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Get real world and practical experience in green technologies and electrification! These skills will translate to many industries.

For all those who want to get into Manufacturing Engineering

Have you ever experienced a layoff? If so, you likely know all of the negative emotions that came with it. You also likely know that while it meant the closing of one door, another opened. Unfortunately, two of my students went through this experience last week when their co-op was terminated due to major restructuring within the organization. These two students have handled the situation with an optimism and grace that I would expect of someone far more senior than them. If you and/or your organization are looking to fill a summer position in business analytics, programming, mechanical engineering, automation, robotics, systems integration, or the-like, please reach out to me directly, comment on this post, and/or connect with Issey Wu. These two students come with expertise from an industry-driven curriculum and are ready to start work when you need them. They are also open to positions that are not formally considered co-op, but would give them exposure to an industry related to automation, electrical engineering, or mechanical engineering. Let's open some doors! 🚪 #automation #engineering #electricalengineering #mechanicalengineering #summerjobs #coop #studentwork #solidworks #autocad #systemsintegration #controlsystems #instrumentation #manufacturing #jobs #jobsearch #layoff #recruitment #talentacquisition

As the world moves towards sustainable transportation, the demand for Electric Vehicle engineers is soaring. If you're passionate about being at the forefront of this revolution, here's a roadmap to kickstart your journey:     🔍 Understanding the EV Industry: Discover the growing opportunities and why EV engineering is a promising career path.     📚 Educational Background: Backgrounds in mechanical, electrical, or automotive engineering provide a solid foundation.     💡 Key Skills Needed: From electrical and electronics knowledge to battery technology and software skills, here's what you need to focus on.     🛠️ Hands-on Experience: Practical exposure through internships, projects, and workshops is invaluable to bridge the gap between theory and practice.     🤝 Networking and Skill Enhancement: Build connections within the industry, attend workshops, and continuously upgrade your skills.     🎓 Certifications and Courses: Consider specialized courses to stay ahead and boost your credentials.     👨💼 Job Roles in EV Industry: Explore various roles like battery engineer, power electronics engineer, and more.     🚀 Career Path: Start as an intern or graduate engineer and progress to specialized roles with experience.     🔍 Conclusion: Continuous learning and staying updated are key to thriving in the dynamic field of EV engineering.     Ready to jumpstart your career in Electric Vehicles?     Read the full guide here: https://lnkd.in/gQ5G9iJk #ElectricVehicles #EVEngineer #CareerAdvice #SustainableFuture 

Are you interested in Hardware (Electrical/Mechanical) industry information? Are you interested in jobs and internships? Sign up for the Analog.io newsletter from Mihir Shah and check your inbox. Link in the comments. #hardwareengineer #design #prototyping

#ElectricalEngineerwiththousandsofDreams Potential of someone starting their career in electrical engineering. Here are a few ideas on how you might channel those dreams into actionable steps: 1. *#ContinuousLearning**: Stay updated with the latest advancements in electrical engineering by taking online courses, attending workshops, and reading relevant journals. 2. *#Networking**: Join professional organizations such as IEEE, attend conferences, and connect with other professionals in the field. 3. *#HandsonProjects**: Engage in practical projects or internships to apply your theoretical knowledge and gain real-world experience. 4. *#Innovation**: Work on innovative projects or start-ups that could address real-world problems, potentially leading to patents or new business ventures. 5. *#AdvancedStudies**: Consider pursuing further studies like a master's or Ph.D. to specialize in a particular area of interest. 6. *#Mentorship**: Find mentors who can provide guidance, support, and insights from their own experiences in the field. 7. *#SoftSkills**: Develop soft skills such as communication, teamwork, and project management, which are essential for career growth. 8. *#Certifications**: Obtain certifications that can enhance your qualifications and open up more job opportunities. With these steps, you can turn your dreams into achievable goals and make significant contributions to the field of electrical engineering. #electricalengineer #career #growth #potential #dreams #successfull

Hello #connections, Day 4: At the Eagle Aura Technologies LLP, on the fourth day we started with the next process of the PCB Manufacturing. Step 10: The next step is QC. When the Panel come from Developing, it is sent to QC (Quality Control). The panel is checked thoroughly and if everything is found satisfying, then the panel is sent into the Electroplating line. step 11: This step is called Electroplating. In this process, the panels are attached with a clamp stand and are dipped into different chemical chambers for specific amount of time. There are different steps in Electroplating: --> Acid Cleaner: In this step the panel is dipped into the diluted acid solution. The acid used is sulfuric acid (H2SO4). This step is important to clean the panel and remove every dust particles present. The time period in this chemical chamber is around 5 minutes. --> Rinse: In this step the panel is dipped into the water chamber and the water completely rinse the panel. --> Micro Etch: This step is important as it makes the day film on the panel strong so that it don't get removed during the following steps. --> Copper platting: In this step the panel is dipped into the copper plating chamber. In this chamber many copper balls are attached at the walls of the chamber and electricity is passed through the solution. The panel is moved continuously in the solution. Time period for this process is around 45 minutes. In this step, the copper is plated on the panel as well as on the carbon which was deposited in the holes during Back Hole process. --> Tin Plating: In this step the tin layer is deposited on the copper layer. This step is important as the tin layer will protect the circuit path during copper etching process. --> Rinse: Finally the panel is again rinsed into the water and the electroplating process is completed. That was all for the fourth day : ) #internship #pcbmanufacturing #electroplating #electronics #electronicsmanufacturing #semiconductor

🚀 Harnessing Engineering and Sales Synergy for Innovation! 🌟 As an undergraduate Electrical Engineering student and a Sales Intern at Triad Boost, I'm excited to bridge the gap between technical expertise and sales acumen. Combining engineering principles with sales strategies not only enhances product understanding but also ensures we meet and exceed client expectations. "The only way to do great work is to love what you do." - Steve Jobs Every day brings new challenges and opportunities to learn, innovate, and grow. Whether it's solving complex engineering problems or driving sales, the ultimate goal is to create value and foster lasting relationships. #Engineering #Sales #Innovation #Tech #GrowthMindset #CareerDevelopment #ElectricalEngineering #SalesIntern #ProfessionalGrowth

A program worth your Career Growth

The 2 things an Engineering Manager would look for in a new hire: 1. Attitude Attitude is everything, it helps you show up everyday, it tests you in tricky situations, it guides your decision making and approach to do the work. 2. Curiosity Engineers must be curious. To learn new things, to be open to new ideas, to explore and dive into options that may not even result in the solution. To ask informed questions that challenge the status quo, using design thinking and harnessing innovation, helps you be a sponge, absorb information, and then use it to find more solutions. Technical skills are founded on curiosity, that drives further understanding. No one expects you have all the skills that are developed over time, just come with the right attitude and the willingness to learn, and you'll be set to create the engineering career you are after.