How is Solidworks used?
Zippia reviewed thousands of resumes to understand how solidworks is used in different jobs. Explore the list of common job responsibilities related to solidworks below:
- Machine design in SolidWorks 2017, design of parts, assembly's, drawings and assembly drawings.
- Modeled conceptual layout in SolidWorks for a new design radial truck tire building machine.
- Design and Develop pneumatic products in Solidworks utilizing air bearing technology.
- Design concepts and produce final machine design manufacturing packages using Solidworks.
- Used Solidworks proficiently to create models, details and bills of materials for machined parts and sheet metal fabrication.
- CONTRACT JOB) - Utilized SolidWorks 2009 to design manufacturing machinery to build the TWEEL non-pneumatic polyurethane tire replacement.
Are Solidworks skills in demand?
Yes, solidworks skills are in demand today. Currently, 7,373 job openings list solidworks skills as a requirement. The job descriptions that most frequently include solidworks skills are machine design engineer, electro-mechanical engineer, and contract mechanical engineer.
How hard is it to learn Solidworks?
Based on the average complexity level of the jobs that use solidworks the most: machine design engineer, electro-mechanical engineer, and contract mechanical engineer. The complexity level of these jobs is challenging.
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What jobs can you get with Solidworks skills?
You can get a job as a machine design engineer, electro-mechanical engineer, and contract mechanical engineer with solidworks skills. After analyzing resumes and job postings, we identified these as the most common job titles for candidates with solidworks skills.
Machine Design Engineer
Job description:
A machine design engineer specializes in designing and developing machines, tools, and engines for different industries. Their duties include identifying and understanding project requirements, creating blueprints and prototypes, selecting ideal resources, establishing and implementing test plans, facilitating upgrades, and setting protocols and standards. They also enhance existing machines by identifying their strengths and weaknesses and providing solutions against potential issues. Additionally, a machine design engineer usually works in a team environment, which requires an open communication line for efficient workflow.
- Solidworks
- Project Management
- FEA
- Autocad
- GD
- PLC
Electro-Mechanical Engineer
Job description:
An electro-mechanical engineer's primary job responsibility is to oversee equipment installation with subcontractors and General. They ensure complete installation is done, as stated by site management. Typically, they design and develop systems and products like cables, connectors, penetrators, and guidelines as per specifications; cost-effectiveness and safety standards are met. They also direct and coordinate activities related to installation to ensure systems and products conform to electro-mechanical engineering design laterally with customer specifications. In addition, they conduct research and evaluate data for clients' proposed design, parameters, including manuals to identify design and feasibility.
- Solidworks
- Mechanical Design
- Mechanical Systems
- Windchill
- Test Results
- Test Equipment
Machine Designer
Job description:
A mechanical designer creates and draws different designs for pieces of machinery and other equipment. They are often patterned with engineers and other related professionals to create a variety of types of machinery. Typically they work in an office setting, with the majority at architecture, manufacturing, and engineering firms. They may also be the person who develops and provides layout designs for customers and clients. A person who is creative, has a background in product development, and possesses analytic skills may be a great fit for the job.
- Solidworks
- Machine Design
- Autocad
- Assembly Drawings
- Provide Engineering Support
- R
Mechanical Engineering Internship
Job description:
One of the primary responsibilities in a mechanical engineering internship is to follow directives from engineers and managers while gaining practical experience. There are instances when an intern must take part in crafting various materials under the supervision of a more experienced colleague, produce reports and paperwork, operate tools and devices, and provide assistance should anyone need. Furthermore, it is essential to report to managers and supervisors if any issues arise.
- Solidworks
- PowerPoint
- Mechanical Design
- Mechanical Systems
- Revit
- Auto CAD
Junior Mechanical Engineer
Job description:
A junior mechanical engineer is responsible for designing tools and equipment under the supervision of a senior mechanical engineer. Junior mechanical engineers assist in building project plans with the whole team from its conceptualization to final deliverables, following client specifications and business requirements according to budget limitations and deadlines. They also submit precise measurements, including the cost of materials and schematics. A junior mechanical engineer must have excellent technical, mechanical, and analytical skills, especially on writing detailed progress reports and adjust design plans as needed.
- Mechanical Engineering
- Solidworks
- Mechanical Systems
- HVAC
- Mechanical Design
- Prototype
Document Technician
Job description:
A document technician is an individual role, and its duty rolls around the maintenance and retrieval of databases for any health, fiscal, or finance organizations. They are responsible for the storage of digital catalogs and electronic files. They must have knowledge of information technology and computer processes to do their job correctly. They must also install software or hardware to protect these databases against computer viruses and theft. They may troubleshoot for minor problems.
- Management System
- Data Entry
- Solidworks
- BOM
- HIPAA
- Digitizing
Mechanical Design Internship
Job description:
A mechanical design intern is responsible for assisting the mechanical design engineers in performing technical operations and operating mechanical systems to develop desired specifications for project plans. Mechanical design interns shadow the engineering team in conducting diagnostic tests with the finished products and identify if the features and feasibility meet the quality standards and business requirements. They also track revisions and update progress on the database and identify additional resources and cost-efficient techniques for the production as needed.
- CAD
- Solidworks
- Preventative Maintenance
- Mechanical Design
- HVAC
- FEA
Junior Design Engineer
Job description:
Junior Design Engineers are responsible for providing design assistance and administrative engineering support for an organization. Their duties include designing 3-dimensional models and prototypes, producing detailed drawings, assisting in tender proposal submissions, and documentation for product compliance. They are responsible for managing product literature and crib sheets and generating bills of material (BOM). Junior design engineers also assist in defining product specifications and liaise with stakeholders to obtain design approval. They must possess knowledge in using design software such as AutoCAD, Visualize, and Solidworks.
- Engineering Drawings
- Solidworks
- Auto CAD
- R
- Prototyping
- Test Procedures
Mechanical Engineering Director
- Mechanical Engineering
- Solidworks
- FEA
- CAD
- Fire Protection
- Mechanical Engineering Design
Senior Design Project
Job description:
A senior design project worker is responsible for developing digital content designs and applications using various software tools, following clients' specifications and requests. Senior designers must be highly-organizational and communicative, especially on providing progress updates to the client and performing multiple design adjustments as needed. A senior designer should create and recommend designs based on the clients' budget goals without compromising the quality of the output. Senior design projects work closely with the design engineering team to maintain flawless layouts and achieve client satisfaction.
- Solidworks
- Medical Devices
- Prototype
- CAD
- Autocad
- Design Projects
Mechanical Research Engineer
- CAD
- Solidworks
- Mechanical Design
- CFD
- Prototyping
- Data Collection
Junior Manufacturing Engineer
- Lean Manufacturing
- Solidworks
- CAD
- ISO
- CNC
- Engineering Drawings
Industrial Design Internship
Job description:
Industrial design interns will assist in developing product ideas while considering other criteria such as engineering, sales, marketing, and production. Interns are also tasked to come up with creative solutions to customer problems and dissatisfied needs, gather data by testing and validating ideas with the consumer research department, and prepare concept renderings with the right resources for marketing and sales presentation uses. A lot of firms accept interns majoring in industrial design, and some also accept those with other majors as long as it has a connection with the subject.
- Industrial Design
- Solidworks
- KeyShot
- CAD
- Sketch
- Prototyping
Drafting Internship
Job description:
Drafting interns perform jobs like designing engineering drawings and visual aids, forming the detailed layout execution of distinct mechanical parts, resolve design problems in BIM models and visual presentations. Also, the pattern of new products, alter existing products using SOLIDWORKS, estimate the shipboard pipe systems, and develop a superficial model of NIDA glider using CATIA V5. Additionally, they aid field technicians in gathering field information points with GPS units, counsel less experience BIM designers in discrete parts of the country through the phone, and enhance drawings in both Revit and AutoCAD in line with the instructions provided by the architect.
- PowerPoint
- Solidworks
- Aided Design
- Engineering Drawings
- Revit
- Technical Drawings
Electro-Mechanical Designer
- Electro
- Solidworks
- Design Layouts
- Mechanical Design
- Creo
- Electrical Components
How much can you earn with Solidworks skills?
You can earn up to $79,371 a year with solidworks skills if you become a machine design engineer, the highest-paying job that requires solidworks skills. Electro-mechanical engineers can earn the second-highest salary among jobs that use Python, $85,912 a year.
| Job title | Average salary | Hourly rate |
|---|---|---|
| Machine Design Engineer | $79,371 | $38 |
| Electro-Mechanical Engineer | $85,912 | $41 |
| Contract Mechanical Engineer | $84,269 | $41 |
| Machine Designer | $69,937 | $34 |
| Mechanical Engineering Internship | $42,749 | $21 |
Companies using Solidworks in 2025
The top companies that look for employees with solidworks skills are Tesla, Ford Motor, and Randstad North America, Inc. In the millions of job postings we reviewed, these companies mention solidworks skills most frequently.
| Rank | Company | % of all skills | Job openings |
|---|---|---|---|
| 1 | Tesla | 19% | 1,868 |
| 2 | Ford Motor | 7% | 3,014 |
| 3 | Randstad North America, Inc. | 6% | 502 |
| 4 | POWER Engineers | 6% | 384 |
| 5 | Eaton | 5% | 2,209 |
Departments using Solidworks
| Department | Average salary |
|---|---|
| Engineering | $86,555 |
20 courses for Solidworks skills
1. SOLIDWORKS Academy: A Comprehensive Course on SolidWorks
This is a full-length course on SolidWorks. This course will take you on a journey from nothing to a Professional SolidWorks Designer. We have tried to make this course so comprehensive that you can get almost all demanding topics necessary in industries.============================================================Why you should take this course?Firstly this course is made by the professional expert, who has more than 5 years of teaching experience and he knows how to make student understand every tools and topics. There are 120+ Lectures covering almost all the tools that is important for Modelling in SolidWorks. This Course is made using SolidWorks 2016 which is having the latest interface, this will help you in understanding the new interface of SolidWorks. We keep on upgrading this course according to the feedback of the students, and all the upgrades are always free once you enrolled. We have covered the Motion Study & SolidWorks Simulation Add-Ins, with every details that you require for creating the simulation and different analysis like Structural Analysis & Thermal Analysis of the product and components. We have also included Sheet Metal Design in SolidWorks, which also covers design of custom forming tools. We are always there to help you, just ask your doubts, we will clear them as soon as possible. Topics That We Cover In this Course. Sketcher: We will be learning basic tools that are required for sketching your 2D Designs, We will learn about basic shapes, basic modification tools, and some advanced toolsPart Design: This Module is the most important section in SolidWorks Since part modeling is what SolidWorks is famous for, So in this section, we will spend a little more time learning all the basics of part modeling in SolidWorks. Assembly Designs: Assembly is yet another important topic in which we will learn how to assemble parts and sub-assemblies to create a complete product. Here we will be going to use different constraints for our assemblies. Motion Study & Simulation: It's an interesting section where we are going to see the basic simulation of our assembly products. Sheet Metal Design: In this section, we will be learning about sheet metal work in SolidWorks. SolidWorks is also widely used for sheet metal design, so here we will be covering important topics that is used in SolidWorks Sheet Metal like forming tools, bends, unbends & different processes associated with the sheet metal designs like punching, rip, etc. Drafting: In this, we will be learning about how to produce our model into the drawing sheets with different views, like Standard Views, Section Views, etc. We are also going to see various annotations like Dimension, text, etc. Overview of What you will learn?Brief understanding of the interface of the SolidWorks. How to create sketches using different sketch tools. How to use relations to define your sketch. How to create solid models with different Modelling tools like, Extrude, Revolve, Loft, etc. How to create User Defined references, like Reference Plane, Points & Line. How to apply textures of metals, plastics, rubber, etc. to the parts and product. How to use Different Pattern tools available in SolidWorks. We will cover some advance modelling tools, like Lofted Boss/Cuts, Multi-Shell, Helix, etc. How to assemble the parts in Assembly design workbench. Some Important Assembly Features, like Belt/Chain Drive, Fillets & Chamfers in an assembly, etc. After Assembly, we will simulate the product with Motion Study Interface. We will also learn to create mechanical analysis like stress analysis, thermal analysis for the product. We will create sheet metal parts using Sheet metal design interfaceWe will going to see tools like Flanges, Walls, Extrusion, Default forming tools. We will going to create user forming tools as well. Finally we end this course with Drafting, we create standard drafting using First & Third angle projections. We will see different view tools, like Section View, Projection View, etc. We will learn different annotations like dimensions, text, leader. We will also learn to create Assembly drafting and Sheet Metal Drafting. So, Overall it's a complete course to learn SolidWorks. And Don't worry about your doubts, we are always there to help you during this course, Just Ask!...
2. SolidWorks Complete Course: Learn 3D Modeling in SolidWorks
This course will introduce you to SolidWorks tools and the fundamental modeling techniques. It will give you with a strong understanding of SolidWorks and will cover the creation of parts, assemblies and drawings. This course takes you from beginner to advanced with clear instruction that goes beyond the basics. Fundamental techniques are detailed with real-world examples for hands-on learning. Even experienced users will find value in this course by learning new techniques that make familiar tasks quicker, easier to do, and much more organized, including advanced file management tools that simplify and streamline pre-flight checks...
3. Introduction to SOLIDWORKS
In this course we will learn the fundamental tools and concepts for the SOLIDWORKS engineering and design software. SOLIDWORKS is one of the largest computer aided design (CAD) softwares globally used across numerous industries including manufacturing, automotive, aerospace, defense, medical devices, robotics & automation, consumer products, construction, and many more! This course will run through the core concepts and tools available within SOLIDWORKS to help us design and build any parts, drawings, and assemblies we may require for our specific projects. We will start by getting comfortable with the user interface and work-space of SOLIDWORKS, move onto creating our first sketch and design our first parts. Once we have learned a number of the core part design tools we will introduce drawing tools to generate technical or engineering drawings required to manufacture our parts. Finally, we will learn assembly tools to help us design and build our assembly projects that contain multiple components. By the end of this course, you will have a strong foundation of the SOLIDWORKS fundamentals required to create and design your very own projects!...
4. Solidworks Sheet Metal
Level up your Solidworks skills by mastering the Sheet Metal module! Solidworks is one of the most popular and powerful 3D CAD programs in the world. Millions of people use it to design everything from 3D-printed toys all the way up to fully-working mechanical vehicles. However, as well as being used for solid models, Solidworks also has a powerful Sheet Metal module that can be used to virtually make 3D parts from flat sheets. Now you can join the ranks of Solidworks Sheet Metal users, and learn to create your own Sheet Metal models! Why this course is differentThere are many Sheet Metal courses online, but none quite like this one: The course covers every Sheet Metal tool in depth and includes the theory behind Sheet Metal concepts like Bend Allowance. Taught by a Solidworks professional! The instructor been using Solidworks since 2006 and even taken a range of official Solidworks-certified training courses. The instructor currently works as a Product Design Engineer and uses Solidworks every day to design all sorts of things for real clients - no academic-only experience here! Built on previous feedback! This course is built upon the instructors other best-selling Solidworks courses, and on the feedback from over 7,000 previous students on Udemy alone. Understand the wider context of Sheet Metal use. As well as explaining the basic Sheet Metal techniques this course also details real world applications and uses, such as the best material to select for the projects, and manufacturing tips. About this courseThis courses includes: Over 4 hours of high-quality original video. Sections contain additional resources such as downloadable models and drawings, made specially for the course. Prompt, support from expert instructor. Have a question? We are always here to support any questions and take a look at your progress. You will learn Over the course of eleven detailed sections you'll learn the entire range of Sheet Metal skills, including: Introduction to the Course - What it covers, how to use the course, and how best to get supportGetting Started with Sheet Metal - Base Flanges, Sheet Metal Properties and Material SelectionAdding Bends - Edge Flanges - one of the most Fundamental Sheet Metal featuresBasic Sheet Metal Features - Adding and Removing Material, Miter Flanges, Hems, Jogs and Sketched BendsAdvanced/Specialist Sheet Metal Tools - Crossbreak, Swept Flange, Gusset, Lofted Bend, Tab and Slot, Vent, Unfold and Fold processesCorner Details - Various Corner Tools available in Solidworks Sheet MetalCreating Sheet Metal Parts in Other Ways - Insert Bends, Convert to Sheet MetalForming Tools - Basic Use, modifying existing Forming Tools, and making and using entirely custom Forming ToolsPractical Example - Making an Enclosure - Many of the previous skills are now combined to create a multi-sheet Enclosure Model2D Drawings and Exporting Files - 2D Sheet Metal drawings and also how to export Sheet Metal parts into file types that can be widely used by third-party machines. Conclusion - This final section briefly recaps the entire course. The course is taught using Solidworks 2019 but the models and resources used will work with any version newer than that. If you have a previous version (2015-2018, or earlier) then users can still follow along and use the course but won't be able to open the optional, example models. There might also be slight differences in interface and terminology between versions. So sign up today, and begin your first steps in the exciting world of Sheet Metal modelling!...
5. Introduction to Solidworks
This course introduces the fundamentals of Solidworks 3D parametric CAD software for the creation of both parts and assemblies. The course focuses not only on the individual tools available in Solidworks, but also on the best approach to the use of these tools, so that the design progresses in a logical manner, leading to a robust, effective and efficient design process. With over three hours of video tutorials, together with a. pdf download of component drawings as used in the exercises, users can complete each exercise at their own pace. Each lesson builds on previously acquired knowledge and skills, often discussing multiple approaches to a given problem. The series of components created by the user is then used to create a final dynamic assembly. Upon completion of this course, and with sufficient practice, users should experience increased design productivity, improved design process reliability and a more logical approach to the design process...
6. Complete Solidworks Beginners Course
This Solidworks course is made with a beginner in mind and it will help you learn everything about Solidworks right from scratch. About the instructorJaiprakash Pandey is a published author of the bestseller CAD book by Packt publication and he is a corporate trainer with clients from fortune 500 companies, design and manufacturing industries, government organizations and the military. What's in the courseThis course starts from scratch assuming you know nothing about Solidworks and basic things like navigation tools, setting units and making simple sketches are introduced first-hand. Gradually you will learn to make simple as well as complex 3D parts using part modelling tools. Rather than explaining how the tool and command work the course focuses on how these tools and commands can be used in a real-world situation and hence almost all the videos are explained with examples of real-world applications. Currently, this course covers part modelling, assembly and drawing sections of Solidworks. Course structureEvery chapter contains video lessons, practise exercises and quizzes to help you assess your performance of every chapter. At the end of this course, there is a practical project where you will learn to make a Connecting Rod right from scratch including its smaller components and also you will learn to assemble it and convert the assembly and parts into manufacturing-ready drawings. Once you finish the course... After finishing the course you will be able to make your own parts, assemblies and drawings using Solidworks. You will also be able to make manufacturing-ready drawings and parts with proper specifications and drafting standards. Who should enrol in this courseThis course is for you if you are a student, professional or hobbyist who just wants to learn Solidworks right from scratch with instructor support. Instructor supportWhenever you have a subject matter question you can post it in the Q & A forum and I will answer your questions as soon as possible. So, with the course, you not only get the video lessons but also quick and responsive support from the instructor. Pre-requisites for the courseThere are no pre-requisites for the course but you need to have access to Solidworks software on Windows operating system. If you are a student you can get a student copy of Solidworks from approved vendors and the student copy is available at a fraction of the cost of Solidworks software and is almost completely identical to the full software...
7. SolidWorks Motion Complete Course
In this course you will learn everything you need in order to create powerfull simulations of machines and mechanisms. You will apply motors, gravity, physical contact between parts, springs and much more. You will also learn how to extract all sorts of engineering data and results from your simulations. Besides that, you will be able to create amazing animations to present your ideas and conceptsThe course covers a number of differente mechanisms and the list will grow bigger in time as I add new videos. We will simulate the motion of the following mechanisms Crank ShaftBelt Driven Linear Actuator Disk Cam ApplicationCartesian Manipulator - Rack and PinionGeneva WheelBarrel Cam - Linear ApplicatonBarrel Cam - Angular ApplicationSpring AnimationWalkthrought - 2 Differente Methods You will learn everything you need in order to create powerful, precise and compelling motion studies. Trhough mechanism simulation you will be able to make sure your designs will work in the way you want them to work before building expensive prototypes. Besides that, motion simulation enables you to explain concepts with ease, determine engineeging results and so much more...
8. Getting Started with Solidworks
2 1/2 Hours of training for an in-demand skill and software! The entire process from design to final printed piece! One of the most sought after skills in the Computer Aided Design industry!30 Day money back guarantee! In this series on Computer Aided Design, Logan Frank takes you through a User Interface and Navigation crash course in Dassault Systemes SOLIDWORKS. Once you've learned your way around, you'll be taken step by step through the creation of a motor mount for a multi-rotor airframe. This course will include setting up your files for 3D printing, and you'll get the opportunity to see the 3D printer in action, as well as the final replacement mount! Understand Sketches, Features and what they are. Construction Geometry and using it to efficiently locate aspects of Sketches. Automatic Rebuilding and invoking it manually. Solidworks Magnifying Glass. The Rollback Bar. Centerline Behaviors. Understanding requirements and constraints during design. This course requires only Solidworks. The 3D printing of the completed part is included to demonstrate the entire process from front to back but is not essential to completing the course. At 2 1/2 hours, this course is designed to get you working in Solidworks as quickly as possible. After an introduction to the UI and proper navigation, you'll complete a mini-project before tackling your motor mount. From there you'll work through the entire process from beginning to final printed component! Take this course to get your feet wet with Solidworks quickly and efficiently. This overview will take anyone with a basic familiarity in 3D or drafting from new to creating basic designs in just a few hours and is an excellent primer for more in-depth learning. Start learning today!...
9. SolidWorks 2017 Advanced Part Training
In this SolidWorks 2017 Advanced Part training course, expert author Asif Ahmed, Certified SolidWorks Expert (CSWE) will teach you how to create complex part using the advanced part tools in SolidWorks. This course is designed for beginner and intermediate user. If anyone wants to fill up his/her gap regarding SolidWorks advanced part topic, then this is also right course for them. Follow along with our expert instructor in this training course to get: ·Concise, informative and broadcast-quality SolidWorks Advanced Part training videos delivered to your desktop. ·4.0 hours of HD video tutorials ·Over 74 individual video lectures ·Exercise files- to help you become proficient with the material. ·Theability to learn at your own pace with our intuitive, easy-to-use interface ·A quick grasp of even the most complex SolidWorks part subjects because they're broken into simple and easy to follow tutorial videos. You will start by learning intermediate part tools, such as advanced extrude, advanced fillet, swept, loft and so on. This video tutorial will then cover how to make complex pattern, and teach you what is multibody part and what is the best way to design in 3D part using multibody part environment. Then this course will also cover lots of advanced topics such as boundary, dome, wrap etc. Then, you will learn how to create and manage configuration and many more advanced topics etc. Once you have completed this computer based training course, you will be fully capable of using these tools and techniques to create your own complex 3D part using this 3D modeling software. Working files are included, allowing you to follow along with the author throughout the lessons. In this SolidWorks Advanced Part training video tutorial series, you'll quickly have relevant skills for real-world applications...
10. SolidWorks 2019 Teknik Resim Eğitimi
Herkese selamlar,2 boyutlu çizim - 3 boyutlu katı model - montaj eğitim serilerinden sonra SolidWorks 2019 Teknik Resim Eğitim Serisi ile karşınızdayım. SolidWorks teknik resim ortamı, parça veya montajda oluşturduğumuz modelleri kullanıcı yada imalatçının anlayabileceği bir şekilde detaylandırmak için bizlere sunulmuştur. Modellerimizi teknik resim ortamına ekleyip, izdüşüm yöntemiyle oluşan görünüşlerini , şekil ölçüleri- konum ölçülerini, kesit görünümünü, önemli noktaların detay görünümlerini, boyutsal - geometrik toleransları, yüzey kalitesi. gibi imalat için gerekli detayları oluşturup bir PDF veya görsel olarak üretici ile paylaşacağız. Üreticinin bu bilgileri kolaylıkla anlayabilmesi için tüm detayların belirli bir standartta sunulması şarttır! Haydi gelin standartlara uyarak, modellerimizi imal edilebilir şekle dönüştürelim :)SaygılarımlaÖmer Faruk ARASMekanik Tasarım MühendisiSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfiles...
11. CNC programming with SolidWorks CAM
The purpose of this course is to take a person with some CNC mill experience, and within duration of this course teach them how to operate SolidWorks CAM to generate G-codes for 2.5 and 3 axis operations. If you do not have any experience with machining I would recommend that you first take another course of mine, it's title is "CNC cutting tools and machining techniques" there you will learn about cutting tools, cutting data, and machining techniques, it will help you to have some basic knowledge of the machining which is essential for this course...
12. SolidWorks 2023 - Essential Training
In this Solidworks Essential training course, Expert author Asif Ahmed, (Certified Solidworks Expert) will teach you how to create sketch, parts, assembly and drawing file using the variety of tools in Solidworks. This course is designed for the absolute beginner, meaning no previous experience with Solidworks is required. If anyone wants to fill up his/her gap in Solidworks, then this is also right course for them. Once you have completed this computer based training course, you will be fully capable of using these tools and techniques to create your own drawing and get control perfectly using this 3D modeling software. Working files are included, allowing you to follow along with the author throughout the lessons. In this Solidworks Essential training video tutorial series, you'll quickly have relevant skills for real-world applications. About this course: Follow along with our expert instructor in this training course to get:10.0 hours of HD video tutorialOver 150 individual video lectures12 practice projects1 Supplemental ResourcesFull lifetime accessAccess on mobile and TV30 days money back guaranteeCertificate of CompletionTopics cover in this course: SketchPartAssemblyDrawingWhy do you choose this course: Progressive difficulty: we start slow and we build our way upLots of exercises, assignments and practice tests. All lectures are straight to the point - minimal effort, maximum resultsLearn by working, not by memorizing! Get depth knowledge about parametric CAD system including sketch , part, assembly and drawing. Apply Solidworks skill easily in a production environment without struggling. Increase confident about Solidworks and design whatever you wantImpeccable sound and video qualityQuality instructor support: I respond to most questions in under 24 hours...
13. SOLIDWORKS Class 12 : Assemblies Deep Dive
Welcome to our twelfth SOLIDWORKS Class covering various advanced assemblies competencies (Assemblies Deep Dive). This class is the first of our SOLIDWORKS Class Series which consists of 12 short classes ranging from 15 mins to 1.5 hrs. The series will take you from knowing nothing about SOLIDWORKS to the Certified Professional Level (CSWP). In this specific class you will learn the following:...
14. SOLIDWORKS Class 11 : Assemblies Advanced Mates
Welcome to our eleventh SOLIDWORKS Class covering Assemblies Advanced Mates. This class is the first of our SOLIDWORKS Class Series which consists of 12 short classes ranging from 15 mins to 1.5 hrs. The series will take you from knowing nothing about SOLIDWORKS to the Certified Professional Level (CSWP). In this specific class you will learn the following:...
15. Solidworks: Basic to Industrial Level Certification
In this Solidworks course we are going to learn Solidworks from scratch an our goal is to be a master in Solidworks. This course is in Hindi so it's very easy to understand logic of command and easily understand the problem while we face during the project. At the completion of the course you definitely mention the Solidworks in your resume. And you are able to make and design anything. SOLIDWORKS make evrything which is in mindSOLIDWORKS Course contain:-About Kings Engineering. Introduction of Solidworks. Interface of Solidworks. Sketch tool in Solidworks Feature tool in Solidworks All missing tools and commands in Solidworks Industrial project overview (Open type dust collection system) in Solidworks Part 01: Stand designing (Base of the project) in Solidworks Part 02: Bag filter (To collect the dust) in Solidworks Part 03: Bend pipe (Changing the direction of flow) in Solidworks Part 04: Flexible pipe (Inlet section of dust) in Solidworks Part 05: Convergent pipe (Convert rectangular pipe to circular pipe) in Solidworks Part 06: Joint and Inlet hood (Provide large area to sucks the dust) in Solidworks Part 07: Motor Enclosure (To reduce noise of the motor) in Solidworks Part 08: Centrifugal pump (Creating vacuum) in Solidworks Part 09: Motor (To provide motion to the centrifugal pump) in Solidworks Part 10: Impeller (Create pressure and flow) in Solidworks Assembly 01: Assembly of motor and centrifugal pump. in Solidworks Assembly 02: Final assembly of a project. in Solidworks Advance point 01: Animation of a project. in Solidworks Advance point 02: Simulation (Static load study) in Solidworks * Solidworks in hindi *...
16. SolidWorks 2019 2 Boyutlu Çizim Eğitimi
Herkese selamlar, SolidWorks 2019 2 boyutlu çizim eğitimini sizler için büyük titizlikle hazırladım. Serinin toplam süresi 3 saat 39 dakika olduğu için direkt ücretsiz olamamaktadır. Bu sebepten great part instagram sayfamda her ay 2 boyut ve 3 boyut için ücretsiz promosyon kodu oluşturmaktayım. Eğitimde 2 boyutlu çizim oluşturma mantığını bütünüyle öğrettiğim için alıştırmalar kısmını anlatarak çizmedim, daha çok sizin çözmeniz için oluşturuldu (Cevap anahtarı olarak videoyu izlemelisiniz, videoyu durdurup teknik resime bakıp hızlıca çizebilirsiniz) Eğitim İçerisinde, kurallı bir çizim oluşturmaya dair tüm detaylar yer almaktadır. Buradaki eğitimi -tekrar edip kavradıktan sonra- lütfen 3 boyutlu eğitim serisine geçiş yapın. Orada da sizi mükemmel teknik detaylar karşılayacaktır. Bir CAD programını tam ve eksiksiz öğrenmek isteyen herkesi eğitim serilerime davet ediyorum. İyi çalışmalar dilerim. Saygı ve Sevgi ileÖmer Faruk ARASMekanik Tasarım MühendisiSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfilesSolidWorks 2019 DesignMechanical EngineeringModelingGreat PartPart DesignAssemblySurfaceSheet MetalProfiles...
17. SOLIDWORKS 3D CAD for Mechanical Engineering
Learn design like a Pro using SolidWorks! Practice your skills using the example given with the PDF attached! Hold down your middle mouse button to rotate the part! In this course you will learn to find your way around SolidWorks and learn to draw a simple part, as well as learn to layout a drawing. Sketching is covered as well as basic design features such as extrusion, fillets, cuts etc. Enjoy!!...
18. Become Certified SOLIDWORKS Professional (CSWP) Course
★★★ How To Pass SOLIDWORKS CSWP Exam Without Fear Of Failing Following Step by Step Training - Exams Included ★★★Did you know that only 91,631 people in the world passed the CSWP exam? Just having the CSWP exam verifies that you are in the top of SOLIDWORKS users globally. The problem is that most of the students..1. Don't have the right mind strategy to think like a designer 2. They are not able to find the quickest way to find the design solution on the exam what makes them to fail the time limited exam.3. They don't know how to approach to the design problem 4. Plus there are no many exam samples on the internet so you can't get familiar with the exam conceptIf you want come on the exam relaxed and full of confidence in your skills let me introduce you to the training that will get you prepare even if you never touched Solidworks before. In this course you will get skills, training and examples to overcome those obstacles and pass Solidworks CSWP exam easily even with spare time left by going through…1. Advanced Feature tools needed for creating more complex 3D models2. Design Table and configurations all the way from the beginning3. Advanced assembly tools (Mates) which will allow you to create complex mechanism 4. Exercises and examples. In Solidworks is all about practicing. Your skills will be sharpen if you dive in directly by yourself. That's why this course is providing bunch of exercises that you have to solve individually. But everything you need to know will be shown in lectures.5. CSWP Sample Exam. All examples are similar to ones you will find on Certified Solidworks Professional (CSWP) exam. Which means if you successfully finish this course you are ready for Certified Solidworks Professional exam.6. You'll gain confidence to negotiate for bigger salary7. You'll learn the secret tricks of the CSWP exam8. You'll learn to confidently design CAD models from the sketch to 3D even if you never open Solidworks before9. You'll become familiar with Solidworks CSWP exam concept10. You'll be able to start your Solidworks CAD designer career and start making money11. You'll start to think like a CAD designer12. You'll be able to confidently list your SOLIDWORKS skills in your resumeNow what makes me credible to teach you this topic?I have master's degree in mechanical engineering and I'm Solidworks certified professional designer. I have over 5 years industry experience in using Solidworks, CATIA and AutoCAD where I was designing resistance welding machines. On the other hand last two years I have enrolled over 30 000 students on my 12 courses with my average courses rate 4.6 out of 5. This course can transform your Solidworks skills, your career and at the end your life as you know but don't take my word for it. Read just few of these raving student testimonials for yourself…★★★★★ The course is quite helpful and straightforward. I used it for my CSWP preparation, and it significantly speeded up my progress. I would strongly recommend the course to everyone who wants to pass the exam. Thank you for the help. - Dmitriy K.★★★★★ Thank you so much for putting so much effort for creating this course. And I found it really helpful in learning some new tools and skills. I took this course in hope for another step towards professional SolidWorks user and it was completely up to the mark. - Muhammad Arslan A.★★★★★ Course content is very good. Good for learners who are looking career in mechanical design. All assignment was explain with detail knowledge of software keys. Best course for the mechanical designers and product development engineers. Course assignment was also good for improving the knowledge. personally recommends to all mechanical engineers who are looking career in mechanical design , R & D , Product Development. - Vaishnavi M. BONUS: Students who enroll today will receive my lifetime personal email support. So you can contact me anytime regarding any question you have.30-DAY GUARANTEE: If you don't see incredible results from this course within the next 30 days, Udemy will refund your entire investment! You literally have nothing to lose and so much to gain! ADD TO CART now to truly change your life forever!...
19. Solidworks Furniture: A Simple Table or Desk
Starting off with a simple sketch well explore ways to create the base of the desk using weldments a wood table top learn how to use the sheet metal tool and put it all together in an assembly. Well then chose colors and materials to render everything in Photoview360 creating a finished prototype of our desk or table. And to finish it up well create a drawing for manufacturing...
20. SOLIDWORKS: Become a Certified Associate Today (CSWA)
This is a streamlined course to take you from knowing nothing about SOLIDWORKS to giving you all the knowledge and skills needed to become a certified SOLIDWORKS associate. This course should enable you to, with confidence, use SOLIDWORKS to design your next innovation. After this course, you can proudly list your SOLIDWORKS skills in your resume. THIS COURSE IS NOT A SHORTCUT TO GETTING THE CERTIFICATE. We are following a learn-by-doing approach for you to truly master all the skills needed for the certification test.*The interface used in this program is the classical SOLIDWORKS interface. We have another updated program with the ==================About this course: With this course, you will get: Full, free lifetime access to 77 lectures (increasing over time). All future extra lectures and upgrades will always be free. Unconditional Udemy 30 days money-back guarantee - We are sure you would love the course though:)Regular free bonus additions to increase your knowledge. - lots of fun topics! Today, you can start your journey to becoming a SOLIDWORKS professional with ZERO prior experience! I stress that you need no prior experience, and there is nothing to buy or pay for!!! You will only need SOLIDWORKS itself. Why our course?! Learn from the best. Your instructor is the author of the book Learn SOLIDWORKS books. You will have all your questions answered by experts in the course forum. Get access to an exclusive student SOLIDWORKS community. We follow the learning-by-doing approach, which is proven the best for learning software like SOLIDWORKS. We have enlarged the interface icons in our screencasts to make our videos more eye-friendly. We even enlarged the mouse cursor!! We use annotations in all our lectures for easier follow-up. We made our videos short and concentrated on one or a few aspects to make them easier for reference. We also designed each lecture to be a stand-alone lecture. You will learn: How to navigate through the SOLIDWORKS interface. How to sketch with different sketch commands. How to define sketches using relations or distances. How to use more than 10 different features to create 3D models. (extruded boss and cut, fillet, chamfers, revolved boss and cut, swept boss and cut, lofted boss and cut)How to create additional reference planes. How to modify given parts to match design needs. How to explore different materials for your models. How to find your model's mass, volume, and center of gravity. How to assemble different parts into an assembly file. How to generate drawings from parts and models. How to interpret different drawing annotations. Click the 'take this course' button, top right, now. Every hour you delay is costing you great creations and skills:)Tayseer Almattar...