Blog - SciEngineer

- Articles
April 29, 2026
Enabling Mission-Critical Systems in Space with Digital Engineering
Juan C. Vicente

Across aerospace and defense, complex systems are evolving faster than traditional engineering methods can handle. Digital Engineering uses connected models, simulations, and data-driven…
- Articles
March 6, 2026
Expert Insights with Bence Nagy: Software-defined Vehicles: The Platform Shift Transforming the Automotive Sector
Fruzsina Juhasz

In this expert interview, Bence Nagy, Application Engineer at SciEngineer, explains why software-defined vehicles (SDVs) are becoming the foundational platform for next-generation mobility.…
- White Papers
July 25, 2025
Migrating Traditional Automotive Applications to Service-Oriented Architectures Using MATLAB & Simulink

Bence Nagy

This white paper explains how to modernize legacy software with a model-based workflow to move from monolithic to modular, scalable SOA systems..

Articles

Enabling Mission-Critical Systems in Space with Digital Engineering

Across aerospace and defense, complex systems are evolving faster than traditional engineering methods can handle. Digital Engineering uses connected models, simulations, and data-driven…

Winner student teams at the 2026 DATA-ENG Hackathon standing behind a motorbike, holding certificates after successfully completing the engineering challenge.

Bridging Academia and Industry: 2026 DATA-ENG Hackathon Recap

The 2026 DATA-ENG Hackathon at the University of Pannonia brought students into direct contact with a real-world engineering problem, developed by AUMOVIO in…

Expert Insights with Bence Nagy: Software-defined Vehicles: The Platform Shift Transforming the Automotive Sector

In this expert interview, Bence Nagy, Application Engineer at SciEngineer, explains why software-defined vehicles (SDVs) are becoming the foundational platform for next-generation mobility.…

Virtual ECUs and SIL Simulation: Accelerating Software-defined Vehicle Development with MATLAB & Simulink

Virtual ECUs and software-in-the-loop (SIL) simulation enable automotive teams to validate production ECU software early, integrate systems virtually, and scale continuous integration workflows.…

Attendees learning parallel computing techniques at a MATLAB HPC workshop in Budapest

Exploring High-Performance Computing and MATLAB Code Acceleration: Our Recent HPC Workshop at BME

In November, SciEngineer hosted a hands-on High-Performance Computing (HPC) workshop at BME in collaboration with MathWorks and DKF Hungary. Participants from universities across…

Groundbreaking ENSO Forecasting Study – Powered by MATLAB

A Hungarian Researcher, Dr. Tamás Bódai, Associate Professor, publishes a groundbreaking ENSO forecasting study in Climate and Atmospheric Science.

The Road to Software-Defined Vehicles: From Vision to Implementation

Explore our complete SDV resource hub – from fundamentals to strategy, hands-on workshops, and migration guides. Learn how MathWorks tools enable the future of automotive innovation.

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News

Virtual ECUs and SIL Simulation: Accelerating Software-defined Vehicle Development with MATLAB & Simulink

Virtual ECUs and software-in-the-loop (SIL) simulation enable automotive teams to validate production ECU software early, integrate systems virtually, and scale continuous integration workflows.…

Show all user stories

User Stories

three-phase transformer can be seen in this picture, metal surface parts are colored by flux density magnitude

KONČAR – D&ST is Driving Acoustic Innovation in Transformer Design with Simulation

KONČAR – D&ST achieved 10% noise reduction in transformers via simulation, meeting IEC 61672 standards with <2 dB error, no prototypes, faster R&D,…

University of Ljubljana Uses MATLAB to Optimize Production System Performance

LASIM Laboratory used MATLAB and machine learning to predict and optimize hydraulic press behavior, achieving over 94% error reduction and advancing smart control in manufacturing.

aiMotive Transforms AV Testing by Integrating RoadRunner into aiSim

aiMotive integrates RoadRunner into aiSim, enhancing AV testing with high-fidelity 3D scene creation for accurate, scalable, and reproducible simulations.

Pro Performance Perfecting Sound Design Through Simulation

In its pursuit of perfecting sound design, Pro Performance Sound + Acoustics GmbH integrated simulation in collaboration with SciEngineer’s COMSOL Multiphysics’ expertise to address the acoustic challenges presented by the historic Stadtbahnbögen in Vienna.

BME Explores Autonomous Glider Control Using Reinforcement Learning

Discover how an Assistant Professor at BME applied reinforcement learning in MATLAB to optimize glider dynamics. Overcoming challenges, he achieved energy-efficient flight and inspired students with real-world projects.

Implementing Simulation Across ETI Elektroelement: Future-proofing via Surrogate Models

ETI Elektroelement d.o.o. has successfully integrated surrogate models into its COMSOL Multiphysics simulations. Doing that has significantly reduced simulation time, allowing engineers to iterate faster and explore more options for the design of their circuit breakers.

SEMILAB Optimizes Microwave Transfer: How Virtual Testing Refined a Mode-Transforming Mirror

Designing microwave components can be tricky. SEMILAB used COMSOL Multiphysics to virtually test a mode-transforming mirror, optimizing its shape for efficient microwave transfer between waveguides. This simulation saved time-, manufacturing-, and testing costs.

Show all white papers

White Papers

Shift-Left in the V-Cycle Digitalization and Virtualization in Software Verification

Shift-Left in the V-Cycle: Digitalization & Virtualization in Software Verification

This white paper explains how leading automotive engineering teams are addressing a growing verification bottleneck in software-defined vehicle development by shifting verification earlier…

Powering Clean Energy Solutions with Simulation

Discover how simulation drives innovation in clean energy. From wind turbines to hydrogen fuel cells, explore 6 engineering success stories that tackle cost, reliability, and sustainability.

Battery management system development workflow with Simulink and Model-Based Design.

Developing Battery Management Systems with Simulink and Model-Based Design

Discover how Model-Based Design with Simulink® accelerates BMS development. Explore battery modeling, SOC/SOH estimation, simulations, HIL testing, and hardware implementation.

Signal Oriented & Service Oriented Architectures_

Migrating Traditional Automotive Applications to Service-Oriented Architectures Using MATLAB & Simulink

This white paper explains how to modernize legacy software with a model-based workflow to move from monolithic to modular, scalable SOA systems..

White Paper: The Invisible Advantage – 11 Critical Pharma Processes Enhanced by COMSOL Simulation

This whitepaper explains where and how COMSOL Multiphysics can be applied across pharmaceutical processes to improve product quality, optimize manufacturing, and support innovation.

White Paper: AI for Model-Based Design – Accelerating Engineering Innovation

Discover a simulation-driven framework for embedding AI into complex systems. This white paper introduces a practical, simulation-driven framework that enables engineers to integrate AI seamlessly throughout the product development lifecycle.

COMSOL Multiphysics in 15 Minutes

Join the electronics industry experts who have benefited from COMSOL Multiphysics. From improving sound quality to reducing battery design time by 70%. In this 15 minute read, you will learn how COMSOL Multiphysics can elevate your team’s efficiency and unlock new possibilities in product design.