ensuring precision and manufacturability. The course is instrumental in preparing you for this career, providing in-depth instruction on using MATRIX software to construct intricate 3D models. You gain expertise in creating lines, surfaces, and solids, and integrating elements like gems and volumes. The syllabus covers essential techniques such as object selection, defining coordinates, and using various command tools like Gumball and Rhino History, all vital for detailed modeling. This foundational knowledge in Matrix software is precisely what a **Digital Jewelry Modeler** needs to accurately render designs for 3D printing and subsequent casting, ensuring designs are ready for real-world fabrication.

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Computer Aided Design Designer

A Computer Aided Design Designer uses specialized software to create detailed technical drawings and 3D models for a variety of products, from consumer goods to intricate components. While the course specifically focuses on jewelry, the core principles of 3D modeling with MATRIX software are highly transferable. This course helps build a strong foundation in CAD, teaching you how to manipulate lines, surfaces, and solids to form complex geometries. You will learn essential commands, coordinate systems, and object transformation techniques relevant to any CAD application. For an aspiring **Computer Aided Design Designer**, the practical experience of turning abstract ideas into quantifiable 3D models, understanding different display methods, and getting object weight through software, provides invaluable experience in digital design and precision.

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Additive Manufacturing Designer

An Additive Manufacturing Designer creates digital models specifically optimized for production using 3D printing technologies. This course directly addresses the foundational skills required for this role, as it emphasizes turning 3D models into real-world objects using "3D printers and casting." As an **Additive Manufacturing Designer**, you would leverage your expertise in MATRIX software to design intricate geometries that are structurally sound and printable. The course teaches you how to create precise 3D models of jewelry, understand different types, sizes, and shapes, and prepare them for fabrication. The ability to design complex pendants and arrange stones digitally, combined with understanding the principles of converting designs for real-world manufacturing, provides a strong basis for a career in this cutting-edge field.

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Casting Design Engineer

A Casting Design Engineer specializes in designing parts and products that are manufactured through the casting process. This involves creating models that account for material properties, mold design, and production efficiencies. This course provides a crucial starting point for an aspiring **Casting Design Engineer** by teaching how to design 3D models of jewelry specifically for casting. You learn the techniques for creating detailed digital forms suitable for mold making and subsequent metal pouring. The course's focus on translating designs into "3D models" that can be used with "casting" methods directly aligns with the responsibilities of this role. Mastering Matrix software for precise dimensioning, understanding volumes, and preparing models for physical production helps you ensure designs are manufacturable and meet quality standards for cast components.

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Product Designer

A Product Designer envisions and develops new products, considering aesthetics, functionality, and manufacturability. While this course focuses on jewelry, the core skills in 3D conceptualization and digital modeling using MATRIX software are highly transferable to broader product design. As a **Product Designer**, you would use similar CAD tools to bring various product ideas to life. This course helps build a foundation in creating designs from simple to professional, understanding different shapes, and preparing them for real-world production through methods like 3D printing and casting. The emphasis on turning ideas into tangible 3D models and practicing design activities provides valuable experience in the iterative process of product development. This course can help you develop the essential modeling proficiency for a career in product design.

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Industrial Designer

An Industrial Designer focuses on the form, function, and usability of products, often combining art, science, and engineering to create innovative solutions. The course description itself directly mentions "industrial designer" as someone who can benefit. As an **Industrial Designer**, you would leverage 3D modeling software extensively to prototype and visualize designs across various product categories. This course helps build a foundation in using MATRIX software for complex 3D modeling, teaching you to create detailed geometries, understand surfaces, and apply design principles. The ability to translate abstract ideas into concrete 3D models for physical production, including the use of 3D printers and casting, aligns perfectly with the hands-on and technical aspects of industrial design, preparing you for a role that demands both creativity and technical precision.

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Fashion Accessories Designer

A Fashion Accessories Designer creates items like handbags, scarves, and crucially, jewelry, that complement clothing and personal style. This course is highly relevant for an aspiring **Fashion Accessories Designer**, as it provides the specific skills to design one of the most prominent accessory categories: jewelry. You will learn to use MATRIX software to conceive and model a wide range of jewelry items, including rings, pendants, and bracelets, in various styles and complexities. The ability to transform creative concepts into detailed 3D models ready for production via 3D printing and casting is a significant advantage in the competitive fashion industry. This course helps you develop the artistic vision and technical proficiency needed to create innovative and marketable jewelry accessories.

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Computer Graphics Modeler

A Computer Graphics Modeler creates three-dimensional assets for various digital applications, including animation, games, visualization, and virtual reality. While this course specifically teaches jewelry design, the fundamental skills in 3D modeling with MATRIX software are highly transferable to this broader field. As a **Computer Graphics Modeler**, you may find the ability to construct intricate geometries, manage surfaces, and work with volumes invaluable. The course covers core CAD concepts like coordinates, lines, solids, and object manipulation, which are universal in 3D software. Learning to transform creative ideas into precise 3D models provides a strong technical basis in digital asset creation, helping you to generate detailed and accurate representations crucial for computer graphics applications.

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Technical Trainer

A Technical Trainer specializes in teaching others how to use specific software, tools, or technical processes. Given that this course provides comprehensive, step-by-step instruction on mastering MATRIX software for jewelry design, it naturally prepares individuals to potentially become a **Technical Trainer** themselves. This role involves not just knowing the software, but understanding how to explain its features, troubleshoot common problems, and guide learners through practical applications. The course's clear structure, covering basic introduction, essential commands, and advanced design techniques for various jewelry pieces, perfectly mirrors the curriculum a trainer would deliver. Mastering the Matrix software, as taught in this course, helps you develop the deep technical understanding required to educate others effectively in its use.

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Manufacturing Process Engineer

A Manufacturing Process Engineer designs, optimizes, and improves the methods used to produce goods. This often involves understanding the interplay between design and production capabilities. This course, while focused on design, explicitly mentions how designs are converted to "3D models" and brought to the "real world" using "3D printers and casting," which are fundamental manufacturing processes. As a **Manufacturing Process Engineer**, understanding the specifics of CAD design, like creating precise models with MATRIX software, changing sizes, and getting the weight of objects, may be useful. This knowledge helps bridge the gap between initial design and efficient production, ensuring that product designs are feasible and optimized for manufacturing workflows.

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Technical Illustrator

A Technical Illustrator creates visual representations of complex information, often using 3D models to produce detailed diagrams, exploded views, or assembly instructions. While the primary focus of this course is jewelry design, the proficiency gained in 3D modeling with MATRIX software may be useful for this career. As a **Technical Illustrator**, you could use the skills of creating precise 3D objects, understanding their dimensions, and manipulating perspectives learned in the course. The ability to model intricate components like jewelry pendants and rings, and to understand how to display objects in matrix, helps build a foundation in rendering clarity for technical communication. The course can help you develop the digital modeling skills necessary to visually articulate complex product structures.

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Digital Sculptor

A Digital Sculptor uses specialized software to create organic, freeform 3D models, often for character design, artistic pieces, or intricate forms. While MATRIX software is more typically associated with parametric and precise engineering design, the core skills gained in this course in creating and manipulating 3D geometry may be helpful for a **Digital Sculptor**. You learn to work with lines, surfaces, and solids, and to understand volumes and irregular designs. The ability to design complex carved pendants and floral motifs within Matrix, focusing on form and aesthetics, can develop your digital dexterity and understanding of three-dimensional space. This course may help you adapt to other sculpting programs by establishing fundamental 3D conceptualization and modeling skills.

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Display Designer

A Display Designer creates engaging visual arrangements for products, exhibitions, or retail spaces. This often involves conceptualizing and visualizing how items will appear in a physical setting. While the course focuses on jewelry itself, the skills learned in 3D modeling with MATRIX software may be helpful for a **Display Designer**. You learn to create and manipulate 3D objects, understand their dimensions, and visualize them digitally. This ability to model products like jewelry, and potentially the display elements themselves, can assist in planning and presenting compelling visual merchandising concepts. The skills in arranging objects, understanding surfaces, and bringing designs to "the world," even if for virtual presentation, can contribute to effective display design.

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Architectural Modeler

An Architectural Modeler specializes in creating three-dimensional digital representations of buildings, structures, and interior spaces. While the scale and subject matter differ significantly from jewelry, the fundamental CAD principles and 3D modeling techniques taught in this course may be useful for an **Architectural Modeler**. The course provides a strong introduction to core concepts within Matrix software, such as working with lines, surfaces, solids, and coordinates in three-dimensional space. You learn about object selection, measuring tools, and various display methods which are universal across many CAD platforms. Furthermore, the course description explicitly mentions "architect" as a professional who can benefit from the learning, indicating transferable skills in precise digital construction.

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Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Jewelry Design with Matrix Software Level 1 in English.

Complete Casting Handbook

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This comprehensive handbook covers a wide range of metal casting processes, metallurgy, techniques, and design considerations. It's a valuable reference for both students and professionals, offering in-depth knowledge to deepen understanding. The second edition includes recent findings on defects and processes.

Jewelry Design with Matrix Software Level 1 in English

What's inside

Learning objectives

Syllabus

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Reading list

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