EELISA European University ’s Post

To apply for the EPFL Summer Research Program, please visit the official application page: EPFL Summer Research Program Application Ensure you have all necessary documents and information ready before starting the application, as the system may not allow you to save and return later. For detailed instructions and requirements, refer to the "How to Apply" section on the program's website. #Ainrichincorporate #ainrichinc #ainrich #TeamAinrich #canada #India #consulting #EPFLSummerResearch #ResearchOpportunity #FullyFunded #LifeSciences #UndergraduateResearch #InternshipAbroad #Innovation #Switzerland #GlobalOpportunities #STEMResearch

!⚠ 5 INTERNSHIP OFFERS ⚠! The D³ is offering 5 #internships of 3 months in Germany with a monthly scholarship of 992€! It is open to bachelor students of US/UK/Canada/Ireland within the frame of the #DAAD #RISE #Germany program. The different offers range from #simulation to #experimentation with a strong engineering background. Here are the links to apply, and share to your contacts! WHO ARE WE? The #D³ project (for Data-Driven Design of #metamaterials) is an interdisciplinary and cohesive team of 10 German and international doctoral students, based in Dresden (Saxony, Germany) and working at the intersection between #enginnering, #simulation, #machine #learning, #experimentation, #physics and #mathematics. Our focus is on metamaterials, i.e. on architected materials, which offer unique properties. We focus on all the aspects of the research, from the mathematical characterization of the #geometry to the #functionalization of the structure for the industry, including also e.g. the study of #inverse #design, the development of new #alloys as well as the #printing and #mechanical #testing of these materials. More information there: https://lnkd.in/dvjqu-AC WHO CAN APPLY? - You have completed at least 2 years of a degree program by the time of the internship placement at a university in US/UK/Canada/Ireland - No German skills expected WHAT DO WE OFFER? - A #scientific project integrated in the work of the D³ team, to explore the world of scientific #interdisciplinary #research - An #international experience in Germany within the touristic city of Dresden - Within the frame of the DAAD RISE Germany project, you will receive a monthly #scholarship of 992€ About the DAAD RISE Germany program: https://lnkd.in/dVrf5js6 WHAT ARE THE PROJECTS? The D³ team offers the five following internship projects (a PDF description is attached to this post. The link sends to the application page and requires a registration to the DAAD): 1) #Neural #network-based design of #metamaterials (with Max Rosenkranz)    👉 https://lnkd.in/dYNi4Bcf 2) #Characterization of the #mechanical behaviour of #additively #manufactured metallic #metamaterials (with Leonhard Stampa)    👉 https://lnkd.in/df2S_AWJ 3) Investigation of a newly developed #aluminum #alloy processed by #laser #powder #bed #fusion (with Philip Grimm)    👉 https://lnkd.in/dfUwbMyT 4) Simulations for #yield #surfaces of #spinodoid #metamaterials using numerical #homogenization techniques (with Alexandra Otto)    👉 https://lnkd.in/dY_73uUM 5) #Characterization of #mechanical properties for #metamaterials exhibiting a #hyperuniform structure (with Abel Henri Guillaume Milor)    👉 https://lnkd.in/dE78JCZC We are waiting for your applications!

I am thrilled to announce that the research we have been developing, with the valuable contribution and guidance of my supervisor and mentors during my internship, has been selected for presentation at the #BauSIM2024 conference in #Vienna in the upcoming #September! I would like to express my deepest gratitude to the unit of energy-efficient buildings of the University of Innsbruck for their warm welcome, their unconditional support, and for considering me a member of their valuable team. From day one, they embraced me as one of their own, and I am deeply grateful for the opportunity to work with such remarkable and inspiring people. This experience has not only deepened my understanding of air source heat pumps but has also shown me the power of teamwork in driving innovative research. I am truly fortunate to have been a part of such a supportive and dynamic environment. Their inspiration and wealth of knowledge were instrumental in shaping the early stages of my career, even at the undergraduate level.   I am excited about the opportunity to present our work at BauSIM2024 and look forward to what the future holds. Research Title: Performance Evaluation of Decentralized Split Unit Air-to-Air Heat Pumps Abstract: A holistic evaluation is performed to investigate the energy performance of air-to-air split units (also called air-conditioning units), including laboratory measurements and steady-state simulations of the refrigerant cycle. Several aspects are considered, such as indoor fan speed, varying compressor frequency, defrost, and “on/off” cycles. The laboratory measurements include steady-state test points as well as dynamic operation. The measured Coefficient of Performance (COP) varies from 1.8 to 4.9, and the maximum measured heating capacity was 2.5 kW, close to the nominal value of 2.7 kW. The measured reduction due to the defrost cycle was up to 14% in the heating capacity and 16% in the COP. It was also found that the indoor air flows were on average 40% less than the ones listed in the datasheet. #UniversityOfInnsbruck #EnergyEfficientBuildings #Research #BAUSIM2024 #AcademicJourney #Teamwork #Sustainability #Engineering

#MastersThesis #Internship Openings for internships and masters' thesis projects in the field of Materials Characterisation are emerging at partners of the NEXT Competence Centre. Examples include projects that will assess when to use lab techniques and when to use large scale infrastructures – and go on to devise research strategies. The types of characterisation techniques that students/interns will use include Scanning Electron Microscopy (SEM) and X-ray diffraction (XRD). The industry sustainability challenges addressed include the durability of austenitic stainless steels in harsh, high temperature environments and the comparative performance of Hybrid 60 steel in the presence of hydrogen. Projects/internships will be carried out in collaboration between universities and companies e.g. between KTH Royal Institute of Technology and Outokumpu or Ovako Group. Project supervisors include Peter Hedström, Mohammad Hoseini-Athar and Tao Zhou (KTH Royal Institute of Technology) as well as Tania Loaiza Uribe (Ovako) and Prasath Babu Revathy Rajan (Outokumpu). For more information about three of the possible thesis/internship projects, and how to apply, can be found here: https://lnkd.in/dPvAp_7B Other opportunities for masters' thesis work and internships will arise at the 23 partners of the NEXT Competence Centre. Follow the NEXT Competence Centre to get your notification.

Meet Celeste Tillemans! 𝑾𝒉𝒚 𝒅𝒊𝒅 𝒚𝒐𝒖 𝒄𝒉𝒐𝒐𝒔𝒆 𝒕𝒐 𝒘𝒐𝒓𝒌 𝒇𝒐𝒓 𝑰𝒏𝒏𝒐𝑺𝒚𝒏? I chose InnoSyn because of its reputation for innovation and forward-thinking, particularly in the area of sustainability. I'm interested in working for a company that not only prioritizes cutting-edge technology but also actively thinks about how to make its processes and products more durable and environmentally friendly. 𝑾𝒉𝒂𝒕 𝒆𝒅𝒖𝒄𝒂𝒕𝒊𝒐𝒏 𝒅𝒊𝒅 𝒚𝒐𝒖 𝒕𝒂𝒌𝒆? I pursued a degree in Applied Sciences at Zuyd Hogeschool. During my studies, I was fortunate to complete my graduation internship, which allowed me to combine two fields: Biomedical Science and Material Sciences. It was an exciting challenge, and it gave me a great foundation for my future career.

Calling all budding scientists with a passion for chemistry! 🌟 Asian Paints Alchemy is back with its second edition, following the overwhelming success of our inaugural edition last year. We’re thrilled to take it up a notch, making this year’s event even bigger and better! This global platform in the Coatings and Material Science domain offers you an unmatched opportunity to connect with industry experts, leading academics, and fellow innovators. Whether you’re pursuing a PhD, B.Tech, M.Tech, or M.Sc, or are a working professional, this is your moment to showcase groundbreaking ideas and shape the future of materials science. Why Alchemy 2024 is unmissable? 🎁 • Cash Prize Pool: Worth INR 10 lakhs or USD 12,000 • PhD Sponsorship: Up to USD 6,000 or INR 5 lakhs • Internship Opportunities: Secure a spot at the prestigious Asian Paints R&T Centre 🎓 Are you already a PhD student? Winners stand a chance to win academic scholarships as well. 🎯 Looking to lead? Register as a Campus Ambassador and unlock exciting prizes, exclusive merchandise, and more! Don’t miss out on this transformative experience. Join us in pushing the boundaries of Coatings and Material Science, and let’s innovate for a brighter future—together! 💡 Register Now for Alchemy 2024! -https://lnkd.in/dVEWgySU Last year, Alchemy set the stage for innovation, and the impact was extraordinary. Curious to learn more? Check out the highlights Alchemy 2023 here.- https://lnkd.in/dXT-sEY5 #AsianPaints #Alchemy2024 #ResearchTechnology #Chemistry #Polymerscience #Phd #Msc #Mtech #Btech #LifeAtAsianPaints #EmployeeEngagement #TeamWork #Paints

🎓✨ End of Research Engineering Internship - An Unforgettable Experience! ✨🎓 I am thrilled to share with you the conclusion of my 4th-year engineering school internship as a research engineer at Université Gustave Eiffel. These past 6 months in the Navier laboratory have been extremely enriching both technically and personally. 👨🔬 Ever since I was a child, I wanted to explore the world of research, which sparked my passion for science. The goal was to enhance the hygrothermal and mechanical performance of hemp wool insulators and better understand their overall behavior. At the Navier Laboratory, the focus is on studying the hygrothermal behavior of these materials, which is essential to demonstrate their effectiveness as insulators and humidity regulators. In this context, I conducted measurements of thermal conductivity, sorption capacity, water diffusion coefficient, and tensile and compressive strength, varying the porosity, fiber size, fiber orientation, and sample composition. The synthesis and analysis of the results allowed us to identify the most influential parameters in the formulation and determine the "best composition." My aim was also to better understand the structure of hemp wool and its role in the mechanical and hygrothermal properties of the material. 🌟 Beyond the technical aspect, this internship has been marked by exceptional encounters. The laboratory members created a stimulating and supportive work environment. Thanks to them, I was able to grow in a setting where mutual assistance, knowledge sharing, and a passion for research were the guiding principles. Strong bonds were formed, making this experience all the more memorable. ⚙ I am extremely happy to have discovered this field, and now I am ready to explore careers more directly related to industry, such as management or technical sales. I am eagerly preparing for my next internship from February to July 2025. 🙏 A big thank you to the Université de Technologie de Troyes and Philippe COUSSOT that made this internship possible and enriching. I look forward to applying everything I have learned and continuing my professional path with enthusiasm and determination! #ResearchEngineer #Internship #Hygrothermal #Materials #Research #Innovation #Team #Passion #NewChallenges

Reflecting on My Professional Journey: Innovation in Engineering, Ecology, and International Ambitions Over the past year, I’ve had the privilege of gaining valuable experience through two dynamic and complementary internships that have sharpened my technical skills and broadened my perspective on engineering and research. 🪂 KNDS France – For six months, I worked in the demanding defense industry, where constant innovation is essential to enhance the performance of complex systems. My role focused on modeling the mechanical, vibrational, and wave behaviors of these systems to identify key parameters—such as stiffness, inertia, and damping—that influence their vibratory response. In this challenging environment, I learned to adapt quickly and solve intricate technical problems, deepening my expertise while contributing to the design of more precise and efficient equipment. This experience solidified my passion for applied research and technological innovation. 🐬 Archipelagos Institute of Marine Conservation, Greece – This internship offered a completely different perspective, immersing me in ecological research and marine bioacoustics. I developed an algorithm to detect Cuvier's beaked whale clicks, blending programming with scientific analysis. Beyond technical skills, this experience enhanced my ability to collaborate in a multicultural environment and significantly improved my English communication skills—an essential asset for my international career aspirations. 🔍 What’s Next? Building on these experiences, I am seeking a one-year (or longer) opportunity in Germany, in the field of robotics. My goal is to strengthen my expertise in applied research and technological development while further improving my language skills. In the long term, I aim to contribute to the development of robotic solutions, particularly for medical applications—a field that inspires me deeply. 👉 My resume is attached for your consideration. Please don’t hesitate to contact me if you know of any opportunities that align with my profile. Thank you to everyone who has supported me on this journey, and here’s to new adventures ahead! 🚀 #Robotics #Innovation #Research #InternationalCareer #Engineering #Germany #VIE

🏆 Helena P. Felgueiras awarded a UT Austin Fellowship 🏆   The Assistant Researcher and member of the High-Performance Engineered Textiles research team at 2C2T - Centre for Textile Science and Technology, was the top-ranked candidate in the 2024 edition of the ‘Short-Term Research Internships at the University of Texas at Austin’ initiative. 🎉   The researcher will now have the opportunity to develop one of her projects — ‘Extraction of polymer and proteins from textile wastes and their application as reinforcing agents in nanofibres and nanomaterial-containing composites’ — in collaboration with the research team led by Professor Jonathan Y. Chen, at the Renewable Fiber and Composite Laboratory in the School of Human Ecology at UT Austin.   "The project proposes using cotton and wool textile waste to recover polymers and proteins through cost-effective, closed-loop processes. The aim is to streamline raw material recovery from waste and explore innovative applications in the biomedical and protective equipment sectors. Discussing the project's results and implications on a global scale with Professor Chen's team will be a valuable opportunity," explains Helena Felgueiras.   The initiative provides a 2 to 3-month immersion period at the University of Texas, in Austin, United States, and is funded by FCT. The winners are evaluated based on their scientific curriculum and research activities in one of the Programme's areas: Advanced Computing; Nanosciences and Nanotechnologies; Space-Earth Interactions. #2C2T #TextileScience #Innovation #CenterForTextile #Science #Technology #TextileResearch #Sustainability #award 

✨ Sharing My Mitacs Globalink Research Internship Certificate! ✨ Over the past few months, I had the incredible opportunity to participate in a Mitacs Globalink Research Internship at Polytechnique Montréal, under the supervision of Pr Sampada Bodkhe and Pr. Amir Ben Rhouma. My project, titled “Design and Control of a Smart Material-Based Hinge”, focused on developing lightweight, adaptable solutions for reconfigurable drones using shape memory alloys (SMAs) and polymer composites. 🔍 Key Highlights: • Conducted a comprehensive study on the properties of SMAs and their integration into 3D-printed prototypes. • Designed and tested multiple hinge prototypes to optimize flexibility, actuation speed, and stability. • Performed experimental analyses to evaluate performance in dynamic environments. 🌱 Impact: This research showcased the transformative potential of smart materials in structural design, enhancing drone adaptability across various scenarios. It also paved the way for practical applications in aerospace and robotics. 🙏 Gratitude: I am deeply grateful to Mitacs , Polytechnique Montréal , and my supervisors for their unwavering support and guidance throughout this enriching experience. This project has fueled my passion for exploring the intersection of smart materials and innovative technologies. I look forward to tackling new challenges in this evolving field. #MitacsGlobalink #Research #SmartMaterials #ReconfigurableDrones #Innovation #3DPrinting