Engineering Scientist Awards

Direct Current on all (Voltage) Levels The AIT and Graz University of Technology are jointly developing a test portfolio for DC grids in order to prepare the industry for the challenges of the energy future. ruly "exciting" experiments in the Nikola Tesla Laboratory of Graz University of Technology. Together with the AIT, DC voltage grids are under scrutiny. © Lunghammer - TU Graz Currently, electric energy produced in offshore wind farms is transmitted over long distance from the sea to the mainland with high-voltage DC transmission resulting in very low losses. Due to the rapid developments in power electronic components and systems, the use of DC networks is also of interest for the medium and low voltage levels. Together with Graz University of Technology, AIT is developing methods for testing and validating components and systems for these networks in the "Austrian DC Labs" project of the Climate and Energy Fund. The aim is to support domestic developers and ma...

  The training, which will be conducted under the Revamped Distribution Sector Scheme (RDSS) at the Zonal Knowledge Centre (ZKC) in Sarabha Nagar, aims to equip engineers and technical staff with advanced strategies to combat unscheduled power blackouts in industrial city In a bid to reduce power distribution losses, which refer to the electricity lost during the transmission and distribution process due to severe factors such as technical glitches and unauthorised consumption, PSPCL will conduct a three-day intensive training programme from Tuesday to Thursday. The initiative is part of the power utility’s larger plan to bring down transmission and distribution losses which remain a key concern, especially in industrial hub Ludhiana. (HT Photo) The training, which will be conducted under the Revamped Distribution Sector Scheme (RDSS) at the Zonal Knowledge Centre (ZKC) in Sarabha Nagar, aims to equip engineers and technical staff with advanced strategies to combat unscheduled powe...

Embedded systems form the core of modern electronic devices, spanning power input stages, main control PCBs, motors, motor controls, sensors and user interfaces. Each functional block requires comprehensive testing to ensure optimal performance, reliability and a fast market release of the final product. With its extensive portfolio of advanced test solutions, Rohde & Schwarz empowers design engineers to tackle the emerging challenges in all embedded systems: From energy efficiency and electromagnetic interference to digital design and connectivity. Rohde & Schwarz will present its advanced test and measurement solutions for the embedded industry at the embedded world Exhibition & Conference in Nuremberg, Germany. Visitors can find the test and measurement expert at booth 4-218 in hall 4 of the Nuremberg Exhibition Center from March 11 to March 13, 2025. The event provides an opportunity for visitors to engage with the company’s experts and delve into the latest technologie...

The growth of various sectors such as automotive, healthcare, agriculture, and even military applications is significantly driven by advancements in edge computing infrastructure. But what exactly is edge computing? At its core, edge computing involves processing data closer to its source—at the edge of the network—rather than transmitting everything to a central cloud service. Over the past decade, the demand for rapid responses in real-time data processing has surged. From autonomous vehicles to security applications and AI deployments, modern edge computing promises instantaneous feedback by minimizing round-trip processing times to as little as a few milliseconds. This distributed computing approach prioritizes speed, bandwidth efficiency, and reduced dependence on cloud infrastructure. Despite facing challenges related to computational power, there has been substantial progress in developing both the hardware and software components, ranging from specialized hardware to mature sof...

  A recent study published in  Advanced Materials  introduced a technique for fabricating materials with nanovoxelated elastic moduli. This method enables precise control over mechanical properties. Image Credit: Sittipol sukuna/Shutterstock.com Advancements in 3D Printing Technology Precision fabrication methods are essential for developing materials with controlled mechanical properties, including strength, toughness, and unique functionalities like auxeticity and responsiveness to external stimuli. While traditional single-material  3D printing  has been widely used, multimaterial approaches have expanded design flexibility. Current multimaterial 3D printing techniques face challenges such as limited build sizes, material compatibility issues, and difficulty achieving nanoscale resolution. This study introduces a method that addresses these limitations by enabling precise nanoscale control over mechanical properties. Developing a New Fabrication Method R...

Renewable Energy Integration for Data Centers Data centers are among the largest energy consumers in the tech ecosystem, making renewable energy integration a vital innovation. By deploying on-site renewable energy systems such as solar panels, wind turbines, and hydroelectric solutions, companies can meet energy demands sustainably. Coupling these with energy storage technologies reduces reliance on fossil fuels, cutting carbon emissions and improving energy resilience. This transition not only aligns with environmental goals but also protects operations from fluctuating energy prices. Also Read - Indian Space Startups Surging Due To Clear Govt Policy Energy-Efficient Hardware Design Advancements in hardware design are revolutionising energy efficiency in IT environments. Innovations such as low-power CPUs and energy-efficient GPUs allow companies to reduce energy consumption without compromising performance. Modern semiconductor technologies optimise power usage, enabling sustainable...

  BMC Biomedical Engineering warmly welcomes submissions to its   Collection   on the development and testing of new robotic devices for robot-assisted surgical operations as well as telerobotic solutions. Sara Zandomeneghi   22 Aug 2024 © Gorodenkoff / stock.adobe.com The integration of robotics into surgical practice has enabled advancements in minimally invasive surgery, increasing precision and reducing complications, leading to improved patient outcomes. Telerobotics has further expanded the capabilities of surgical interventions, allowing for remote surgical procedures. While the design of more compact and versatile surgical robotic devices has expanded the range of procedures that can benefit from robotic assistance, it is important to continue advancing our collective understanding in the field of surgical robotics to further enhance patient safety, surgical precision, and post-operative recovery. The Collection  Surgical robotics  welcomes submissi...