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Are you looking to enhance your knowledge and skills in social media and marketing? Look no further! In this blog post, we will provide you with a list of the top free online courses available for those interested in learning about social media and marketing. These courses are offered by reputable institutions and industry leaders and will provide you with a solid understanding of the latest trends and strategies in the field. Whether you're a business owner, marketer, or simply looking to expand your knowledge, these courses have something for everyone. So, let's dive in and explore the best free social media and marketing courses available online! 1. Fundamentals of Digital Marketing certificate Master the basics of digital marketing with our free Interactive Advertising Bureau-accredited course. There are 26 modules to explore, all created by Google trainers, and packed full of practical exercises and real-world examples to help you turn knowledge into action. Why get certified Improve your CV Find a job Grow your career How it works Learn new skills with our bite-sized video tutorials, then test your knowledge with a quick quiz. 2 Pass the final 40-question exam and get certified. Download and showcase your new qualification on LinkedIn and your CV. Topics covered: Planning an online business strategy Search engine marketing (SEM) best practices Google Ads Advertising locally Advertising on social media Email best practices 2. Google Ads certifications Google Ads - Measurement Certification Earn a Google Ads - Measurement Certification by demonstrating your ability to measure and optimize Google Ads campaign performance. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified. Duration:4.7h Google Ads Creative Certification Earn a Google Ads Creative Certification by demonstrating your ability to make effective ads for Video, Display, App, and Search campaigns. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified.Duration3.9h Grow Offline Sales Certification Earn a Grow Offline Sales Certification by demonstrating your ability to connect products and services with shoppers across their purchase journey. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified.Duration2.6h Google Ads Search Certification Earn a Google Ads Search Certification by demonstrating your mastery of Google Ads Search campaigns. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified. Duration3.7h Google Ads Display Certification Earn a Google Ads Display Certification by demonstrating your ability to deliver effective display advertising to meet specific marketing objectives. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified.Duration2.6h Shopping ads Certification Earn a Shopping ads Certification by demonstrating your ability to connect products with shoppers across their purchase journey. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified.Duration3.1h Google Ads Video Certification Earn a Google Ads Video Certification by demonstrating your ability to get results from YouTube and Google Video advertising solutions. Get certified by passing the assessment.Duration4.0h Google Ads Apps Certification Earn a Google Ads Apps Certification by demonstrating your ability to create and optimize App campaigns to meet specific marketing objectives. Prepare for the certification by completing the diagnostic assessment, or proceed to get certified.Duration2.8h 3. Buffer’s Week of Webinars on Digital Marketing Topics covered : Increasing the visibility of your Facebook content Instagram marketing for business growth Public relations and branding Starting with Social Media Data Beginner to intermediate skill level Who is it for? This video series is ideal for anyone who wants to learn the fundamentals of online marketing on their own schedule. There is no need to register, and you can watch all seven videos at your leisure. What you'll discover Buffer's Week of Webinars, while not a traditional social media "class" (it's a series of YouTube videos), covers everything from content curation and social media analytics to getting your content seen in Facebook's News Feed. 4. Viral Marketing and How to Craft Contagious Content This course explains how things catch on and helps you apply these ideas to be more effective at marketing your ideas, brands, or products. You'll learn how to make ideas stick, how to increase your influence, how to generate more word of mouth, and how to use the power of social networks to spread information and influence. Drawing on principles from his best-selling book, "Contagious: Why Things Catch On," Professor Jonah Berger illustrates successful strategies for you to use buzz to create virality so that your campaigns become more shareable on social media and elsewhere. By the end of this course, you'll have a better understanding of how to craft contagious content, build stickier messages, and get any product, idea, or behavior to catch on. Topics covered : What Makes Ideas Sticky? How Social Influence Shapes Behavior The Power of Word of Mouth Social Networks 5. Email Marketing for E-Commerce Eager to take your email marketing to the next level, and start increasing sales? This tactical 25-minute class with Mailchimp’s Director of VIP Services, Ariana Hargrave, shares tools and tips you can put into action today to send better emails and achieve your business goals. Ariana walks through three key concepts to boost your business through email – Automation, Optimization, and Personalization – and several helpful tactics and visual examples within each. Automation – Onboarding, Abandoned Carts, Purchase Followups, Best Customers Optimization – A/B Testing, Inbox Preview, Timewarp, Send Time Optimization Personalization – Merge Tags, Product Recommendations, Segmenting/Targeting By the end, you’ll have the tools to reach your customers more effectively, learn from your data, and increase revenue in a quick and easy way. Whether you're kicking off a new email marketing campaign or looking to revamp your existing strategy, these lessons are key to growing your small or medium-sized business. In conclusion, there are many free social media and marketing courses available online to help individuals and businesses improve their social media and marketing skills. These courses cover a wide range of topics, including social media strategy, content creation, analytics, and advertising. Some popular platforms for finding free social media and marketing courses include Coursera, Udemy, and LinkedIn Learning. Additionally, many social media platforms, such as Facebook and Instagram, also offer their own training resources and certifications. By taking advantage of these resources, individuals and businesses can gain the knowledge and skills they need to effectively market themselves and their products on social media. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website

LinkedIn is a powerful tool for job seekers in the field of mechanical engineering. As one of the largest professional networking platforms in the world, LinkedIn can help you connect with potential employers, showcase your skills and experience, and land your dream job. In this blog, we will explore the ways in which you can use LinkedIn to get a job as a mechanical engineer, including tips on building a strong profile, networking with industry professionals, and showcasing your work. Whether you're a recent graduate or an experienced engineer looking for a new opportunity, this guide will give you the tools you need to succeed on LinkedIn. Core Mechanical Engineering job using LinkedIn If you're a mechanical engineer, you've probably heard or spoken anything like this. "During a campus interview, even small organizations arrive to hire Mechanical Engineers." "If not for a campus placement, it is difficult to get into a Mechanical Engineering core company as a Fresher." These assertions have been made to me as a mechanical engineer throughout the last decade. However, based on my personal experiences over the last eight years, I've discovered that these claims are only valid for pupils who lack technical skills. Here are a few points that lead me to believe that the statements above are not true in general. Manufacturing accounts for over 17 percent of India's GDP, compared to financial, real estate, and professional services, which account for 22 percent. While I agree that the manufacturing industry as a whole does not equal Mechanical Engineers, this number does give us an idea of the amount of Mechanical Engineers required in India in comparison to other areas. As a result, the notion that there aren't enough Mechanical Engineering jobs should be disproved. I was curious to see how well Mechanical Engineers with strong skill sets fared in the job market. I assumed that looking at the number of Mechanical Engineers employed by a main organization at IIT-Madras would provide us with some insight into the job market. In 2016, 45 of the 50 B.E. Mech graduates who attended the interview received a job offer from a core engineering firm. (2) I've listed the companies who hired them below. If you are currently studying for an undergraduate degree or looking for a job move, looking at the talents that these organizations need will give you a chance to work for them as well. Make that you have the necessary skill sets. Now that I've explained why I don't believe the "there aren't enough Mechanical Engineering jobs" claim, I'd want to show you how to find the most recent Mechanical Engineering job openings. While there are a variety of ways to look for available jobs, I'd like to start with two simple options. How to Make the Most of LinkedIn in Your Job Search How to use placements at other prestigious colleges to have a better understanding of the market and prepare yourself. Let’s start with LinkedIn. Here is a step-by-step approach: 1. Start with a straightforward LinkedIn search, such as "Mechanical Engineer." You'll get a window similar to the one below; pick the "Job" tab. 2. When you click on Jobs, a list of Mechanical Engineering jobs in your nation will appear. It will largely display if you are in India. 3. The number "16725" is worth noting. This is far too much material to wade through, and some of the posts may be useless to you. As a result, make sure you apply the required filters. Here are a few of the filters I'd suggest. 4. I received 134 results after filtering it, which is something I can work with. I started looking at jobs that required fundamental Mechanical Engineering skill sets after I had a list of them. Here are a few things to consider: Keywords: what skill sets are required for that job description? You must be quite knowledgeable in those areas. i.e. a minimum of 2-4 high-quality projects Is the position an engineering one or a manual Quality, manufacturing, shift-based position? Most engineers want to put their technical skills to use, thus I would recommend looking for an engineering position in that instance. If the job description specifies a Diploma or a BE Mech Engineer, the position is likely to be low-tech. Also, check the right side of the website, which lists the positions that people have recently looked at; these occupations might be a good fit for you. This will save you time by allowing you to quickly find the jobs that you are interested in. If you'd like to be notified when new jobs become available, click the "Send me jobs like this" button. 5. 28 opportunities suited a Mechanical Engineer for a CAE, Design & Simulations oriented profile out of the 134 job listings. The job profiles and skill sets they're searching for may be seen on the Google document here. 6. These are the most popular skill sets that recruiters are searching for in Design & Analysis. 2D & 3D Modeling, according to a mini-trend we found. Major corporations require CREO, SolidWorks, CATIA, and NX-CAD GD&T and BIW design is a requirement. CFD, MBD, FEA, and Meshing Techniques are highly sought after in analysis. 7. One thing you'll notice is that these businesses require two years of experience. According to HR professionals from many firms, "GOOD THEORETICAL KNOWLEDGE AND TOOL BASED APPLICATION KNOWLEDGE" means "GOOD THEORETICAL KNOWLEDGE AND TOOL BASED APPLICATION KNOWLEDGE." In my next post, I'll explain how to improve your CV to emphasize your application skills. We'll explore how to use top institutions like IIT Madras and understand which organizations are recruiting now that we know how to use LinkedIn to seek jobs. 1. Look at the companies that hire Mechanical Engineers at IIT Madras first. 2. Next, look at the current job openings in that particular company. For example, when I looked for "Airbus jobs in India," I came across this website: http://company.airbus.com/careers/jobs-and-applications/vacancies-in-india.html. The number of positions available shocked me. This is why doing some basic research is usually beneficial. 3. Recognize the skillsets that are required. Don't get hung up on the number of years of experience they require. Nobody has the required experience. So, if you have the necessary skill sets, apply for them; if not, get them. 4. Once you've found the job, go back to Google and look for it again. Take a look at who else in that company is doing the same job. Take a look at their profile and the jobs they've completed. If you've worked on similar projects before, make a cold call to them. Explain your job and inquire about how to contact the organization. While all of this appears to be a lot of work, keep in mind the quote "EFFORTS NEVER FAIL." NOTE: When looking for a job, the most crucial thing is to have the skill set that the employer is looking for. If you lack those abilities, be willing to learn them. Spend some money on yourself to acquire these abilities. Structured learning with a mentor is far superior and also aids in the acquisition of industry expertise. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website

The fuel cell industry is on the rise, and with it comes a plethora of exciting career opportunities. As the world shifts towards clean and sustainable energy sources, fuel cells are becoming increasingly popular as a reliable and efficient source of power. The industry is projected to grow at a staggering rate in the coming years, and with it, the demand for skilled professionals will also increase. This blog will explore some of the most high-demand careers in the fuel cell industry, including job titles, qualifications, and earning potential. Whether you're an experienced professional or a recent graduate, this is the perfect time to consider a career in the fuel cell industry. So, without further ado, let's dive in! 1. Modeling and Data Analysis Engineer You will design models for the fuel cell, vehicle, and engine in this position. These models are provided to OEMs for use in simulations. Finally, a model that is accurate enough to depict what a physical system will do is required for simulation. The data is analyzed by the modeling and data analysis engineer, who attempts to discover the parameters of the fuel cell stack and ultracapacitor. The ultimate goal is to make a model of it and sell it to customers. 2. PACKAGING DESIGN ROLE The task of package design includes determining the best possible packaging for all components, including fuel cells, batteries, ultracapacitors, electric motors, and so on. This position necessitates a thorough understanding of CAD design and tools such as CREO and SolidWorks. 3. SIMULATION ENGINEER A simulation engineer is someone who works with the modeling data that modeling engineers offer. Because it's impossible to test everything in a physical system using a fuel cell and a car, simulations are used to test specific parts. The control software is run on both the fuel cell and car models to ensure that the control system is functioning properly. If it isn't working as expected, the source of the problem must be identified. 4. FUNCTION DEVELOPER Many firms offer software that allows you to handle all of the factors, such as hydrogen supply, water management, and thermal management. To manage these variables, you'll need software like Asset or MATLAB. The function developers' job is to create Matlab functions to control all of those parameters. 5. SYSTEM TEST ENGINEER As the name implies, a system test engineer will be responsible for testing a variety of systems depending on requirements. You can use the vehicle's fuel cells or standalone fuel cells. The testing processes are all the same. You must figure out what works and what doesn't after you've been trained to run tests. If some features do not function as expected, there is an issue with the software. As a result, you'll need to collaborate with the function developers to resolve the issue and improve the system. 6. SYSTEM INTEGRATION ENGINEER This position is critical for a variety of vehicle components. The integration engineer ensures that all of the systems are connected and functioning properly. It's a high-learning role because you'll learn a lot about the whole vehicle as well as individual components. 7. HIGH VOLTAGE SYSTEM ENGINEER The battery and fuel cell are high-voltage components of the car. As a result, you must design systems to ensure that voltages do not reach extremes. The high-voltage system engineer ensures that this is the case. This profession necessitates a great deal of electrical engineering. 8. CALIBRATION ENGINEER You will need to undertake some adjustments after the function developers have completed the software. A calibration engineer's job is to do just that. The calibration engineer adjusts the parameters to provide the greatest and most optimum performance from the system. 9. SYSTEM DESIGN ENGINEER For entry-level engineers, the post of the system design engineer is uncommon. In some circumstances, though, it is still possible to become one at the entry level. The function developer's task is to create requirements for the system design engineer. The position necessitates a strong background as well as extensive knowledge of the system in question. If you're working on a fuel cell, for example, you'll need to know a lot about the fuel cell and the electric power train to develop specifications. It is possible to work as a systems engineer, however, it is a rare occurrence. It usually necessitates some prior experience. Job Roles at the Senior-Level 1. SYSTEM ENGINEERING LEAD After gaining expertise as a function developer, you can advance to lead systems engineer, where you will design everything. 2. FUEL CELL DEVELOPMENT ENGINEER The position requires working on the development of fuel cells, as the title suggests. The position focuses on electrical and chemical engineering. On a basic level, you're attempting to increase performance and chemical processes. 3. DESIGNER OF FUNCTIONAL SAFETY A functional safety engineer ensures that all of the vehicle's components are functioning properly. These operations are required to ensure the driver's safety. 4. TECHNICAL SPECIALIST A technical specialist is someone who has a broad and deep understanding of the topic. The majority of lead systems engineers and function developers seek advice from technical experts. The goal is to apply your knowledge and provide comments to ensure that everything is on track. 5. DIRECTOR OF PROJECTS This mid-to-senior management position is similar to that of a typical project manager. It is the responsibility of this position to guarantee that jobs are given and deadlines are completed. 6. MANAGER OF SYSTEM DESIGN The systems design manager reports to the systems test engineers. 7. MANAGER OF CALIBRATION The calibration manager is in charge of supervising and collaborating with the calibration engineers. Top Management Roles When it comes to automotive, the top-ranking positions are Principal Engineer/Chief Vehicle Engineer and Software and Calibration Department Leader. The Toyota Mirai, for example, will have a chief vehicle engineer in charge of presenting the complete car. The job requires a high level of accountability. Powertrain Department Managers are held to the same standard. These individuals are in charge of delivering the full powertrain software. As the leader of the powertrain department, you are responsible for ensuring that all of the components are operational, thus you are in charge of a variety of job functions. How to Break Into This Industry Using Matlab/Simulink to get into function development is a frequent approach to get into this field. Big OEMs like Toyota and Mercedes are looking for function developers to help them build in-house software for their powertrains rather than relying on suppliers like Bosch. It's also feasible to start in this industry as a test engineer and work your way up. Getting into systems engineering is doable if you have a solid technical foundation in fuel cells and automobiles. The majority of system engineering takes place outside of India. Recent advancements, however, have been made. Tata Motors, for example, has collaborated with ISRO to create a fuel cell, while Log9 Materials, a Bengaluru-based fuel cell firm, has received $3.5 million in funding. To sum up: As you can see, the fuel cell business offers a wide range of job opportunities. All of them, however, necessitate a significant amount of effort in terms of learning and direction to develop an impressive portfolio of actual projects. 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Design Engineers are responsible for the creation, development, and improvement of products, systems, and structures. They use their knowledge of engineering principles, materials, and manufacturing processes to design and develop new products, improve existing ones, and solve problems that arise during production. The role of a Design Engineer is a challenging and rewarding one and requires a combination of education, experience, and skill. In this blog, we will be exploring the route map to becoming a Design Engineer. 1. Earn a Bachelor's Degree When selecting a bachelor's degree in an engineering field such as mechanical, electrical, or aerospace engineering, there are several factors to consider: Curriculum Faculty Location Cost Specialization Ultimately, the best way to select a bachelor's degree program in engineering is to research multiple options and visit the campus if possible, to get a sense of the program's culture and resources. Talk to current students, professors, and alumni to get the best information and make an informed decision. 2. Gain relevant work experience Internships: Many engineering companies offer internships to students and recent graduates. These internships provide hands-on experience and the opportunity to work on real projects with experienced engineers. Entry-level positions: Some engineering companies may also offer entry-level positions for recent graduates with limited experience. These positions can provide a stepping stone to more advanced roles, and allow you to gain experience in a specific area of engineering. Freelancing: You can work as a freelancer and take on small projects from different companies. This will give you experience in different sectors and help you build a portfolio of work. 3. Obtain a Master's in product design or manufacturing engineering. There are several ways to obtain advanced training in product design or manufacturing engineering: Specialized certificate programs Professional development courses Online learning 4. Learn CAD Software CAD, or Computer-Aided Design, is a software tool that allows engineers and designers to create detailed 2D and 3D models of their designs. It can be used to create technical drawings and schematics, as well as detailed 3D models that can be used for prototyping, testing, and manufacturing. This is an important skill to become a Design Engineer Most Popular CAD Software that you can learn Solidworks CATIA Siemens NX Fusion 360 Creo Parametric Inventor Ansys Workbench 5. Take a course in 3d printing A course in 3D printing, also known as additive manufacturing, can provide you with the knowledge and skills needed to design and produce three-dimensional objects using a variety of materials and techniques Design for additive manufacturing: A course in 3D printing can teach you about the specific design considerations for additive manufacturing, such as the use of support structures and the effects of layer thickness on the final product. Software: You'll learn how to use 3D modeling software to create 3D printable models, and how to prepare models for 3D printing using slicing software. Materials: You'll learn about the different materials that can be used for 3D printing, and the properties of each material, which can help you choose the right one for your project. 6. Network and build professional relationships Networking is an important aspect of becoming a design engineer. It allows you to connect with other engineers and industry professionals, learn about new developments in the field, and gain insights into different companies and career opportunities Networking can be a powerful tool in your journey to becoming a design engineer. Building a strong network can help you gain access to new opportunities, learn from experienced professionals, and advance your career in the field. In conclusion on how to become a Design Engineer Becoming a design engineer is a challenging and rewarding career path that requires a combination of education, experience, and skill. By earning a bachelor's degree in an engineering field, gaining relevant work experience through internships or entry-level engineering positions, obtaining advanced training in product design or manufacturing engineering, and developing a solid portfolio of work, you can set yourself on the path to a successful career as a design engineer. Networking and building relationships with other engineers and industry professionals can also help you gain access to new opportunities and advance your career. Remember that continuous learning is important to keep up with industry developments and technological advancements. With dedication, hard work, and a commitment to your craft, you can achieve your goal of becoming a design engineer. Follow BK Engineering on Social Media: Linkedin: https://in.linkedin.com/company/bk-engineering-in Instagram: https://www.instagram.com/bkengineering Facebook: https://www.facebook.com/bkengineering.in Twitter: https://twitter.com/bkengineeringin Website: https://bk-engineering.in/ YouTube: https://www.youtube.com/@bkengineering

Solidworks is the most popular CAD software used by designers to create models of almost anything. If you're looking for a chance to learn Solidworks, you have come to the right place. We have listed some of the best sites where you can learn about Solidworks without being worried about your time being wasted or money spent on courses. 1. Solidworks for Beginners: This course, offered by LinkedIn Learning, is geared towards complete beginners and covers the basics of Solidworks from start to finish. It includes video lectures, quizzes, and hands-on exercises to help you learn the software and build your skills. 2. Solidworks for Non-Engineers: This course, offered by edX, is designed for those with little to no engineering background. It covers the fundamental concepts and techniques of Solidworks and includes video lectures, quizzes, and hands-on projects. 3. Solidworks basic Advance to Training: This course, offered by BK Engineering focuses on using the Solidworks training course and teaches SolidWorks is a 3D modeling, parametric application software. It improves visualization, collaboration, and innovation, besides improving efficiencies in every downstream function of the product development process. 5. Solidworks Essentials by udemy focuses on using Solidworks for Beginners who want to be familiar with design software and Those who use SolidWorks and want to learn about commands and features These are just a few of the many free Solidworks courses available online. Whether you're a beginner or looking to hone your skills, there's a course out there to fit your needs. Happy learning! Follow BK Engineering on Social Media: Linkedin: https://in.linkedin.com/company/bk-engineering-in Instagram: https://www.instagram.com/bkengineering Facebook: https://www.facebook.com/bkengineering.in Twitter: https://twitter.com/bkengineeringin Website: https://bk-engineering.in/ YouTube: https://www.youtube.com/@bkengineering

Automotive engineering is a branch of engineering that focuses on the design, development, production, and operation of vehicles, including cars, trucks, motorcycles, and off-road vehicles. There are many different careers within the field of automotive engineering, ranging from research and development to manufacturing and testing. Here are a few examples: Research and Development Engineer : These professionals work on the design and development of new vehicle technologies, including engines, transmission systems, and safety features. They may also be involved in the testing and prototyping of new technologies. Manufacturing Engineer : These engineers focus on the production of vehicles, overseeing the manufacturing process and working to improve efficiency and reduce costs. They may be involved in the design of production lines and the development of new manufacturing techniques. Testing Engineer : These professionals are responsible for ensuring that vehicles meet safety and performance standards. They may conduct vehicle testing in a variety of environments, including on the road, in a laboratory, or on a test track. Sales Engineer : These engineers work in the sales and marketing department of an automotive company, helping to promote the company's products and technologies to potential customers. They may also be involved in the development of sales and marketing strategies. Service Engineer : These professionals work in the service and repair department of an automotive company, diagnosing and repairing problems with vehicles. They may also be involved in the training of technicians and the development of service procedures. There are many other careers in automotive engineering, including roles in supply chain management, quality control, and finance. The field is constantly evolving, and new technologies and innovations are constantly emerging. As a result, there are many opportunities for professionals in the automotive industry to continue learning and growing throughout their careers. Follow BK Engineering on Social Media: Linkedin : https://in.linkedin.com/company/bk-engineering-in Instagram: https://www.instagram.com/bkengineering Facebook: https://www.facebook.com/bkengineering.in Twitter: https://twitter.com/bkengineeringin Website: https://bk-engineering.in/ YouTube: https://www.youtube.com/@bkengineering

Why should I bother to read this? You've come to this page solely because you consider yourself a "potential" designer. You've come to find out "how to improve my design skills?" But that isn't the case. You should only continue reading if you want to become a Product Designer in a short period. If you want to pursue a profession in design, you've come to the right place, and this blog has the potential to alter your life. Go ahead and read it! Wait a minute, before we continue with the blog, I'd want to ask you a few questions. Please give it your all when answering the questions. Have you ever given up on a drawing on paper because you didn't think it was good enough? Have you ever given up hope that you'll never be able to create pseudo-realistic wonderful goods with SolidWorks after only one try? Do you want to make outstanding products/images but can't seem to find your way around the internet when attempting to learn how to design? YOU MUST READ THIS BLOG IF YOU ANSWER YES TO EITHER OF THESE QUESTIONS. We have some exciting news for you: near the end of the blog, you will discover a link to a FREE DOWNLOAD of "A Comprehensive List Of Mechanical Engineering Jobs In India (With Application Links)." How Can I Use My Designing Skills To Make A Living? Designers are employed at a rate of 14% over the world (much higher than the global average). People who have finished our program have gone on to work as Lead Product Designers for some of the world's most prestigious automotive and industrial manufacturing businesses. They create a wide range of consumer goods, including bicycles, dispensers, bottles, fireplaces, light fixtures, and more. Taking a broader view of industrial design to include designers who aren't simply working on commercial items but are also utilizing design thinking to create user experiences and other projects. Here is a complete list of designer jobs in the United States. Here are a few of the most intriguing points: California and Michigan are the only two states with more than 3,000 industrial designers each. Industrial design is at an all-time high, with design patents in the United States at a 25-year high. Since 1998, the following product categories have received 54 percent of design patents: furniture, recording and communication, tools and hardware, packaging, food service equipment, transportation, environmental heating and cooling, and games, toys, and sports. Inventors aren't always industrial designers, but industrial designers aren't always inventors. Between 1975 and 2010, 40% of people identified on design patents were also named on utility patents, whereas only 2% of people named on utility patents were also named on design patents. Overall, employment for industrial designers is forecast to expand 10.5 percent from 2015 to 2016, significantly less than the 14.3 percent growth rate expected for all occupations. Microsoft, Procter & Gamble, Nike, Goodyear, Black & Decker, Wolverine World Wide, Kohler Company, Apple, 3M, and Ford are the top ten U.S. businesses by utilizing several industrial design patents. Samsung, Sony, Foxconn, LG Electronics, Panasonic, Honda, Nokia, Toyota, Toshiba, and Canon are the top ten foreign businesses in terms of industrial design patents. How Can You Master Product Design Using Only Three Skill Sets? To become a master of product design, you just need three skills: Hand Sketching is a skill that requires a lot of a. 2D Modeling is a skill that you should have. Photorealistic rendering is the third skill. Skill 1:Hand Sketching Ideation is the foundation of any invention. It's critical to get the design you want to make right before you model it in 3D. An A2 sheet and drawing pencils are used to practice your thoughts. This is the only way to jot down any ideas you have for a product design and then translate them onto a page to work on. During the first step of the design process, you'll need to be able to sketch by hand. Before visualizing your design in 3D, you might start by sketching rough idea sketches, detailed sketches, and so on in the key lines and dimensions of your design. Here's an example of how to come up with ideas for a car design. Skill 2: 3D Modeling One of the most significant drawbacks of hand sketching is the difficulty in modeling and visualizing your finished design in three dimensions. This is especially problematic with double-curved objects such as automobiles, boats, bicycles, planes, and so on. This is why I believe that learning 3D modeling is essential for a skilled product designer. 3D modeling will assist you in creating more detailed designs for your products. SolidWorks is the software that I prefer to use. One of the major advantages of SolidWorks is its user-friendly interface, which allows you to learn quickly and gives you more GUI options for executing complex models. Your 3D files can be used to create technical drawings, as input for 3D printing, as input for a milling machine, and molds for injection modeling, among other things. A product designer who lacks 3D molds molding skills is akin to a painter who is colorblind. You'll miss out on an essential opportunity to make a decent design exceptional if you don't have 3D modeling skills. Skill 3- Photorealistic Rendering Even though it is a clear depiction of your thoughts, there is a considerable probability that your client does not grasp your vision. Making outstanding photorealistic renderings of your design is the single best approach to greatly boost your chances of getting the projects you desire. Learn How To Become A Designer In The Most Efficient Way Possible. Traditional design books, ePDFs, and coaching classes are all available on the market to teach you how to use the tools that a professional product designer would need. The main issue here is that they all educate in a theoretical manner, which is not advised for learning professional design. This is because the design can never arrive at a theoretical conclusion on its own come to a conclusion There are only three tools that will allow you to master Product Designing: Adobe Photoshop SolidWorks Visualize in SolidWorks This is where we set ourselves apart from the competition. EdxEngine decided on programs to assist engineers in India in becoming amazing Product Designers in a fun and practical way. Not only by demonstrating the features of these programs, but also by demonstrating how to draw by hand, simulate the model in 3D, and generate a highly cool product from the ground up. You'll learn how to create a professional mood board, ideation sketches, presentational sketches, a comprehensive 3D model in SolidWorks, and realistic environmental renderings in PhotoView 360 and SolidWorks Visualize in this all-in-one video training course. This is by far the best and most useful video design training course available. We've been working on it for a long time and have compiled our finest ideas, tactics, and guidance throughout the years into this course. To make this course the best online video course for product designers available, we collaborated with some of the industry's most creative designers.

Automation engineers are experts at utilizing technology to manage product production and delivery. They develop, program, and test processes for automated machines. Anywhere where operations are predominately performed by robots or other automated technology, such as automobile manufacturing or food processing factories, will employ you as an automation engineer. In 6 Steps, Learn How To Become An Automation Engineer: Step 1: Look at automation engineer training Step 2: Improve your abilities as an automation engineer Step 3: Complete the appropriate training or internship Step 4: Study the responsibilities of an automation engineer. Step 5: Write a resume Step 6: Submit an application for a position as an automation engineer IMPORTANT STEPS TO TAKE TO BECOME AN AUTOMATION ENGINEER Step 1: Look at automation engineer training How much education you need is one of the first things to think about if you want to work as an automation engineer. According to our research, automation engineers hold a bachelor's degree in 69.1% of cases. In terms of higher education, we discovered that master's degrees are held by 16.1% of automation engineers. Despite the fact that most automation engineers hold a college degree. Step 2: Improve your abilities as an automation engineer Before applying for a job, it will be a good idea to strengthen your automation engineer skills. The following are some abilities frequently mentioned in job descriptions for automation engineers: Python Test Scripts PLC HMI Java Control Systems Step 3: Complete the appropriate training or internship In-work training for automation engineers typically lasts between three and six months. New automation engineers pick up the know-how necessary for their particular position and employer throughout this period. Step 4: Study the responsibilities of an automation engineer. It's critical to understand the responsibilities and obligations of an automation engineer before deciding to pursue this career. Most positions for automation engineers include a few standard duties. Following is a list of the role's primary responsibilities: Utilize GitHub to manage source code repositories, performing branching, merging, and labeling as needed. Control the planning and execution of desktop systems across the country, including LAN, e-mail, and PC development and support. In order to attain company-wide accreditation, conduct interdepartmental audits and document the results with associated corrective action requests. Step 5: Write a resume After verifying your qualifications and understanding of the duties of the position, you may begin drafting your resume. It can take hours, days, or even weeks to complete all that goes into writing the ideal CV. Step 6: Submit an application for a position as an automation engineer Now that your resume is prepared, it's time to look for new employment. Think about the following advice for a fruitful job search: Check out job boards to find relevant postings. Use your professional network as a resource. Directly contact the businesses you're interested in working for. Beware of job frauds When it comes to the key competencies needed to become an automation engineer, we discovered that python was stated on a number of resumes by automation engineers (12.6%), along with test scripts (5.5%), and plc (5.4%). These kinds of hard skills are advantageous to possess while carrying out crucial career duties. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website

A production engineer is in charge of keeping an eye on the manufacturing process, ensuring that everyone follows safety procedures, assessing the performance of the workforce, and brainstorming on how to maximize productivity to provide effective outcomes that will boost sales and profitability. To avoid production delays, production engineers do preventative maintenance, check the dependability of production machines, and fix discrepancies. Additionally, they pinpoint areas for manufacturing process improvement and advance best practices. A production engineer must be educated about technical developments and apply suggestions for reducing costs without compromising service quality. How To Become a Production Engineer Earn a Degree To start your career as a production engineer, you typically need a bachelor's degree in chemical engineering or a closely related discipline in order to stay a competitive option for employers. To be prepared when applying for entry-level roles and joining the workforce, concentrate on developing industry-specific skills during your studies. To achieve your bachelor's degree and gain the essential on-the-job skills before entering the workforce, you could be required to complete a production engineer internship. Choose a Specialty in Your Field You might be required to select a specialization in your profession as a production engineer. Choose the area of production engineering where you feel most confident, and then continue to take proactive actions to advance in that area. Get an Entry-Level Position as a Production Engineer You'll normally start your career as a Production Engineer once you've earned a Bachelor's Degree in chemical engineering or a closely related discipline. Generally, after earning your four-year Bachelor's degree in a related field, you can work as a production engineer. You could want to look into becoming certified in continuous improvement, six sigma, or another related field, depending on the kind of production engineer career you're pursuing. Advance in Your Production Engineer Career There are numerous levels in the professional path for production engineers after entry-level. To advance to the next seniority level position as an entry-level Production Engineer, it may take two years. For each advanced Production Engineer position, you need to have amassed roughly two years of experience at the preceding level. To enhance your career as a production engineer, you might need to complete extra coursework, earn an advanced degree (such a Master's Degree in a related subject), or obtain specialized certifications. Continued Education for Your Production Engineer Career Path Not all businesses and industries mandate ongoing education to further your career as a production engineer. However, obtaining this degree can make it easier for you to move up to employment with greater pay. Chemical engineering graduate degrees can be earned in as little as 4 years. Graduate degree holders typically earn more compared to non-graduate degree JOB DESCRIPTION FOR A PRODUCTION ENGINEER You might ask yourself, "Should I become a production engineer?" after learning what a production engineer does. You could make a decision using the information in this section. According to the Bureau of Labor Statistics, the growth rate for production engineers is "greater than average" compared to other occupations, coming in at 8% between 2018 and 2028. In fact, 23,800 new positions for production engineers are expected to become available by 2028. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website

Working for large automobile firms like BMW, Renault Nissan, and others as a design engineer would be your dream career. However, you often hear nowadays that such large corporations only hire students from IIT and NIT, or that you need a CGPA of at least 9.0 to work for such behemoths. Companies, on the other hand, do not evaluate engineers based on their college or percentage. They are interested in whether you have a good grasp of the foundations of your field. Continue reading this blog to learn about design responsibilities and prospects, as well as what you can do to get into the profession. Is it Enough to Know a 3D Software to Get a Design Job? Many people believe that knowing how to use SolidWorks or Ansys, for example, will help them get a career in the design sector. However, in the real world, learning about software isn't going to benefit you all that much. When a firm decides to recruit you, they are investing in you in the hopes that you will provide them with a favorable return on their investment through your job. As a result, they will hire you based on your mastery of engineering fundamentals so that you may be trained swiftly to work for them. Furthermore, we see engineers who have a strong theoretical foundation but a lack of actual experience. They can just narrate their books, but they frequently fail when it comes to approaching a design using engineering fundamentals. As a result, you must have a deep understanding of your profession and its application in the actual world. How Important Is the Role of a Design Engineer? A design engineer appears to be a posh job in which you can dress casually rather than in the traditional production team uniform, sit at your computer working on software, and have your salary deposited into your account. However, someone working in this industry should be familiar with manufacturing methods so that they can readily communicate with the production team, as they will be creating a product based on your design. The subjects of design engineering and production engineering are intertwined. Working as a production engineer also helps you transition to a position as a design engineer. A design engineer not only creates aesthetically pleasing designs, but also ensures that they are safe, efficient, and practical. As a result, being a design engineer necessitates a thorough understanding of all aspects of the field. What Is BIW? BIW (Body in White) is an automobile design stage that pertains to the car's body shell design. The BIW contains the hood, fender, roof, tailgate, and floor, among other things. The doors, engines, chassis, and any other moving parts are not included in the BIW. Various teams are required to design a car, and BIW is one of them. Most people believe that just one or two engineers are required to build a car. To give you an idea, the BIW components alone require more than 250 people to work on. What Are the Different Teams Required to Design a Car? Let's take a look at the many teams that work on automotive design to get a better idea of who they are. When it comes to the door, we can see sheet metal on the outside and plastic on the inside. The glass on the inside and outside of the door, as well as the door handle and switches for various functions, are all present. There is a roof that provides both safety and insulation from the elements. There's also the lighting and wiring harness to consider (Electrical activity design). All of these projects will necessitate the formation of distinct teams. Furthermore, distinct teams are required to work on tyres and wheels, chassis components, seats, engines, windshields, body modules (hinges, rubber, sealants), and insulations, and these teams work on a single car at a time. One automobile takes approximately three years to design. Draw Direction in Designing The draw direction is the direction in which the tool normally approaches the sheet metal to obtain the required shape according to the design. To assist the production department, you must indicate the drawing direction to generate a specific form. The production engineers are in charge of determining the draw direction and creating the job's tools. Jigs, fixtures, moulds, and tools are designed by production engineers. As a result, as a design engineer, you're also in charge of making the factory floor more efficient. How a Course Helps in Designing understands the design field and the chances for work therein. It provides industry-relevant postgraduate courses in a variety of subjects, ranging from passenger car design to production. It enables you to learn how to construct real-world products, comprehend diverse manufacturing processes, and work with a variety of design tools to complete specific design objectives. You will learn about plastic design, structural analysis, GD&T, and sheet design in the design engineer PG Certificate courses. When building your own components for standard designs and models, you have the option to use these concepts. You'll also know everything there is to know about each component, force distribution, and a variety of other important details. As a result, you'll be able to considerably improve your industry-relevant abilities by taking this course. How we can Help Freshers You might not understand the principles of the goods you're designing, which can be difficult as a newcomer to the field. A design engineer must understand the many processes, the parameters that influence efficiency, and the importance of safety in design considerations. You must also construct a new design that is functional, safe, and appealing to the public. Interviewers like candidates that are knowledgeable about the subject, have an interest in the field, can demonstrate the design from many perspectives, and understand the inner workings of their design. As a design engineer, you'll need a strong portfolio, which we'll help you develop as you work on projects and gain experience. CONCLUSION Every design engineer must have excellent theoretical and practical knowledge besides knowing designing software. You need to know about the analysis of these processes and possess experience in designing them. Now is the perfect time to build essential skills for jobs, learn something new, and expand your knowledge. If you are a fresher who's serious about working in the design domain, browse through the design Post graduation courses today. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website

Nowadays anyone can learn anything that too for free. These are the few YouTube channels I found which provide quality education in the field - of "Front-End Development" Front-end web development is the development of the graphical user interface of a website, through the use of HTML, CSS, and JavaScript, so that users can view and interact with that website. Simplilearn Front-End Development Simplilearn is probably one of the best Youtube Channels out there which provides free courses online on multiple domains and Front End Development is one among it Course: https://youtu.be/Q8NPQ2RgWyg Follow us Twitter- https://twitter.com/BkengineeringI Facebook- https://www.facebook.com/bkengineerinng Website- https://bk-engineering.in/ For more info Please contact us at 7981328897 Email us at info@bk-engineering.in

Manufacturing engineers are those who design and improve manufacturing systems. They work with industrial or commercial designers to redesign the products to be durable with reduced costs. In 7 Steps, Learn How To Become A Manufacturing Engineer: Step 1: Look at manufacturing engineering programs How much schooling you need to become a manufacturing engineer is one of the first things to think about. We found that bachelor's degrees are held by 73.4% of manufacturing engineers. We discovered that 9.1% of manufacturing engineers hold master's degrees, which is higher education. Even though a college degree is typically required for manufacturing engineers, one can nonetheless become one with just a high school diploma or GED Step 2: Develop manufacturing engineer skills Before applying for a job, it would be a good idea to advance your manufacturing engineering skills here are some skills that manufacturing engineer job descriptions frequently feature. CAD Solidworks Sigma Project Management CNC Product Quality Step 3: Finish the necessary training or internship On-the-job training for manufacturing engineers lasts, on average, 3 to 6 months after they are hired. New manufacturing engineers gain the knowledge and abilities necessary for their particular position and employer throughout this time. Step 4: Obtain certificates for manufacturing engineers. Certifications can demonstrate to employers that you possess the minimum knowledge required for this career. You may become a more appealing candidate as a result of them. Even if a job doesn't require a certification, having one could make your application stand out. Additionally, the certification process can teach you new abilities that you can apply to your job. Six Sigma Green Belt Engineer In Training Certification (EIT) Certified Manufacturing Engineer (CMfgE) Certified Manufacturing Specialist (CMS) Microsoft Dynamics AX 2012 Lean Manufacturing Six Sigma Black Belt Certified Agile Developer (CAD) Project Management Professional (PMP) Step 5: Analyse manufacturing engineer responsibilities When deciding whether to pursue a career as a manufacturing engineer, it's crucial to understand the duties and obligations necessary for this profession. Maintain a lean production environment while pursuing six sigma principles. In the transformation of NPIs to sustaining products, a key liaison is in charge of managing external contract manufacturers. Manage all aspects of facility maintenance and repairs, including chillers, HVAC, plumbing, and electrical. Step 6: Prepare your resume You can start writing your resume once you have reviewed the necessary qualifications and duties for the position. Hours, days, or even weeks may pass while putting all into perfecting a résumé. No need to worry; we made a resume builder with hints and samples of duties, responsibilities, and a summary to make the procedure as simple as possible. Step 7: apply for a position as a manufacturing engineer. Now that your resume is prepared, it's time to look for new employment. Think about the following advice for a fruitful job search: Check out job boards to find relevant postings. Use your professional network as a resource. Directly contact the businesses you're interested in working for Beware of job frauds You typically require a bachelor's degree plus 1-2 years of experience to become a manufacturing engineer. Process engineers, project engineers, and industrial engineers hold the most prevalent positions before becoming manufacturing engineers. As a manufacturing engineer, obtaining a Six Sigma Green Belt certification will increase your salary. Follow us on our Social Media: Linkedin | Instagram | Facebook | Twitter | Website