Other Engineering Page 6

AVEVA Engineering 15.7.4 – Feature Overview AVEVA Engineering 15.7.4 is a powerful, data-driven engineering information management solution designed for multi-discipline collaboration across mechanical, electrical, instrumentation, and piping teams. It serves as a central hub for managing engineering data, specifications, and datasheets throughout the project lifecycle in industries such as oil & gas, power, marine, and chemicals. This version, part of the 15.7 series (also known as R2.1 Patch 4), focuses on stability, performance optimization, and seamless integration with AVEVA’s broader ecosystem, including E3D Design and Unified Engineering. Core Capabilities The software enables engineers to create, edit, and maintain structured engineering data in a controlled, consistent environment. It supports the generation of intelligent datasheets, equipment lists, line lists, and valve schedules...

Overview of Palisade Risk Platform 2025 The Palisade Risk Platform (formerly known as the DecisionTools Suite) is a comprehensive suite of risk analysis and decision-making tools integrated with Microsoft Excel, developed by Palisade Corporation (now part of Lumivero). It enables quantitative risk assessment using Monte Carlo simulations, optimization, decision trees, and statistical analysis for industries like finance, engineering, project management, and consulting. The platform includes flagship tools such as @RISK (for simulation), DecisionTree (for decision modeling), StatTools (for statistics), PrecisionTree (for trees), TopRank (for sensitivity), and RISKOptimizer (for optimization). As of October 28, 2025, the “2025” designation likely refers to the ongoing annual update cycle, with the latest release being @RISK 8.10 (October 2025 Update), bundled within the DecisionTools Suite...

HydroSurvey 7.0.3 is a point release in the HydroSurvey 7.0 series, a professional hydrographic survey software developed by CHC Navigation (CHCNAV) for marine and riverine data acquisition, processing, and mapping. a stability-focused update, it supports unmanned surface vehicles (USVs) like the CHCNAV Apache series, enabling precise bathymetric surveys, real-time positioning, and data visualization. This version emphasizes seamless integration with GNSS RTK systems and echo sounders, making it ideal for applications in dredging, port maintenance, riverbed mapping, and offshore construction. HydroSurvey facilitates end-to-end workflows from raw data logging to export-ready deliverables, reducing fieldwork time and improving accuracy in challenging aquatic environments. The 7.0 series, launched in late 2024, introduced over 15 enhancements centered on multi-sensor fusion and automated quality checks. Version...

  Overview of Deswik GO Deswik GO is a specialized module within the Deswik Suite, a comprehensive mining software platform developed by Deswik for mine planning, design, and optimization. Specifically, Deswik GO focuses on strategic open-pit mine planning, enabling users to optimize pit designs and production schedules simultaneously using advanced mathematical algorithms. It helps maximize net present value (NPV) by evaluating multiple design options for greenfield (new) and brownfield (existing) operations, integrating tactical planning results for holistic decision-making. Key capabilities include: Rapid multi-pit optimization to assess mine shape, phases, and sequencing. Integration with other Deswik tools for end-to-end value chain analysis. Support for importing tactical schedules to refine strategic plans. This tool was developed in partnership with Alicanto Labs and...

FLIR Thermal Studio Suite 2.58 is a subscription-based Windows desktop software from Teledyne FLIR designed for advanced thermal image and video analysis, reporting, and workflow automation. It supports data from handheld thermal cameras (e.g., C-, T-, E-, GF-series, FLIR One, P6-series), unmanned aircraft systems (UAS), acoustic imaging cameras (with Si-series plug-in), and optical gas imaging (OGI) cameras. Available in over 20 languages, it operates as a standalone application without requiring Microsoft Office. The suite includes two main editions: Standard for basic processing and Pro for advanced features like route planning and unlimited templates. This version emphasizes predictive maintenance, system troubleshooting, and productivity gains through batch handling of thousands of images/videos. Key Features Image and Video Processing: Batch processing for thousands...

ErgoLAB 3.17 Registration Code, Software Dog Surface Electromyography Measurement System Wireless EMG Measurement System. 1. Signal Fusion Design: Sensors can capture multiple physiological electrical signals, including EMG electromyography, ECG electrocardiography, EOG electrooculography, EEG electroencephalography, and 9-axis human posture data. 2. Physiological Signal Auto-Identification Technology: Separating sensor acquisition and processing units with insertion detection capability. Different physiological signals can be collected from the same sensor by attaching distinct acquisition cables. This enables flexible experimental configuration, allowing researchers to easily adapt signal acquisition requirements for various experiments. 3. Precise Clock Synchronization: All sensors undergo unified NTP network time calibration before shipment, ensuring temporal consistency across all data acquisitions and eliminating clock discrepancies between sensors or computers. This enables real-time synchronization with multimodal...

Overview of qbase plus 3.2 qbase plus 3.2 is the latest iteration of the flagship quantitative PCR (qPCR) data analysis software developed by Biogazelle (now part of Danaher’s IDT division), Designed for life sciences researchers, it streamlines the analysis of gene expression data from RT-qPCR experiments, ensuring compliance with MIQE guidelines for accurate normalization and validation. The software excels in high-throughput workflows, supporting relative and absolute quantification, inter-plate calibration, and automated quality control for applications in biomarker discovery, oncology, and pharmacogenomics. With built-in support for over 100 instruments (e.g., QuantStudio, LightCycler), it processes data from formats like SDS, ED, and MACRO. As of October 21, 2025, qbase+ 3.2 remains the current stable version, with a minor patch (3.2.1) addressing export...

thermo-Calc 2025a is a powerful thermodynamic software package developed by Thermo-Calc Software AB, released in June 2024. It leverages the CALPHAD (CALculation of PHAse Diagrams) method to compute phase equilibria, thermochemical properties, and phase transformations in multicomponent alloy systems. Widely used in materials science, metallurgy, aerospace, and energy sectors, it supports applications like alloy design, heat treatment simulations, and additive manufacturing process optimization. The software integrates with databases covering thousands of assessed systems for elements from H to Uut, enabling accurate predictions under varying temperature, pressure, and composition conditions. As of October 2025, the current version is Thermo-Calc 2025.2 (build 174669-233), which includes further enhancements like improved simulation accuracy for Al-Si-Mg alloys in additive manufacturing. Users on active maintenance can...

Overview of PIPENET Vision 1.11 PIPENET Vision 1.11 is a specialized software module developed by Sunrise Systems for performing rapid steady-state flow analysis in pipe and duct networks. It’s widely used in engineering fields like hydraulics, fire protection, HVAC systems, and industrial piping to calculate parameters such as pressure drops, flow rates, pipe sizing, and pump selection. The software handles various fluids, including water, steam, air, and other gases or liquids, making it versatile for applications in building services, process industries, and fire sprinkler systems. Key Features Steady-State Analysis: Solves complex network equations efficiently for balanced or unbalanced flows. Modules: Part of the broader PIPENET suite, with Vision focusing on standard pipe networks; integrates with Spray/Sprinkler modules for fire protection...

ClearEdge3D Verity is an automated construction verification and model QA/QC tool that helps teams avoid costly installation and modeling errors. By rapidly comparing as-built point clouds with models in Autodesk Revit and Navisworks, Verity identifies mistakes up to 85% faster than traditional methods. This ensures accuracy and prevents mistakes from escalating into expensive problems downstream. Automated QA/QC at Scale Automate comparing as-built point clouds with design and coordination models, identifying errors up to 85% faster than traditional methods. Verity streamlines QA/QC workflows for building construction and as-built modeling, ensuring accuracy and preventing costly mistakes. It efficiently handles large data sets, eliminating blind spots from spot checks and other manual QA methods to reduce project risks. Visual Error Detection and Reporting...

Overview of ClearEdge3D EdgeWise 5.9.0 ClearEdge3D EdgeWise 5.9.0 is a specific release in the EdgeWise product line, an advanced as-built modeling software for automating scan-to-BIM workflows. Developed by ClearEdge3D, EdgeWise leverages computer vision, pattern-matching, and object recognition algorithms to extract and model elements like piping, structural steel, ducts, walls, conduits, and cable trays from mobile and terrestrial point clouds. EdgeWise 5.9.0 is optimized for creating precise digital twins and as-built documentation, reducing manual effort and errors compared to traditional CAD methods. It supports structured formats (e.g., .TZF, .FLS) and unstructured ones (e.g., .E57, .PTS), making it versatile for scanners from Trimble, FARO, Leica, and others. Key Features in EdgeWise 5.9.0 Drawing from the 5.x evolution, this version emphasizes refined automation...

OPTIMOOR is a user-friendly mooring analysis software developed by Tension Technology International (TTI), tailored for maritime professionals including vessel operators, terminal personnel, port designers, and naval architects. It simulates dynamic mooring forces on ships at berths, calculating line tensions, bollard loads, fender forces, and ship motions under environmental loads like wind, waves, currents, and tides. Based on OCIMF (Oil Companies International Marine Forum) recommendations, OPTIMOOR uses empirical coefficients for wind and current on tankers and other vessels, enabling quick assessments of mooring arrangements to ensure safety and compliance with standards like PIANC and BS 6349. The tool supports both quasi-static and dynamic analyses, making it essential for berth design, incident investigations, and operational planning in ports, offshore terminals, and ship-to-ship...