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🔧 3 Lessons from My Engineering Internship That Go Beyond My Engineering School 🔧 Interning at an engineering company so far has been an incredible journey filled with practical experiences and real-world insights. Here are three invaluable lessons I am learning that I think in my experience aren’t emphasized enough in engineering school; 1. Collaboration is Key 🤝 In school, I often work on individual system design projects because I must understand and be able to apply theoretical concepts correctly on an individual level. But in the real world, engineering is a team effort. I work with different team members of varying kinds and levels of expertise, leveraging each member's strengths to achieve common tasks. And so I figured quite early on that it was indispensable that I communicate clearly, frequently, and concisely about my progress on tasks and my thought processes. Whether I present my ideas to the design team, management team, or implementation team, I am learning to understand what information is most relevant to each audience to collaborate more effectively. 2. Time Management and Task Prioritization ⏰ Balancing multiple projects and deadlines is an inevitable part of my internship. I juggle between my main research topic for the company, learning the company machinery, communications with commercial equipment suppliers, and writing my final master’s degree thesis. I am realizing the importance of choosing what to focus on at a particular time while still giving adequate attention to other tasks. I keep track of tasks by categorizing them based on their importance and urgency, and this makes it easier for me to stay organized. Prioritizing tasks and managing time efficiently to meet tight deadlines is a crucial skill in any engineering role. 3. Problem-Solving Under Pressure 💡 Real-world problems don’t come with step-by-step instructions in a textbook or a paper on ScienceDirect. It could be a broken piece of equipment, an unexpected power cut, a server jam, a faulty measurement tool, delayed shipping, or an absent technician - I observe from how my colleagues handle such situations that improvisation and out-of-the-box thinking are essential. I am becoming more confident in defining and validating my own methodologies to deal with challenges, and I am learning to think on my feet, adapt to unforeseen challenges, and develop innovative solutions, often under pressure. #EngineerNgosa #SolarEnergy #RenewableEnergy #CleanTech #Innovation #GreenFuture #Energyengineering #electricalengineering #unipd

🚨 Great Opportunity for Chemical Engineering Students: Hydrogen Production & Methanol Conversion 🚨 This year's AVEVA's Process Simulation Academic Competition focuses on the hydrogen economy, exploring different hydrogen production methods, like green and gray hydrogen. Gray hydrogen, produced from natural gas, is the most common method but poses challenges in storage and transportation. In this project, we’ll look at converting gray hydrogen to methanol—an easier-to-transport chemical—while optimizing efficiency, economics, and environmental impact. A fantastic chance for chemical engineering students to dive into energy solutions for the future! 🌍⚡REGISTER TODAY!!! For North America https://lnkd.in/gYRFzUEg For EU and other European countries https://lnkd.in/gFPg3dvJ For LATAM https://lnkd.in/gU_bsAKQ #ChemicalEngineering #Hydrogen #Methanol #EnergyTransition #SustainableEnergy #Internship #Students #HydrogenEconomy #AVEVA #Sustainability #EnergyInnovation #StudentOpportunity

You may have seen or heard us on the news already this week, discussing why #engineering & #technology are such great career options for young people and sharing some findings from our upcoming Engineering graduate outcomes report. #NCW2024

Intern at Power Engineers for 15 days training program, gaining hands-on experience in power and distribution transformers. Involved in testing, maintenance, and troubleshooting of transformer systems. Developing proficiency in ensuring efficient power distribution and reliability. Eager to contribute to sustainable energy solutions and advance my skills in power engineering. #PowerEngineering #Transformers #DistributionTransformers #InternshipExperience #EnergySector #ElectricalEngineering #PowerDistribution #EngineeringInternship #ProfessionalDevelopment #SustainableEnergy

Getting An Engineering Intern is a great opportunity for identifying potential future talent, but I’m super busy right now and I don’t have the time it’s going to take to train and support the intern. IS THAT YOU? This is a common issue for busy engineering managers. We’ve got a unique solution to help. PROCOR Technologies’ XPS Products provide an innovative solution for engineering intern projects in the areas of system optimization and sustainability: - Give your intern a project that is matched to your goals by selecting from one of our 285+ XPS Products (i.e., Boiler Optimization, Cooling Tower Sustainability, Heat Tracing Optimization, Reverse Osmosis Sustainability, etc.); - XPS Products enable the intern to work independently at your site with just simple direction and periodic guidance, reducing your expended time; - Get project results that include process efficiency improvement, such as reduced materials or energy usage. The savings often exceed the cost of the internship and the XPS Product; - Provide a valuable learning experience for your intern! PROCOR Technologies’ XPS Products provide a unique solution, giving you the maximum benefit with a minimum of your time and effort. Read more about our standalone solutions for empowering engineering interns with projects for optimization and sustainability: https://lnkd.in/gVQAG3we #engineering #manufacturing #processefficiency #sustainability

Exciting developments in the energy and petrochemical industries stem from robust collaborations between refineries, petrochemical plants, and universities. This two-way partnership is pivotal, enriching both industry and academia while driving innovation forward. Refineries and petrochemical plants benefit significantly from university collaborations. By tapping into the cutting-edge research capabilities of academic institutions, companies can enhance their research and development processes. Universities provide specialized facilities, expertise, and fresh perspectives that complement industry's objectives. This synergy accelerates the development of new technologies, processes, and sustainable practices within the energy sector. Simultaneously, universities gain invaluable insights and resources from industry partnerships. Collaborations offer students real-world exposure to industry challenges and opportunities, bridging the gap between theory and practice. Through internships, research projects, and mentorship programs, students interact with seasoned professionals, gaining practical skills and refining their knowledge. Moreover, these partnerships create pathways for students to explore career opportunities post-graduation. By engaging with experienced engineers and industry leaders, students broaden their networks and deepen their understanding of potential career paths. This exposure is invaluable in shaping future industry leaders and fostering talent development within the energy and petrochemical sectors. In essence, the collaboration between refineries, petrochemical plants, and universities drives mutual growth and innovation. It not only enhances research and development processes within companies but also empowers students to become skilled professionals ready to tackle industry challenges. Together, we are shaping the future of energy through knowledge exchange and collaborative endeavors. #EnergyIndustry #Collaboration #Innovation #FutureLeaders

Reflecting on My Journey in Chemical Engineering.. It’s hard to believe that over a year has passed since I completed my master’s degree in Chemical Engineering. This milestone represents more than just academic achievement—it’s a testament to perseverance, growth, and the power of passion for innovation. I pushed myself to excel and achieved a Grade Point of 4.65/5 (Distinction)!. Throughout this journey, I delved into sustainable energy solutions, process optimization and advanced materials and tackled challenges that tested both my knowledge and creativity. From early morning lectures, late nights in the lab to collaborative projects with brilliant peers, every step enriched my perspective and honed my problem-solving skills. Today, as I reflect on the impact of this journey, I am grateful for the mentors, colleagues, and friends who supported and inspired me along the way. Completing this program has not only strengthened my technical expertise but has also empowered me to approach complex problems with confidence and resilience. To those who are currently navigating their own academic or professional challenges: keep going! The growth you experience on this journey will undoubtedly shape your future in profound ways. Looking forward to applying these learnings to contribute meaningfully in the production, energy and oil & gas sector. Here’s to embracing challenges, learning constantly, and striving for excellence. I'm still open to graduate engineer internships/trainee roles 😊 #ChemicalEngineering #MastersJourney #Gratitude #Innovation #Futo

Hello hashtag #connections I am delighted to share that I have successfully completed hashtag #ElectricalEngineering for New Energy Job Simulation hashtag #INTERNSHIP Training program By hashtag #APA Group's Engineering for New Energy on hashtag #Forage. Completed a job simulation involving engineering for new energy for APA Group's Project Development team. Used solar PV and battery storage technology concepts to develop the scope work for a Basis of Design document. :Calculated the solar PV plant's installed capacity, capacity factor, and :greenhouse emissions offset potential. :Practice safety awareness whilst using diagnosis and resolution techniques n a hypothetical operational troubleshooting exercise.

A talk with future When you start thinking that you know enough about your field to lecture someone on this, and you stumbled with young, energetic and super exuberant students , all your knowledge get tested in half an hour! I had this experience last evening with few of my son's friends studying in second year engineering. A hearty talk and short session full of questions, answers and counter questions (obviously on renewable energy) made me realize that industry exposure for these kids or we can say periodic talks with an industry expert is really need of the hour. Few benefits in my opinion can be: Education and Inspiration: These talks provide students with insights into the latest advancements, challenges, and opportunities (I talked about Renewables, specifically Solar). They learn about various technologies, their applications, and the role of engineers in the renewable energy sector. Exposure to professionals who are making significant contributions can inspire students to pursue careers in respective field. Networking: They get the opportunity to interact with professionals, ask questions, and build connections. Networking with industry experts can open doors to internships, and potential job placements in companies. Real-world perspective: Hearing firsthand experiences from industry professionals offers a realistic view of the industry. This can help them align their academic pursuits with industry requirements. Overall, such talks with any industry professionals enriches the educational experience of engineering students, equipping them with the knowledge, inspiration, and connections necessary to become future leaders in their respective fields. PS; It also helps professionals to relive collage days!

I recently completed my internship at HORIZOP ENERGY , where I was involved in the design and sizing of a solar panel system aimed at powering electric vehicle charging stations. Utilizing the System Advisor Model (SAM) and PVsyst, I conducted performance analyses and energy simulations to ensure the system met the required energy needs and efficiency standards. This experience allowed me to deepen my understanding of renewable energy systems, enhance my technical skills, and contribute to innovative solutions for sustainable energy use in transportation. #Internship #RenewableEnergy #SolarEnergy #ElectricVehicles #SustainableEnergy #EnergySimulation #Engineering