NextDecade’s Post

🌟 Celebrating National Engineering Week with a spotlight on engineering intern, Drake Helton, EI! Drake shares insights about his journey, learning experiences, and the excitement of contributing to groundbreaking projects. #NationalEngineeringWeek #EngineersWeek

Our largest Cohort yet!! I could not be more proud of how much these ladies have grown with 5 months of commitment!! Special Thankyou to Joyce Sidopoulos and Alethea Campbell, Ed.M. for their commitment!! #MassRoboticsJumpStart #BostonJumpStart #LowellJumpStart

As a new school year begins, parents need to help their high schoolers create an activity plan if engineering at UT Austin is the goal. Extracurriculars like robotics clubs, coding camps, and STEM competitions allow students to demonstrate passion. Seeking leadership roles and internships also exhibits dedication beyond coursework. Starting early allows time to accrue experiences and create relationships with mentors who can provide recommendations. Students can build the impressive profile expected for UT Austin engineering with thoughtful planning and purposeful activities. https://lnkd.in/gCUyMDw5

As a new school year begins, parents need to help their high schoolers create an activity plan if engineering at UT Austin is the goal. Extracurriculars like robotics clubs, coding camps, and STEM competitions allow students to demonstrate passion. Seeking leadership roles and internships also exhibits dedication beyond coursework. Starting early allows time to accrue experiences and create relationships with mentors who can provide recommendations. Students can build the impressive profile expected for UT Austin engineering with thoughtful planning and purposeful activities. https://lnkd.in/gS8xWv57

MUNI UNIVERSITY FACULTY OF ENGINEERING Today, we had a highly productive session with the Muni University team to discuss the establishment of the Faculty of Engineering at Muni University. Our focus was on reviewing the proposed curriculum for the faculty. It is crucial to recognize the dynamic nature of the field of engineering. The era of digitalization brings about remarkable advancements and hurdles that necessitate a proactive and forward-looking approach to education. Our goal is to craft a curriculum that not only adapts to these changes but also positions our students as pioneers in technological innovation. During the session, we were accompanied by Eng. Pariyo Lawrence from UNRA, along with numerous other engineers who contributed their insights online. We have expanded the curriculum to include some key areas, such as: 1. Design Thinking for Engineers 2. Artificial Intelligence for Engineers 3. Computer-Aided Design for Engineers 4. Innovation and Entrepreneurship 5. Soft Skills for Engineers 6. Integration of Emerging Technologies By incorporating these additional components, we aim to equip our students with the necessary knowledge and skills to thrive in a rapidly evolving engineering landscape. To create a relevant and impactful curriculum, we must foster strong partnerships with industry leaders. This connection will provide our students with practical experiences through internships, co-op programs, and industry-led projects. Such collaborations will also ensure that our teaching remains aligned with current industry standards and expectations. @Muni_University Joel Aita

As summer draws to a close we say goodbye to our summer placement student Jack after seven weeks of hard work, and we'd like to wish him the best of luck in his A-Levels! 📚🌟 Jacks time here has been impressive, and his hard work hasn't gone unnoticed by us, and everyone in the Barclays Eagle Labs 💼. He really threw himself into the tasks we gave him, from maintaining, repairing and operating 3D printers 🛠️, designing a programming mount for the agricultural industry🐮 , creating digital libraries, and not to mention, taking on the ambitious task of constructing scaled replica cooling towers with working vapour👨🏻💻! As Jack continues his studies, we know that the skills and experiences gained here will serve him well and our door is always open… Even if it's just to print some War Hammer Models 👾🤓. Your future in engineering and technology looks promising Jack. Keep up the good work! 🚀👨🔬 #EngineeringSkills #AimHigh #Alevels #SummerPlacement #TeamAppreciation #SummerContributions #FutureEngineer #EngineeringExcellence #EngineeringInnovation #CoLabEngineering #Engineering #Sustainable #Innovation #Tech

Immersive consistent and intentional exposure is key!

UNC Charlotte's PORTAL is transforming the collaboration between academia and industry, enhancing innovation and research by partnering with companies like United Protective Technologies (UPT), a leader in nanocomposite coating technologies. This partnership bridges classroom learning with practical application, providing students such as Anna Centofanti and Madeline Umscheid valuable internship experiences that prepare them for engineering and technology careers. This synergy not only enriches student learning but also advances critical research and development efforts, demonstrating Charlotte's commitment to fostering an environment where academic and industrial pursuits align for mutual benefit. Greg Needham, executive director of Charlotte's Office of Research Partnerships, highlights the importance of PORTAL: "We align Charlotte's vast research capabilities and expertise with the needs of industry, creating mutually beneficial partnerships that advance important science, solve industry-relevant R&D challenges and provide channels for the commercialization of new technologies of high value and societal impact." Read more about how PORTAL is powering the future: https://lnkd.in/eeQ-z9Dx. #CLT #Innovation #Collaboration #Engineering #Research #IndustryPartnerships #PORTAL

Why Engineering? Jensen Young - Mechanical Engineering '25 Hometown: Greenville, South Carolina "I have an interest in materials science, and mechanical engineering has a special focus on the properties of individual materials. In mechanical engineering, you explore how dynamic motion affects specific species of metals and study physics on a macro scale. Virtually every course I've taken has been a specialized physics class, and I understand so much more about how the physical world works than I ever thought I would. Since mechanical engineering is grounded in large-scale physical reactions, the algebra and calculus within it are all applied in way that makes sense - there's no imaginary numbers to worry about." Pictured below: Jensen Young assists with a summer camp during her internship at Renewable Water Resources in Greenville, South Carolina.