Author page description
May 26
- Foundations in Data Science Bachelor's Program Launches at TU Chemnitz
➀ TU Chemnitz introduces a new English-taught Bachelor's program "Foundations in Data Science" starting in Winter 2025/26, focusing on mathematical foundations and interdisciplinary skills;
➁ The program combines mathematics with electrical and information engineering, preparing graduates for careers in data analysis, AI, automotive, and more;
➂ International students gain German language skills, while native speakers enhance English proficiency; applications open until July 15 (international) and September 19 (German).
- How Gas Bubbles Influence Hydrogen Production: New Findings Relevant to All Electrolysis Processes
➀ A German-Dutch research team led by Helmholtz-Zentrum Dresden-Rossendorf (HZDR) discovered that hydrogen bubbles in electrolyzers contain electrolyte microdroplets, revealing internal flow dynamics for the first time;
➁ The study identified that gas bubbles merge and create microjets of electrolyte, forming droplet clouds that reduce efficiency by altering electrode contact and delaying bubble detachment;
➂ Findings, published in Nature Communications, provide insights into improving electrolyzer efficiency, with ongoing research funded by BMBF and NWO to address technical challenges.
- New Interactive Teaching Elements in Engineering Studies at Heilbronn University of Applied Sciences
➀ The Hochschule Heilbronn developed "MEXLEfirst," a mobile electronic lab that integrates a smartphone app to provide real-time feedback and guidance for electrical engineering students, bridging theoretical learning and practical application;
➀ The system, tested in mechatronics and robotics programs, uses modular components and a "Lab-in-a-Box" design to simplify circuit-building tasks, with plans to expand to schools and vocational training by 2026;
➁ Funded by the Stiftung Innovation in der Hochschullehre, the project aims to enhance accessibility for remote learning and industrial training, while fostering partnerships with educational and corporate institutions.
- automatica 2025: Collaborative Robots Automate Production Processes and Facilitate Additive Manufacturing
➀ Fraunhofer IAPT showcases collaborative robots ("Cobots") at automatica 2025, focusing on automating additive manufacturing and reducing labor demands;
➁ Cobots integrate additively manufactured tools and grippers, enabling flexible automation with complex geometries;
➂ Digital production solutions enhance process stability and scalability across conventional and additive manufacturing workflows.
May 23
- Excellence Clusters: KIT Successful with Proposals on Battery Research and 3D Designer Materials
➀ Karlsruhe Institute of Technology (KIT) secured two Excellence Cluster grants for battery research (POLiS) and 3D materials (3DMM2O), each funded up to €70 million over seven years;
➁ POLiS focuses on developing lithium-free batteries for sustainable energy storage, emphasizing ion tracking and cell component interactions;
➂ 3DMM2O pioneers molecular-scale 3D printing, targeting organoid formation, biohybrid systems, and energy-efficient optical switches.
May 22
- Outstanding Success for LUH: Three Excellence Clusters Approved
➀ Leibniz Universität Hannover (LUH) secured funding for three Excellence Clusters (PhoenixD, QuantumFrontiers, Hearing4all.connects), enabling its bid for "Excellence University" status by 2026;
➁ PhoenixD advances photonics for medical and quantum applications, QuantumFrontiers pioneers quantum metrology and next-gen sensors, and Hearing4all.connects integrates AI and genetics to enhance hearing health solutions;
➂ The clusters emphasize interdisciplinary collaboration with academic and industry partners, reinforcing LUH's leadership in cutting-edge research.
- Excellence Strategy: University of Halle Receives Funding for a Cluster of Excellence for the First Time
➀ The Martin Luther University Halle-Wittenberg (MLU) secured funding for the Cluster of Excellence 'Center for Chiral Electronics' (CCE), focusing on chiral materials for energy-efficient, high-performance electronic components;
➁ The initiative involves collaboration with Freie Universität Berlin, the University of Regensburg, and Max Planck Institute in Halle, combining expertise in chiral materials, spin dynamics, and coherent control;
➂ The research aims to advance semiconductor technology, aligning with the European Chips Act, while promoting STEM education and addressing future electronics challenges.
- Excellence Strategy: University of Halle Wins Excellence Cluster Grant for the First Time
➀ The Martin-Luther-Universität Halle-Wittenberg (MLU) secures €64.5 million in funding for the "Center for Chiral Electronics" excellence cluster, collaborating with three institutions to develop energy-efficient electronic materials and technologies;
➁ Research focuses on leveraging chirality in materials to create stable, high-performance electronics, addressing future semiconductor and storage technology needs;
➂ The initiative aligns with the European Chips Act, aiming to bolster Germany’s semiconductor production and inspire youth through science education programs.
- automatica 2025: Collaborative Robots Automate Production Processes and Streamline Additive Manufacturing
➀ Fraunhofer IAPT presents collaborative robots (Cobots) at automatica 2025, automating production processes and reducing expertise requirements for additive manufacturing;
➁ The Cobots leverage sensors, end-to-end data formats, and customized tools like silicone grippers to enhance process stability and product quality;
➂ These solutions highlight additive design benefits for complex geometries, improving resource efficiency and productivity in low-volume, highly customized production.
- Development of Groundbreaking and Energy-Efficient AI with Innovative Ferroelectric Technology
➀ The ViTFOX project, led by Fraunhofer IPMS and European-Korean partners, develops a Vision-Transformer (ViT) architecture using ferroelectric oxides to achieve AI energy efficiency exceeding 50 TOPS/W for edge applications;
➁ The project integrates computing-in-memory technology to reduce latency and energy consumption, leveraging ferroelectric materials like HZO compatible with silicon-based devices;
➂ Cross-border collaboration aims to advance semiconductor innovation, combining European expertise in epitaxial ferroelectric junctions with Korean 3D FeRAM development to enhance hardware-software co-optimization.
May 21
- Picometric Spectroscopy of Hydrogen Molecules in Atomic Nanocavities
➀ Scientists achieved the first spectroscopic observation of hydrogen (H₂) and deuterium (D₂) molecules confined in atomic-scale picocavities using advanced tip-enhanced Raman spectroscopy (TERS);
➁ Quantum mechanical effects, such as nuclear delocalization, were identified as the cause of distinct vibrational responses between H₂ and D₂, revealing isotope-specific behavior not detectable by conventional methods;
➂ The findings offer new insights for energy storage systems, catalytic surfaces, and single-molecule quantum control technologies.
- Exchange on the Future of Digital Transformation
➀ The IEEE ICPS 2025 conference, focused on Industry 4.0 and digital transformation, gathered 170 global experts at Hochschule Emden/Leer, highlighting Germany's leadership in industrial cyber-physical systems;
➁ Organized by Prof. Armando Walter Colombo, the event featured discussions on digital twins, AI-driven automation, and cybersecurity, with participation from companies like SAP, BMW, Volvo, and Volkswagen;
➂ Practical sessions included industry visits to Volkswagen and Meyer Werft, alongside regional tech showcases for applications in manufacturing, logistics, and circular economies.
- Digital Tools for Industrial Process Development
➀ The Fraunhofer IST is advancing simulation tools to bridge the gap between theoretical models and industrial applications, aiming to reduce physical experiments and enhance efficiency in processes like vacuum coating and water treatment;
➁ The institute plans to integrate AI, machine learning, and digital twins to make simulations accessible to non-experts, expanding beyond its established PICMC/DSMC and CFD modeling techniques;
➂ Fraunhofer IST emphasizes workforce training through partnerships with universities like TU Braunschweig, fostering a new generation skilled in simulation-based decision-making for sustainable industrial practices.
- Digital tools for industrial process development
➀ Fraunhofer IST introduces new simulation approaches to integrate numerical modeling into industrial practice, reducing physical tests and optimizing processes like vacuum coating and water treatment;
➁ The institute utilizes a proprietary PICMC/DSMC solver and CFD methods for plasma and gas flow simulations, aiming to democratize simulation access for non-experts;
➂ Future plans include AI integration, data-driven modeling, and talent development through academic courses to advance digital twins and sustainable industrial processes.
May 20
- Luminous Magnets: Quasiparticles Discovered on the Surface of Semiconductor Magnets
➀ Researchers discovered luminous quasiparticles (excitons) on the surface of the antiferromagnetic semiconductor CrSBr, challenging the belief that they could only exist within the material;
➁ Using ultrafast microscopy and spectroscopy, the team visualized surface excitons in ultra-thin crystal layers, noting distinct optical properties compared to internal excitons;
➂ The international collaboration highlights potential applications in energy storage, quantum information, and photonics-magnetism hybrid technologies.
- Glowing Magnets: Quasiparticles Discovered on the Surface of Semiconductor Magnets
➀ Researchers discovered surface-bound excitons (quasiparticles) on the antiferromagnetic semiconductor chromium-sulfur-bromide (CrSBr), previously thought to form only within materials;
➁ The magnetic order of CrSBr enables precise control of light absorption and emission via magnetic fields, leveraging its ultrathin van der Waals crystal structure;
➂ International collaboration confirmed the reproducibility of findings, highlighting potential for technologies integrating photonics and magnetism.
- Fraunhofer IZM celebrates 20 years of partnership for high-tech innovation as a member of IVAM
➀ Fraunhofer IZM marks its 20th anniversary as a member of IVAM, highlighting its role in advancing microtechnology and fostering international collaboration;
➁ The institute pioneered early focus groups like 'Wearables and Smart Textiles' and now supports the new 'Sensors' group with Detect Network, addressing applications in healthcare and environmental monitoring;
➂ Through participation in IVAM events and joint projects, Fraunhofer IZM strengthens ties between academia and industry, driving innovations in system integration and microelectronics.
- Würzburg Students Win ESA Challenge with Autonomous Satellite Operations
➀ A team from Würzburg University's Satellite Technology program won first place in ESA's "Computer In A Room Challenge," excelling in operating a simulated satellite with autonomous and resource-efficient solutions;
➁ The six-month competition required managing limited satellite resources (fuel, power, storage) while completing tasks like Earth mapping and emergency beacon detection, culminating in a 72-hour final phase with restricted communication windows;
➂ The winning solution demonstrated high flexibility and autonomy, earning the team a cybersecurity training course at ESA's European Space Operations Centre.
- Forgotten Property of the Electron: Physical Discovery Opens New Paths for 'Orbitronics'
➀ Researchers discovered that the orbital angular momentum of electrons in chiral materials like cobalt silicide can be actively controlled via crystal chirality;
➁ This breakthrough enables new orbitronic devices for robust and energy-efficient data transfer, utilizing orbital momentum instead of charge or spin;
➂ The EU supports this innovation through the EIC Pathfinder project OBELIX, with potential applications ranging from light-controlled switches to hybrid quantum components.
- Fraunhofer IZM Celebrates 20 Years of High-Tech Innovation Partnership as IVAM Member
➀ Fraunhofer IZM marks 20 years of membership in IVAM, driving advancements in micro- and nanotechnology while fostering international research and industry collaboration;
➁ The institute spearheaded pioneering focus groups like "Wearables and Smart Textiles" and recently co-founded a new "Sensor Technology" group with IVAM-Detect Network, targeting applications in medical tech and Industry 4.0;
➂ Through events like the IVAM Hightech Summit and COMPAMED-Forum, Fraunhofer IZM shares innovations, strengthens partnerships, and collaborates on R&D projects with academia and industry.
- Connected Mobility: Electrical Engineering Graduate from TU Ilmenau Awarded Study Prize
➀ Lorenz Mohr, an electrical engineering graduate from TU Ilmenau, received the SEW-EURODRIVE Foundation's study prize for his thesis on radar algorithm performance analysis for 6G wireless communication and sensing;
➁ His award-winning research focused on improving radar parameter estimation algorithms, critical for applications like autonomous driving and automated logistics, and included an internship at UC Irvine exploring intelligent reflecting surfaces for 6G;
➂ Mohr now works on integrating communication and radar systems for 6G-ICAS4Mobility, a German federal project aiming to enhance connected mobility efficiency and sustainability.
May 19
- Electrical Engineering and Reliability Engineering: Expanding Career Opportunities
➀ Hochschule Darmstadt offers two online master's programs—Electrical Engineering (M.Sc.) and Reliability Engineering (M.Eng.)—in collaboration with zfh, focusing on technical, managerial, and sustainability skills for leadership roles;
➁ The Electrical Engineering program provides four specializations (Automation, Energy Technology, Medical Technology, and Microelectronics) with flexible study durations (4-6 semesters) based on prior academic credits;
➂ The Reliability Engineering program emphasizes sustainable production processes and requires a relevant bachelor's degree and professional experience, preparing graduates for careers in manufacturing and technical management.
May 16
- The University at Göppingen Campus Focuses on Future Trends!
➀ Esslingen University introduces the dual-degree MechatronikBUSINESS program, combining Mechatronics and Industrial Engineering, enabling students to earn two bachelor’s degrees in nine semesters;
➁ New specializations include Medical Technology, Energy/Hydrogen Systems, and AI in mechatronic applications, aligning with industry trends;
➂ Flexible study models (part-time, corporate partnerships, and work-study combinations) and enrollment options are available, with an open day scheduled for May 2025.
- Reducing Greenhouse Gases in Industry: Consortium Develops Carbon Footprint Tracking System
➀ The Climate bOWL project developed an intelligent carbon footprint tracking system to assist industries in identifying and reducing greenhouse gas emissions across production chains;
➁ The €3.16 million initiative involved universities and companies like NTT Data and Miele, focusing on automated data analysis to enhance transparency and energy efficiency;
➂ The system provides actionable insights for emission reduction, prioritizing real mitigation over compensation to achieve climate neutrality.
- NY CREATES and Fraunhofer IPMS Agree to Joint Development of Data Storage on 300mm Wafers
➀ NY CREATES and Fraunhofer IPMS signed a Joint Development Agreement (JDA) to advance research on 300mm wafer-based data storage technologies, focusing on ferroelectric memory devices;
➁ The collaboration aims to combine expertise in materials evaluation and process development for energy-efficient, CMOS-compatible memory solutions applicable to neuromorphic computing;
➂ This builds on a prior 2023 Memorandum of Understanding, reinforcing transatlantic cooperation to drive semiconductor innovation and economic growth.
- NY CREATES and Fraunhofer IPMS Announce Joint Development Agreement to Advance Memory Devices at 300mm Wafer Scale
➀ NY CREATES and Fraunhofer IPMS formalized a Joint Development Agreement (JDA) to co-develop advanced 300mm wafer-scale memory devices, focusing on ferroelectric memory technology using hafnium oxide (HfO₂);
➀ The collaboration aims to enhance energy-efficient, scalable memory solutions for neuromorphic computing applications, leveraging Fraunhofer IPMS's expertise in HfO₂-based memory and NY CREATES' Albany NanoTech Complex facilities;
➂ The partnership builds on prior agreements and aligns with U.S. initiatives like the CHIPS for America EUV Accelerator to strengthen semiconductor R&D leadership and economic growth.
May 15
- New Bachelor's degree program: Rescue Engineering
➀ Technical University of Applied Sciences Augsburg (THA) launches a Bachelor's program in Rescue Engineering for the 2025/2026 winter semester, focusing on practical training in fire protection, disaster control, and civil safety technologies.
➁ The interdisciplinary program, developed with regional fire departments and aid organizations, equips graduates for roles in emergency services, safety technology development, and industrial security, emphasizing technical expertise and crisis management skills.
➂ Admission qualifications include vocational experience, with flexible pathways for applicants without traditional academic credentials, and applications open for full-time or part-time study starting July 15, 2025.
- New Bachelor's Program: Rescue Engineering
➀ The Technical University of Augsburg (THA) will launch a Bachelor’s program in Rescue Engineering (B. Eng.) starting in Winter 2025/26, focusing on interdisciplinary training in safety technologies and civil protection;
➁ Developed in collaboration with regional emergency services like the Augsburg Fire Department, the program emphasizes practical skills in risk assessment, crisis management, and team coordination, blending technical expertise with psychological and communication training;
➂ Open to applicants with vocational experience or traditional academic qualifications, the program offers full-time and part-time options, preparing graduates for roles in emergency response, safety technology development, and disaster prevention.
- UKP Workshop 2025: Process Technology for Scaling Processes and Productivity
➀ The 8th UKP Workshop in Aachen focused on ultrashort pulse laser technology advancements, addressing beam sources, system innovations, and scaling strategies to enhance precision and productivity in industrial applications;
➀ Key developments included high-power UV/DUV lasers, MEMS/LCoS modulators for beam shaping, GHz burst systems, and multi-scanner setups to optimize throughput and process control;
➂ Applications spanned medical device manufacturing (e.g., adhesive-free glass welding), semiconductor chip separation, and consumer electronics, with live demos showcasing laser-induced etching and neural network-guided beam shaping.
- Position Paper 'Industry 4.0: Research and Development Perspectives' by the Research Council Industry 4.0
➀ The Research Council Industry 4.0 released a position paper outlining priorities for research funding to strengthen Germany's industrial competitiveness through sustainable value creation, ecosystems, advanced engineering methods, workforce collaboration, and practical implementation;
➁ It emphasizes the need for innovative business models, holistic digital transformation, and support for SMEs to ensure technological sovereignty and counter emerging digital competitors;
➂ The paper originated from discussions at a BMBF research retreat and calls for targeted funding to align research with economic, technological, and labor-oriented goals.