CIC energiGUNE’s Post

🚀 #JoinOurTeam! 🚀 CIC energiGUNE is seeking for 2 #Postdoctoral Researchers in Computational Chemistry to support groundbreaking research in Thermal Energy Storage and Energy Storage and Conversion! 🌡️💼 Are you passionate about #GreenHydrogen production and cutting-edge #EnergyConversion & #EnergyStorage? Do you want to contribute to innovative solutions in a dynamic, multidisciplinary research environment with state-of-the-art facilities? This is your chance to play a pivotal role in advancing our research and improving of our labs. 💡 What you'll do: ▶Model material resting states under relevant experimental conditions. ▶Conducting mechanistic studies to unravel key reaction pathways, including deactivation processes. ▶Screen and optimize catalysts to enhance performance. ▶(Optional) Develop workflows and machine learning algorithms to accelerate catalyst design. Ready to drive the #EnergyTransition? 🌍 Apply now and help shape the future of #sustainable energy! https://lnkd.in/eT8mgbpv https://lnkd.in/e3dXaFSy #CompChem #PostdocOpportunity #GreenHydrogen #SustainableEnergy #EnergyStorage #EnergyConversion #Catalysis

The Elizabeth R. Corson laboratory at The University of Kansas Center for Environmentally Beneficial Catalysis (CEBC) is currently accepting applications for a #postdoctoral #research project related to (photo)electrochemical conversion of small molecules. Ideal candidates will have in-depth expertise in one or more of the below areas and will be able to effectively collaborate with team members working in the other adjacent focal areas. (Photo)electrochemical conversion controlled by a potentiostat with on-line gaseous product analysis (GC) and ex situ liquid product analysis (NMR, colorometric, IC, HPLC, etc.). Advanced spectroscopic measurements (IR and Raman) during in situ electrocatalysis. Synchrotron X-ray experiments during in situ electrocatalysis. Write code (Python or similar) to analyze large data sets of spectroscopic and X-ray data. Statistically analyze data for goodness of fit to models from computational collaborators. Electrode fabrication (electro)chemical deposition, sputtering, e-beam evaporation, etc.) and characterization (SEM, XPS, XRD, AFM, UV-vis, etc.) Design (CAD) and construction of novel electrochemical reactors to enable in situ experiments. At the University of Kansas and the CEBC, diversity, equity, inclusion, and belonging are aspects of our culture and strategies. We encourage applications from members of underrepresented groups, noting the value that differences bring to our organization. We strive to protect the planet, promote prosperity, and enrich scholarship through diversity. NALA(STEM) AIChE Catalysis & Reaction Engineering Division NOBCChE

Highly recommended for those interested in syntheses of organic electronic materials.

📢 🔋 Do you know Tampere University (TAU) in #Finland? One of the most multidisciplinary universities in Finland which bring together research and education in technology, health and society. The University is known for its excellence in teaching and research and it collaborates with hundreds of universities and organisations worldwide. The community consists of about 22,500 students and around 4,200 staff members from more than 80 countries. 🎤 Why was it important for you to be involved in #SSB technology R&D and joining the SOLVE project 🎙 With Tampere University’s (TAU) strategy to work together to build a sustainable world through cutting-edge research in solid-state battery technology, joining the SOLVE project means developing anode materials and their scale-up to target large scale production of Gen4b LiM-SSBs and AF-SSBs. To develop safer, durable batteries and carry the technology from lab scale to TRL6, major challenges from materials processing to interfacial coating technology, and cell performance must be resolved. By joining SOLVE, TAU’s vast experience in materials processing, ceramics, and coatings technology research would be relevantly used to bring SOLVE project’s KPIs to fruition, and safer batteries to the market. 🎤 What exactly is your role in the project? 🎙 In the SOLVE project, TAU will work in close collaboration with Pulsedeon Oy on anode development and testing. TAU will support the consortium by leading anode material target development for PLD production of cell layers in anode, test material performance of half-cells, and examine the interfacial phenomenon in cell microstructure through post-mortem studies on coin and pouch cells. 🎤 Can you present us an object/equipment/component/or something that illustrates this participation? 🎙 TAU has been in recent years developing it battery laboratory, where the newest addition is an in-situ electrical module for samples being studied in high-temperature X-ray diffraction in controlled atmospheres for small coin cells. This equipment will help to analyze in-situ whether any undesired chemical reactions occur during the charging and discharging phases of cells developed in SOLVE project 🔋 #AllWillBeSolid! 💎 #SolidStateBattery 🔝#LoadingInProgress Andriy Kvasha | Esperanza Sedano Varo | Amandeep Singh | Erkki Levänen | Katri Harjuveteläinen Other project partners: CIDETEC Energy Storage | Arkema | Saft | Centro Ricerche Fiat | CEA | Pulsedeon | ACCUREC-Recycling GmbH- | delfort | Pipistrel Vertical Solutions | LOMARTOV SL | Fraunhofer IKTS | Empa | Oerlikon | Politecnico di Torino | Tenerrdis 👏 🇪🇺 With the support of the European Commission and CINEA - European Climate, Infrastructure and Environment Executive Agency (Giulia Moggia) | #FundedByEU Visit our website 👉 https://lnkd.in/dWRpK9iZ

Our new chamber for high-temperature X-ray diffraction in controlled atmospheres at Tampere University is used for example in battery research.

PhD Opportunity We are seeking a dedicated and motivated candidate for a full-time/Part time PhD position in one of the following niche research areas: Experimental Research: Investigation of ammonia and bio-CNG in HCCI/RCCI engines, focusing on performance, emissions, and combustion characteristics. Solar energy harvesting and storage using nanofluids for enhanced thermal efficiency. Computational Research: Development and optimization of Battery Thermal Management Systems (BTMS) using advanced computational techniques. Simulation and performance analysis of solar collectors integrated with nanofluids for renewable energy applications. Deserving candidates may be recommended for a university fellowship based on their performance and credentials. Requirements: Strong academic background in mechanical/automobile/thermal/renewable energy engineering or related fields. Research aptitude and a keen interest in experimental or computational methodologies. Interested individuals are encouraged to contact roshanraman@ncuindia.edu with their CV and a statement of purpose. #PhDOpportunity #ResearchPosition #AmmoniaFuel #BioCNG #HCCIEngine #Nanofluids #SolarEnergyResearch #SolarCollectors #RenewableEnergy #ThermalEfficiency #CleanEnergy #GreenTechnology #BTMSOptimization #EngineeringResearch #SustainableFuels #BatteryManagement #EnergySustainability #EnergyInnovation #AdvancedEngineering #MechanicalEngineering #AutomobileEngineering #ThermalEngineering #SustainableResearch #ClimateAction #FutureEnergy #InnovativeResearch #DualFuelResearch #EnergyStorage #PhDInEngineering #GraduateResearch #ClimateChangeSolutions #NetZeroGoals #EnergyOptimization #NanotechnologyInEnergy #SolarEnergyStorage #CleanEnergySolutions #RenewableEnergyInnovation #BatteryCooling #ComputationalModeling #NextGenResearch #STEMCareers #SolarThermal #SolarNanofluids #EnergyHarvesting #ThermalManagement #ResearchGoals #RenewableSolutions #PhDCandidates #UniversityFellowship #EnergyEfficiency

💡 Open doctoral researcher #PhD position available with a topic that focuses on the following keywords: - solidstate  - batteries - hybrid - materials - electrochemistry ✏️ Check out the job description and if interested, apply using the link in the picture!

PhD opportunity in France

🔋✨ Driving Innovation in Energy Storage Devices ✨🔋 Energy storage is the backbone of sustainable energy solutions, and my research focuses on supercapacitors—a promising technology for rapid energy storage and delivery. As an undergraduate researcher specializing in physical chemistry, I am diving into the fascinating world of doped nickel sulfide materials for enhanced energy storage performance. 🔍 Current Research Focus: Investigating Mn- and Zn-doped NiS synthesized via the co-precipitation method. Understanding how doping impacts the electrochemical properties of supercapacitors. Exploring the role of material design in improving energy density and cycle life. This work bridges the gap between fundamental chemistry and practical applications, aiming to create energy solutions for a sustainable future. 🌱 📢 I'm excited to connect with researchers and professionals in materials science, energy storage, and electrochemistry to exchange ideas and foster collaborations. Let’s work together to advance the frontiers of energy technology! #PhysicalChemistry #EnergyStorage #Supercapacitors #MaterialsScience #Research #Collaboration