Hydraflow’s Post

Have you noticed a new role popping up on job boards lately ‘Design Engineer’? The title made me curious. What exactly does a design engineer do? It’s a unique blend of design, creativity, development, and product! But there’s more to this role than just calling it an intersection. So, what is it? Who is a design engineer? What do they do? What’s the salary range for a design engineer? How do you become one? I wrote an article covering all these details! Give it a read. Link in the comments.

Has anyone out there been interested in / taking steps to learn more about design engineering? Why are you interested? What have you tried? What's holding you back? I'd love to get some discussion going about this, so if you know someone who could contribute, please share!

Picture this: I started out just like you, passionate about engineering and design, but eager for more. I found myself constantly seeking new challenges and opportunities to grow in my career. As I gained experience, I realized that being a Design Lead Engineer wasn't just about technical skills – it was about leading projects and teams to success. I had to learn how to coordinate with different departments, manage schedules, and ensure that our designs met all requirements. There were moments of frustration, of course. Projects don't always go as planned, and deadlines can be tight, however with determination and a supportive team by my side, we always found a way to overcome any obstacles and deliver top-notch results. One of the most rewarding aspects of being a Design Lead Engineer is seeing the impact of your work. Whether it's designing a new product that improves people's lives or solving a complex engineering challenge, knowing that my efforts make a difference is incredibly fulfilling. So, if you're like me – driven, ambitious, and ready to take on new challenges – I encourage you to explore opportunities in engineering leadership. It's not always easy, but it's definitely worth it. Who knows? You might just discover a whole new world of possibilities waiting for you. https://lnkd.in/eYmzWURk

Navigating Global Opportunities in Engineering! In the vast landscape of engineering, the world is your playground! As an engineer, you're not confined by borders; you're part of a global community driving innovation and progress. Embrace the diversity of ideas, cultures, and perspectives that shape the engineering landscape. Diverse Fields, Universal Language: Whether you're in software development, civil engineering, or any other field, the language of innovation transcends borders. Connect with engineers worldwide, share insights, and contribute to the global tapestry of advancements. Opportunities Beyond Horizons: Explore opportunities that span continents! From collaborating on international projects to joining global engineering teams, the possibilities are as vast as the oceans and skies. Your skills are sought after on a global scale. Building Bridges, Not Boundaries: Engineering is about building bridges—literal and metaphorical. Break down barriers, collaborate across borders, and contribute to projects that impact communities worldwide. Your expertise knows no limits. Join the Global Engineering Network: Connect with engineers from every corner of the globe. Share your experiences, learn from diverse perspectives, and be part of a community that is shaping the future of technology, infrastructure, and innovation. Your Engineering Journey Knows No Borders! Whether you're in London, Tokyo, Buenos Aires, or anywhere in between, the world is your canvas. Seize the opportunities, embrace the challenges, and let your engineering expertise leave an imprint on a global scale. #EngineeringGlobal #InnovationAcrossBorders #EngineeringCommunity #GlobalOpportunities Remember, the world needs your engineering brilliance. Let's engineer a future without limits!

When I landed my first Engineering job right out of college, I was eager to make an impact. One of my first tasks was to update some major pieces of equipment, taking over from a previous engineer’s work. I figured the best place to start was on the ground—literally. So, I spent a lot of time watching our operators in action, observing how they used the machines, and noticing the little things that could make a big difference. Those first few projects went smoothly. I got to know the guys on the floor—talked with them, listened to their feedback, and even asked for their suggestions. They had some great ideas, and I made sure to run my concepts by them since they’d be the ones using the equipment every day. Because of that collaboration, my modifications were well-received and made real improvements. A few months later, I got another assignment, this time on an even bigger piece of equipment. Naturally, I went straight to the floor again, ready to observe and chat. After a few hours, I ran into my boss in the hallway. We exchanged pleasantries, and then he said something that caught me off guard: “You spend too much time on the floor.” Now, I’m sure he didn’t mean it quite the way it sounded, but it made me pause. After a moment, I looked at him and asked, “How many of my projects have we had to redo?” He thought for a second and replied, “None.” I just nodded and said, “That’s because of the time I spend on the floor.” Here’s the thing: as Engineers and Technologists, our job is to improve—whether it’s boosting the top line, the bottom line, or the day-to-day lives of the people we’re working with. The secret sauce? It’s in listening to those who are directly impacted by our work. It’s about observing, asking questions, and being genuinely curious. So, spend time on the floor. Get to know the people who operate the equipment and use the systems we design. Their insights are invaluable, and the time you invest in understanding their world is never wasted. In fact, it’s what makes the difference between good solutions and great ones. Trust me, that time is your best tool.

As a designer, I often hear the phrase 'an Architect's dream is an Engineer's nightmare'. However, I believe that as designers, our job is to learn how to handle complex problems rather than avoid them. The true art of design is to simplify complicated things. I am always eager to learn how things work, so I enjoy studying and dissecting them. Recently, I have developed an interest in engineering and how it goes beyond simply assembling parts. It involves generating ideas, testing principles, and perfecting the engineering process as well as final assembly. Although I love architecture, I am considering taking an engineering course. I am wondering if it would be worth it. #humanresources #engineering #hr #jobopening #jobsearching #jobseekers #hire #engineering #architecture #STEM #innovation

A Collection of Design Engineers https://buff.ly/3Ppsnr1 Collecting people I know who work at the intersection of design and engineering, in an attempt to figure out what a design engineer is Source: A Collection of Design Engineers (https://buff.ly/48ZhnHy)

From Setback to Innovation: The Birth of Sunburn Schematics Last year's layoff gave me the push to finish grad school and spend more time with my family. During this period, I did some consulting and contract work, which led me to realize that turning this work into a full-time business was the perfect blend of sales and engineering I'd always wanted. In my career, I struggled to balance sales and engineering. Despite my experience in robotics and manufacturing management, I wanted to engage with customers and dive deeply into technical work. To achieve this, I worked on professional engineering projects and side projects that allowed me to pitch, sell, and market directly to customers. Through my experience with hardware startups, I noticed common challenges for young teams. Prototyping an MVP is one thing, but engineering a scalable product involves anticipating manufacturing problems, performing DFM, and setting up supply chains and distribution channels. I saw an opportunity to bridge this gap for early-stage companies. Sunburn Schematics was born from my desire to share my knowledge and expertise. A chance meeting with Glenn and Dan in downtown SF turned this idea into a full-fledged engineering team. Over tea at the Center SF, they helped me turn Sunburn Schematics into my professional focus. At Sunburn Schematics, we are a dedicated team of hardware engineers ready to help your team research, design, prototype, iterate, and manufacture your hardware. With over 40 years of combined experience in industrial design, product development, electrical and mechanical engineering, manufacturing, and firmware, we ensure your hardware projects succeed. Join us on this journey. Bring us your toughest hardware challenges, and together, we might make the unimaginable possible. #SunburnSchematics #HardwareEngineering #ProductDevelopment #Innovation #Engineering #Manufacturing #Prototyping #TechInnovation

Exploring Integrated Design Projects: The Importance of Collaboration In summary, Integrated design projects often involve a team of professionals from diverse backgrounds, including engineering, architecture, industrial design, electronics, software development, and more. This approach ensures that the design is comprehensive and considers multiple perspectives. Rather than focusing on individual components, integrated design projects adopt a systems thinking approach, examining the entire system to comprehend how each part interacts with and impacts one another.