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Karlsruhe Institute of Technology
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About Karlsruhe Institute of Technology
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Overall Rating | - based on 0 reviews | 3.7/5 based on 91.5k reviews | 3.7/5 based on 54k reviews | 3.8/5 based on 57.7k reviews |
Highly Rated for | - | Job security Work-life balance | Job security | Job security Company culture |
Critically Rated for | - | Promotions Salary Work satisfaction | Promotions Salary | Promotions |
Primary Work Policy | - | Work from office 81% employees reported | Hybrid 62% employees reported | Hybrid 74% employees reported |
Rating by Women Employees | - no rating available | 3.7 Good rated by 26.5k women | 3.8 Good rated by 15.5k women | 3.9 Good rated by 21.7k women |
Rating by Men Employees | - no rating available | 3.6 Good rated by 59.8k men | 3.7 Good rated by 36.1k men | 3.8 Good rated by 33.4k men |
Job security | - Data not available | 4.5 Good | 3.8 Good | 3.8 Good |
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Karlsruhe Institute of Technology Salaries
Research Assistant
(2 salaries)
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₹23.6 L/yr - ₹30.2 L/yr
Research Analyst
(2 salaries)
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₹7.7 L/yr - ₹9.8 L/yr
Research Intern
(1 salaries)
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₹0.9 L/yr - ₹1.2 L/yr
Scientist
(1 salaries)
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₹16.2 L/yr - ₹20.7 L/yr
Research Fellow
(1 salaries)
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₹3.6 L/yr - ₹4.6 L/yr
Researcher
(1 salaries)
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₹4.5 L/yr - ₹5.8 L/yr
Research Scholar
(1 salaries)
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₹1.8 L/yr - ₹2.3 L/yr
Research Associate
(1 salaries)
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₹36 L/yr - ₹46 L/yr
CFD Engineer
(1 salaries)
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₹20.7 L/yr - ₹26.5 L/yr
Postdoctoral Researcher
(1 salaries)
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₹40.5 L/yr - ₹51.8 L/yr
Karlsruhe Institute of Technology News
Enhancing the Production Efficiency of Sustainable Aviation Fuels
- Researchers at the Karlsruhe Institute of Technology have made a groundbreaking advancement in synthetic fuel production, aiming to address the need for sustainable energy solutions in the aviation industry.
- Co-electrolysis technology, developed with industry collaborator Sunfire, enables the production of synthetic kerosene through the direct electrochemical conversion of water vapor and CO2 into syngas.
- The co-electrolysis module achieves an impressive output of 220 kilowatts, enhancing efficiency and reducing energy costs by recovering up to 85 percent of the electrical energy used in the process.
- This innovative approach eliminates the traditional hydrogen production step prior to syngas creation, streamlining the process and maximizing energy conversion efficiency.
- KIT's research emphasizes the production of synthetic fuels through sustainable power-to-liquid processes, utilizing carbon dioxide, water, and green electricity to create renewable alternatives to fossil fuels.
- The Fischer-Tropsch synthesis converts syngas into long-chain hydrocarbons, such as kerosene, illustrating a crucial step in sustainable synthetic fuel production at KIT.
- The pilot integration of co-electrolysis at KIT has demonstrated the production of one hundred liters of syncrude per day, showcasing scalability and progress towards larger production goals.
- Ongoing research within the Kopernikus P2X project aims to develop a larger production facility for synthetic fuels, highlighting a concerted effort towards advancing sustainable fuel technologies.
- The collaborative nature of the Kopernikus P2X project, involving partners like Sunfire and INERATEC, underscores the commitment to producing carbon-neutral e-fuels for aviation industry standards.
- Through interdisciplinary collaboration and technological innovation, the advancements in synthetic fuel production at KIT offer a promising pathway towards carbon-neutral and sustainable energy solutions.
Bioengineer | 20 Mar, 2025

Novel Measurement Method Reveals Insights into Actinide Bonding Properties
- Scientists from the Karlsruhe Institute of Technology (KIT) have conducted groundbreaking research to gain insights into actinide bonding properties, a group of elements known for their complex electron structures and unique chemical properties influenced by quantum phenomena.
- Using the innovative M4 resonant inelastic X-ray scattering technique, the researchers at KIT's Institute for Nuclear Waste Disposal (INE) analyzed high-energy signals to better understand the electronic structure of actinide atoms, particularly focusing on the localization of 5f electrons in chemical bonds.
- The findings from this study not only contribute to bridging gaps in actinide chemistry knowledge but also have practical implications in environmental science and medical applications, offering insights into their behavior in natural and controlled settings.
- Experimental work was carried out at the KIT Light Source synchrotron facility, enabling researchers to explore actinide electronic configurations and bond geometries with precision, leading to the development of methodologies that can be replicated globally.
- Collaboration with computational physicists and international research teams enriched the study, emphasizing the importance of collaborative efforts in advancing understanding of actinide interactions and their implications in various fields.
- The research aids in validating theoretical models related to actinide behavior in environmental systems, crucial for nuclear energy and waste management decisions, while also hinting at potential advancements in radiopharmaceuticals for medical treatments like cancer therapy.
- By utilizing advanced techniques like M4 resonant inelastic X-ray scattering, the KIT INE researchers have significantly contributed to expanding knowledge on actinides, paving the way for a deeper comprehension of their chemical and physical properties.
- This innovative research not only enhances existing literature on actinides but also signifies a transformative approach towards characterizing these elements, promising advancements in both fundamental science and applied technological innovations across diverse domains.
- The potential applications of actinides in medical science, particularly in novel cancer therapies through radiopharmaceuticals, highlight the interdisciplinary nature of actinide research and its implications for human health advancements.
- Overall, the study showcases the promising avenues opened up by the use of advanced spectroscopic tools like M4 resonant inelastic X-ray scattering, empowering scientists to tackle the complex challenges posed by actinides in environmental sustainability and healthcare domains.
Bioengineer | 10 Mar, 2025

Chip Industry Technical Paper Roundup: Nov. 5
- New technical papers recently added to Semiconductor Engineering’s library:
- - Communication Characterization of AI Workloads for Large-scale Multi-chiplet Accelerators by Universitat Politecnica de Catalunya
- - Recent Advances in Metal-Oxide-Based Photoresists for EUV Lithography by University of South–Eastern Norway
- - Impact of external magnetic fields on STT-MRAM by Univ. Grenoble Alpes, Everspin, GF, imec, et al.
- - Hacking the Fabric: Targeting Partial Reconfiguration Fault Injection in FPGA Fabrics by Arizona State University and Karlsruhe Institute of Technology (KIT)
Semiengineering | 5 Nov, 2024

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