Generated by Rank Math SEO, this is an llms.txt file designed to help LLMs better understand and index this website.

# Endego: Engineering development redefined. GO!

## Sitemaps
[XML Sitemap](https://endego.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [Does fewer ECUs mean a better car? ](https://endego.com/blog/does-fewer-ecus-mean-a-better-car/): A modern car increasingly resembles less a collection of separate circuits and more a complex computing system. The development of electric vehicles, driver assistance systems, connectivity and over-the-air updates means that traditional architecture based on multiple controllers is becoming increasingly difficult to maintain.
- [A production line does not begin on the shop floor](https://endego.com/blog/a-production-line-does-not-begin-on-the-shop-floor/): In the automotive industry, production decisions are made much earlier than when the line is commissioned. How we design the product, the documentation, the tools and the validation process affects the implementation cost, the timeliness of the SOP and the subsequent scalability of production.
- [Automotive software in the age of the Software-Defined Vehicle – how is the role of engineering service providers changing?](https://endego.com/blog/automotive-software-in-the-age-of-the-software-defined-vehicle-how-is-the-role-of-engineering-service-providers-changing/): Premium cars are increasingly becoming digital platforms that continue to be developed long after they have been sold. This is precisely why the Software-Defined Vehicle is changing the way modern vehicles are designed, implemented and kept up to date.
- [From flame to algorithm: how the car headlamp ceased to be merely a lamp](https://endego.com/blog/from-flame-to-algorithm-how-the-car-headlamp-ceased-to-be-merely-a-lamp/): The car headlamp is no longer just a lamp. Today, it is one of the most complex technological systems in a vehicle. It combines optics, mechanics, electronics, thermodynamics, sensors, software, type approval and design. It is designed to illuminate the road, assist the driver, react to the surroundings, work in conjunction with other vehicle systems and build brand recognition.
- [The Impact of Thermal Management Efficiency on the Operational Cost-Effectiveness of Electric Buses](https://endego.com/blog/the-impact-of-thermal-management-efficiency-on-the-operational-cost-effectiveness-of-electric-buses/): The electrification of public transportation in Poland is now an integral part of urban mobility policy and emission reduction strategies. Electric bus procurement programs (EBP) typically focus on two budget items: battery capacity and charging infrastructure.
- [How the rail industry is changing – and what it means for Engineering Service Providers in 2026 ](https://endego.com/blog/how-the-rail-industry-is-changing-and-what-it-means-for-engineering-service-providers-in-2026/): 2025 wasn’t just another year for rail - it was the moment the sector switched tracks from slow, incremental upgrades to full-scale digital and operational transformation. 
- [Automotive exterior lighting – factors defining a rear lamp electrical design](https://endego.com/blog/automotive-exterior-lighting-factors-defining-a-rear-lamp-electrical-design/): Filament bulbs are becoming an outdated technology now. Modern lamps are typically equipped with LED light sources. Thanks to that automotive lamps can be more power efficient however, another LED advantage is more important in reality. These light sources allow for much higher optical and shape design flexibility. It is obvious, that exterior lighting is an important contributor in the modern look of a vehicle. 
- [Automotive 2025: The year Software-Defined Vehicles accelerated – and a new chapter for Engineering Service Providers ](https://endego.com/blog/automotive-2025-the-year-software-defined-vehicles-accelerated-and-a-new-chapter-for-engineering-service-providers/): If 2024 was a warm-up lap, 2025 was the moment the automotive industry went full throttle. Electrification matured, SDV programs shifted from prototypes to production intent, and OEMs began to fundamentally rethink how they build, integrate, and scale technology across entire vehicle platforms. 
- [Engineers are once again worth their weight in gold – how to quickly bridge the talent gap](https://endego.com/blog/engineers-are-once-again-worth-their-weight-in-gold-how-to-quickly-bridge-the-talent-gap/): The past few years have been challenging for the European automotive sector – production declines, supply chain disruptions, and intensifying competition from Asian manufacturers have forced many companies to downsize. Now, as the market slowly begins to recover, businesses face a new challenge: how to quickly restore their delivery capacity when skilled specialists are in short supply?
- [Lighting signature in automotive: how decorative LEDs shape design and build brand recognition](https://endego.com/blog/lighting-signature-in-automotive-how-decorative-leds-shape-design-and-build-brand-recognition/): Modern automotive lighting is no longer limited to a purely functional role. LED logos, illuminated grilles, and dynamic light animations are becoming a new communication language for car brands. How does the combination of design and technology turn light into a recognizable brand signature?
- [Bolt joint validation & optimisation for VDI2230 standard in a regional train driver’s seat](https://endego.com/case-studies/bolt-joint-validation-optimisation-for-vdi2230-standard-in-a-regional-train-drivers-seat/): Meeting stringent industry standards in railway seat design requires precise analysis and structural optimization. In collaboration with MK Seats, the ENDEGO team conducted validation and optimization of the driver’s seat bolted joints, ensuring full compliance with technical and strength requirements.
- [Automotive cyber security – behind the scenes](https://endego.com/blog/automotive-cyber-security-behind-the-scenes/): A few decades ago, securing a car meant a sturdy lock and an alarm. Today, it means defending a rolling, always-connected computing platform - equipped with dozens of Electronic Control Units (ECUs), multiple in-vehicle networks, and high-speed links to the cloud.
- [Engineering the future of rail – trends, challenges, and collaboration](https://endego.com/blog/engineering-the-future-of-rail-trends-challenges-and-collaboration/): What happens when you bring together the practical expertise in rolling stock innovation and the rigour of system assurance?
- [How are modern train interiors designed? ](https://endego.com/blog/how-are-modern-train-interiors-designed/): Designing interiors for modern passenger trains involves far more than aesthetics. It is a complex process where comfort, safety, and advanced technologies must seamlessly converge. What challenges and standards shape the way rail vehicles are designed today? 
- [Designing wiring harnesses – the invisible engineering that keeps vehicles working ](https://endego.com/blog/designing-wiring-harnesses-the-invisible-engineering-that-keeps-vehicles-working/): While most automotive systems get the spotlight - engines, batteries, infotainment - it's the humble wiring harness that truly connects them all. In an age of electrification, autonomy, and high-speed data, wiring harnesses are becoming more complex and mission-critical than ever.
- [Rolling stock modernisation – giving old trains a new lease of life ](https://endego.com/blog/rolling-stock-modernisation-giving-old-trains-a-new-lease-of-life/): Rolling stock modernisation is becoming an increasingly attractive alternative to purchasing new vehicles, especially with rising costs, budget constraints and the need to operate in line with sustainable development principles. When does modernisation make sense and how can it be carried out effectively?
- [Car bumpers: more than just protection – how are they designed and why do they matter?](https://endego.com/blog/car-bumpers-more-than-just-protection-how-are-they-designed-and-why-do-they-matter/): Today, bumpers are much more than just components that protect against the effects of collisions. They are advanced components that combine safety, aerodynamics, aesthetics and integration with electronic systems. How are they designed and why are they so important in modern vehicles?
- [The new face of passenger trains – modern rail vehicle front sections and cladding](https://endego.com/blog/the-new-face-of-passenger-trains-modern-rail-vehicle-front-sections-and-cladding/): Modern trains are not just means of transport, but also embody innovation and safety. The design of the front end and car body combines aesthetics with advanced engineering and European standards. How does the appearance of a train affect its aerodynamics, energy consumption, safety and brand image? Here's what's behind the modern design of rolling stock.
- [Cameras instead of mirrors – are digital mirrors the future of car body design?](https://endego.com/blog/cameras-instead-of-mirrors-are-digital-mirrors-the-future-of-car-body-design/): Digital side mirrors are a technology moving from conceptual prototypes to series production. Instead of classic car mirrors, vehicles now feature compact cameras and interior screens. What are the benefits of this solution, which brands are already implementing it, and do digital mirrors have a chance to replace traditional ones?
- [Vibration analysis of Automotive cable routing: ensure durability and compliance in vehicle design](https://endego.com/case-studies/vibration-analysis-of-automotive-cable-routing-ensure-durability-and-compliance-in-vehicle-design/): Ensuring the durability of cable guides in vehicles requires precise analysis of their behavior under dynamic conditions. The Endego team carried out a comprehensive vibration analysis and structural optimization to ensure compliance with standards and reliable performance for a leading automotive manufacturer.
- [Optimization of train ceiling and monitor gondola structures: ensure compliance and strength in railway vehicles](https://endego.com/case-studies/optimization-of-train-ceiling-and-monitor-gondola-structures-ensure-compliance-and-strength-in-railway-vehicles/): Ensuring durability and compliance with standards is essential in the design of railway components. In response to demanding design requirements, the Endego team carried out a comprehensive structural analysis and optimization.
- [Strength analysis of mobile assembly line components: ensure durability and efficiency in Automotive manufacturing](https://endego.com/case-studies/strength-analysis-of-mobile-assembly-line-components-ensure-durability-and-efficiency-in-automotive-manufacturing/): In the highly demanding automotive manufacturing environment, the crucial issue is to ensure precision, structural integrity and reliability of the mobile assembly line components. These components are exposed to high dynamic loads from accelerations of big masses which define assembly duration time on the manufacturing line, and have to withstand the stresses resulting from the accelerations under limited deformations. As compromise, to maintain precision and durability at the same time.
- [Strength analysis of aluminum battery frames: providing durability and safety in EV applications](https://endego.com/case-studies/strength-analysis-of-aluminum-battery-frames-providing-durability-and-safety-in-ev-applications/): The electrification in the automotive industry continues, push engineering boundaries and require innovative solutions to guarantee battery system reliability, structural integrity, and long-term performance. One of the critical challenges in battery pack design is addressing the mechanical stresses induced by swelling battery cells, which can compromise the safety and durability of the battery housing.
- [Personalisation of car interiors in the era of electrification – a trend or the future of the industry?](https://endego.com/blog/personalisation-of-car-interiors-in-the-era-of-electrification-a-trend-or-the-future-of-the-industry/): Tailoring car interiors to the driver is no longer a luxury but an essential aspect of modern automotive design. In the era of electrification and digitalisation, it is not only driving comfort that matters but also the evolving needs of users. Will personalisation become the new standard, or will it remain a niche trend for a select few?
- [Biophilic design and smart surfaces in car interiors: natural inspirations for a healthier and more comfortable ride](https://endego.com/blog/biophilic-design-and-smart-surfaces-in-car-interiors-natural-inspirations-for-a-healthier-and-more-comfortable-ride/): Will the future of mobility be shaped by the harmony between nature and technology? Biophilic design and smart surfaces are innovative approaches that can not only improve the aesthetics of vehicle interiors but also increase the comfort and well-being of users. Will these concepts change the way we perceive cars?
- [The impact of cultural differences on vehicle interior design: adapting to regional preferences](https://endego.com/blog/the-impact-of-cultural-differences-on-vehicle-interior-design-adapting-to-regional-preferences/): Vehicle interiors reflect local traditions and lifestyles. Scandinavian minimalism, Middle Eastern luxury, or advanced technologies in Asia – manufacturers adapt interiors to meet market expectations. What challenges and benefits does such adaptation bring?
- [Thermal Analyses of Materials and Structures by Use of Computer-aided Engineering Simulations](https://endego.com/blog/thermal-analyses-of-materials-and-structures-by-use-of-computer-aided-engineering-simulations/): Thermal analyses are an important part of modern design processes in various industrial sectors. By leveraging advanced CAE (Computer-Aided Engineering) technologies, engineers can model thermal phenomena with high precision. This allows for better thermal energy management within systems, identification of areas which require modifications to enhance reliability and improve efficiency of the developed devices and structures.
- [Comprehensive Endego support in optimizing component durability](https://endego.com/case-studies/comprehensive-endego-support-in-optimizing-component-durability/): An automotive industry client needed to strengthen key components to withstand dynamic loads and vibrations. For this reason, they turned to Endego for a structural durability and strength analysis.
- [Designing Special-Purpose Vehicles](https://endego.com/blog/designing-special-purpose-vehicles/): Special-purpose vehicles play an important role in many industrial sectors, from construction and agriculture to public transport. They are characterised by specific technical requirements which make the design of special-purpose vehicles a complex engineering challenge. As a leader in the field of industrial design, Endego offers comprehensive services in the development of special vehicles and their components, responding to the needs of customers from various sectors, private and public.
- [Aerodynamics of a car – why is it so important?](https://endego.com/blog/aerodynamics-of-a-car-why-is-it-so-important/): In the automotive industry, aerodynamics plays an increasingly important role in designing modern vehicles. For mass-produced cars, key commercial goals include high load capacity, speed and driving comfort, while simultaneously reducing fuel consumption and emissions. Therefore, understanding and effectively applying aerodynamics is a fundamental aspect of the design process. This is especially true with the growing number of electric and autonomous vehicles. Let's find out which basic terms are worth knowing, why aerodynamics is so important for cars and how computer simulations help engineers optimise the airflow around vehicles.
- [NVH analyses in modern automotive](https://endego.com/blog/nvh-analyses-in-modern-automotive/): Reducing noise and vibration is one of the key issues in modern vehicle design. With NVH (Noise, Vibration, Harshness) analyses, engineers create cars that are more comfortable, safer and meet rigorous standards. How do engineering simulations support the vehicle design process in eliminating unwanted vibration and sound?
- [The role of computer simulations in the automotive industry](https://endego.com/blog/the-role-of-computer-simulations-in-the-automotive-industry/): Computer simulations are changing the standards in vehicle design. They allow engineers to depict physical phenomena and so to minimise the need for costly prototypes. What opportunities do these technologies offer, and how do they impact efficiency, safety, and innovation in the automotive sector?
- [Fracture mechanics and fatigue strength](https://endego.com/blog/fracture-mechanics-and-fatigue-strength/): With a history spanning over 200 years, fatigue strength analysis is now often an integral part of the design process. What events were crucial to its development? Where is it applied, and what benefits does it offer?
- [The future is software-defined: transforming the automotive landscape with SDV](https://endego.com/blog/the-future-is-software-defined-transforming-the-automotive-landscape-with-sdv/): Software-Defined Vehicles (SDVs) are transforming the automotive industry, replacing hardware limitations with dynamic, software-driven features. Through cloud connectivity, real-time updates, and AI integration, SDVs redefine vehicles as intelligent, continuously evolving systems that shape the future of mobility. So, how can we prepare for this revolution?
- [Addressing advanced challenges in HPC development for ADAS ](https://endego.com/case-studies/addressing-advanced-challenges-in-hpc-development-for-adas/): Since vehicles become more intelligent and connected, the complexity of integrating ADAS features into HPC increases exponentially. Endego recently collaborated with a Tier 1 automotive customer to overcome significant challenges in HPC development, ensuring high performance and reliability in their system.
- [Internal Combustion Engines: non-engine solutions for emission reduction](https://endego.com/blog/internal-combustion-engines-non-engine-solutions-for-emission-reduction/): As the automotive industry shifts towards sustainability, internal combustion engines (ICEs) remain crucial in various sectors. Despite the rise of electric vehicles, ICE manufacturers are focused on reducing harmful emissions through innovative technologies. Explore the key non-engine solutions driving emissions reduction and helping ICEs meet stringent standards for a cleaner future.
- [Internal Combustion Engines: internal solutions for a greener future](https://endego.com/blog/internal-combustion-engines-internal-solutions-for-a-greener-future/): As the industry moves toward sustainable mobility, internal combustion engines (ICEs) are advancing to meet strict environmental standards and remain competitive with electric powertrains. Car manufacturers use a range of internal technologies that help reduce emissions and ensure the ongoing relevance of ICEs in a low-emission future.
- [Plasticity in modern engineering practice](https://endego.com/blog/plasticity-in-modern-engineering-practice/): The basis of the most commonly performed nonlinear FEM analyses in CAE software is the theory of plasticity. How did this theory originate? In which fields is it applied? What are the benefits of using plasticity-based calculations, and what are the prospects for the development of simulations that incorporate plasticity?
- [Endego’s comprehensive support for electric 3-wheel vehicle development](https://endego.com/case-studies/endegos-comprehensive-support-for-electric-3-wheel-vehicle-development/): At Endego, we specialise in turning complex challenges into successful outcomes. Our latest case study showcases our collaboration with a US startup developing an innovative electric 3-wheel vehicle. This post details how our harness development expertise and real-time problem-solving helped our client navigate design difficulties and meet their project deadlines.
- [Endego’s expertise in complete wire harness car development for TIER1](https://endego.com/case-studies/endegos-expertise-in-complete-wire-harness-car-development-for-tier1/): At Endego, we meet intricate project requirements and deliver superior results. Our latest case study illustrates our collaboration with a TIER1 supplier, where we have been entrusted with the area of wire harness development. This post details how we leveraged our expertise to meet specific standards and requirements, ensuring the project’s success.
- [System Engineer Role in Automotive](https://endego.com/blog/system-engineer-role-in-automotive/): If you think about car… is it complicated? Chassy, wheels, engine, gearbox, stereo, air condition and you’re good to go. Well, cars are not so simple anymore. Automotive business evolved, and cars are no longer only about driving, it’s about how you spend you’re time during driving and of course – safety.
- [Precision in design: Endego’s rear lamp solution for serial production](https://endego.com/case-studies/precision-in-design-endegos-rear-lamp-solution-for-serial-production/): Our design team was tasked with delivering a final rear lamp design ready for serial production. The most complex part of this project was the design of the light blades, which formed the lamp’s optical system. The challenge lay in the parts’ intricate geometry, limited space for mechanical features, and multifunctional use as optical components and structural support for the lighting subassembly. Additionally, the part’s non-uniform thickness and need for 2k production added to the complexity.
- [Comprehensive rear lamp electronic system development ](https://endego.com/case-studies/comprehensive-rear-lamp-electronic-system-development/): Our client, tasked with developing electronic systems for rear lamps across multiple car model, required end-to-end support. The project encompassed all stages, from requirement analysis and BOM development to schematic design, layout creation, and system validation.
- [Precision software solutions for front car lights ](https://endego.com/case-studies/precision-software-solutions-for-front-car-lights/): Endego recently tackled a complex project involving software analysis and implementation for front car lights. This case study outlines how we supported the customer in achieving precise software and hardware integration for a new headlamp.
- [Could the hydrogen train revolutionize rail transport?](https://endego.com/blog/could-the-hydrogen-train-revolutionize-rail-transport/): The future of rail transport is inextricably linked to environmentally friendly technologies. According to many experts, hydrogen trains are to become one of the cornerstones of modern railways. How do Polish companies fare in terms of the advancement of work on the application of hydrogen in the railways? Can hydrogen trains revolutionise rail transport in our country and around the world?
- [Endegos fortschrittlicher Prototyp für OLED-Umgebungsbeleuchtung](https://endego.com/case-studies/endegos-fortschrittlicher-prototyp-fuer-oled-umgebungsbeleuchtung/): Endego entwickelt fortschrittliche Hardware- und Softwarelösungen, die das Potenzial der Produkte unserer Kunden voll zur Geltung bringen. Unsere neueste Fallstudie zeigt, dass wir in der Lage sind, einen elektronischen Prototyp für die OLED-Umgebungsbeleuchtung eines Kunden zu entwickeln, der auf Jobmessen beeindrucken soll. In diesem Beitrag erfahren Sie mehr über unseren Ansatz und die Technologien, mit denen wir diese innovative Lösung zum Leben erweckt haben.
- [Endego’s advanced prototype for OLED ambient lighting](https://endego.com/case-studies/endegos-advanced-prototype-for-oled-ambient-lighting/): At Endego, we excel in developing advanced hardware and software solutions that showcase the full potential of our clients' products. Our latest case study highlights our ability to create an electronic prototype for a customer's OLED ambient lighting device, designed to impress at job fairs. This post details our approach and the technologies we used to bring this innovative solution to life.
- [Endego’s advanced Software solutions for front car lighting](https://endego.com/case-studies/endegos-advanced-software-solutions-for-front-car-lighting/): At Endego, we constantly strive to lead the way in automotive lighting technology, not just through hardware innovations but also through sophisticated software solutions. Our latest case study showcases our expertise in analyzing and developing software for front car lights. This post details our collaboration with a customer to implement and verify software on new headlamp hardware, ensuring optimal performance and reliability.
- [Hydrogen bus – an innovative part of the urban fabric ](https://endego.com/blog/hydrogen-bus-an-innovative-part-of-the-urban-fabric/): The idea of sustainability and a focus on ecology determine the direction in which modern public transport is heading. The hydrogen bus is an innovative means of transport that fits perfectly into the standards that modern public transport should meet. On the streets of Polish and foreign cities, it is increasingly common to see these low-emission vehicles, which not only quickly become a functional element of public transport, but also provide a range of benefits in other areas, including contributing to improved air quality in the locality. Along with their electric counterparts, hydrogen buses are expected to become an integral part of the urban landscape within the next few years. What makes such high hopes for them?
- [Endego’s cutting-edge solutions for rear automotive lighting ](https://endego.com/case-studies/endegos-cutting-edge-solutions-for-rear-automotive-lighting/): At Endego, we pride ourselves on pushing the boundaries of innovation in automotive lighting technology. Our latest case study exemplifies our expertise and commitment to delivering state-of-the-art solutions for our clients. In this post, we delve into our recent collaboration with a Tier 1 customer, a leading supplier to major OEMs, to create a groundbreaking rear lighting variant.
- [What modern car safety systems are worth looking out for?](https://endego.com/blog/what-modern-car-safety-systems-are-worth-looking-out-for/): Over the years, the industrial design of cars has involved the addition of safety systems designed to provide an even higher level of protection for users and other road users. Some of these solutions, in line with regulations adopted by the European Commission, are becoming required equipment for new cars in order for them to receive the appropriate type-approval for sale in the European Union. Which modern car safety systems are worth paying particular attention to?
- [Altair Technology Conference 2024](https://endego.com/bez-kategorii-2/altair-technology-conference-2024/): W dniach 23-24 maja w Krakowie odbyła się Altair Technology Conference 2024. Wydarzenie zgromadziło niemal 140 uczestników, co czyni je jednym z największych spotkań branży obliczeń numerycznych w Polsce. Na sukces tej edycji wpływ miała zarówno zawartość merytoryczna wydarzenia, jak i jego wyjątkowa atmosfera.
- [Altair Technology Conference 2024](https://endego.com/blog/altair-technology-conference-2024/): Altair Technology Conference 2024 was held in Krakow, Poland, on May 23-24. The event attracted nearly 140 participants, making it one of the largest meetings of the numerical computing industry in Poland. The success of this edition was influenced by both the content of the event and its unique atmosphere.
- [Engineering for Safety: Advances in crash test technology](https://endego.com/blog/engineering-for-safety-advances-in-crash-test-technology/): Professional crash tests are one of the important elements of the process of introducing new car models to the market. They allow, under controlled conditions, to verify how a vehicle will behave under the influence of various impacts, analogous to those occurring during dangerous incidents on the road. Currently, car crash tests, also known as crash-tests, are an obligation of car manufacturers wishing to introduce new vehicles for sale. The results of such tests determine whether a car will meet established crash standards, and thus be allowed to be used in a given country. Along with the development of crash test technology comes developments in the area of materials to improve vehicle safety and durability. The approach of auto manufacturers to the car design process is also evolving.
- [Inżynieria dla bezpieczeństwa: Postępy w technologii testów zderzeniowych](https://endego.com/blog/inzynieria-dla-bezpieczenstwa-postepy-w-technologii-testow-zderzeniowych/): Profesjonalne testy zderzeniowe są jednym z istotnych elementów procesu wdrażania nowych modeli samochodów na rynek. Pozwalają one w kontrolowanych warunkach zweryfikować to, jak pojazd będzie zachowywać się pod wpływem różnego rodzaju oddziaływań, analogicznych do tych, występujących podczas niebezpiecznych zdarzeń na drodze. Obecnie testy zderzeniowe samochodów, określane również mianem crash-testów, są obowiązkiem producentów aut pragnących wprowadzić do sprzedaży nowe pojazdy. Od wyników takich testów zależy, czy dany samochód spełni ustalone normy zderzeniowe, a co za tym idzie – będzie mógł być dopuszczony do użytku na terenie danego kraju. Wraz z rozwojem technologii testów zderzeniowych idzie w parze rozwój w obszarze materiałów mających na celu poprawę bezpieczeństwa i wytrzymałości pojazdów. Ewoluuje również podejście producentów aut do procesu projektowania samochodu.
- [Engineering for Safety: Advances in crash test technology](https://endego.com/blog/engineering-for-safety-advances-in-crash-test-technology/): Professional crash tests are one of the important elements of the process of introducing new car models to the market. They allow, under controlled conditions, to verify how a vehicle will behave under the influence of various impacts, analogous to those occurring during dangerous incidents on the road. Currently, car crash tests, also known as crash-tests, are an obligation of car manufacturers wishing to introduce new vehicles for sale. The results of such tests determine whether a car will meet established crash standards, and thus be allowed to be used in a given country. Along with the development of crash test technology comes developments in the area of materials to improve vehicle safety and durability. The approach of auto manufacturers to the car design process is also evolving.
- [Advanced materials: The future of car manufacturing](https://endego.com/blog/advanced-materials-the-future-of-car-manufacturing/): Car manufacturing has undergone constant change over the years to adapt to a changing world. The process of e volvement in the automotive sector is not stopping - there are constantly new challenges and circumstances that car manufacturers are trying to meet. The dynamic nature of this segment of the global market is perfectly illustrated by the changes that are taking place in the area of materials used in cars. One of the main trends we can observe is the desire to create vehicles based on lightweight yet durable components. There is also a strong emphasis on recyclates and renewable materials in the choice of materials for cars.
- [Advanced materials: The future of car manufacturing](https://endego.com/blog/advanced-materials-the-future-of-car-manufacturing/): Car manufacturing has undergone constant change over the years to adapt to a changing world. The process of e volvement in the automotive sector is not stopping - there are constantly new challenges and circumstances that car manufacturers are trying to meet. The dynamic nature of this segment of the global market is perfectly illustrated by the changes that are taking place in the area of materials used in cars. One of the main trends we can observe is the desire to create vehicles based on lightweight yet durable components. There is also a strong emphasis on recyclates and renewable materials in the choice of materials for cars.
- [Advanced materials: The future of car manufacturing](https://endego.com/blog/advanced-materials-the-future-of-car-manufacturing/): Produkcja samochodów na przestrzeni lat podlegała ciągłym przemianom mającym na celu przystosowanie jej do zmieniającego się świata. Proces ewolucji sektora automotive się nie zatrzymuje – wciąż pojawiają się nowe wyzwania i okoliczności, którym starają się sprostać producenci aut. Dynamiczny charakter tego segmentu światowego rynku doskonale obrazują zmiany, jakie zachodzą w obszarze materiałów wykorzystywanych w samochodach. Jednym z głównych trendów, który możemy zaobserwować, jest dążenie do tworzenia pojazdów w oparciu o lekkie, a przy tym wytrzymałe komponenty. Duży nacisk w zakresie doboru materiałów do produkcji samochodów kładzie się obecnie również na recyklaty oraz materiały odnawialne.
- [Energy-efficient off-highway machinery: ways to increase energy efficiency](https://endego.com/blog/energy-efficient-off-highway-machinery-ways-to-increase-energy-efficiency/): Trends in energy management, the development of electric and hybrid vehicles, as well as innovations in fleet management and labor optimization are influencing manufacturers and operators of off-highway machinery. The application of modern solutions from these areas can significantly contribute to improving the energy efficiency of the entire off-highway sector.
- [Energooszczędne maszyny off-highway: sposoby na zwiększenie efektywności energetycznej](https://endego.com/blog/energooszczedne-maszyny-off-highway-sposoby-na-zwiekszenie-efektywnosci-energetycznej/): Trendy w gospodarowaniu energią, rozwój pojazdów elektrycznych oraz hybrydowych, a także innowacje w zakresie zarządzania flotą i optymalizacji pracy wpływają na producentów i operatorów maszyn pozadrogowych. Zastosowanie nowoczesnych rozwiązań z tych obszarów może znacznie przyczynić się do poprawy wydajności energetycznej całego sektora off-highway.
- [What is a front grill and what are its functions on a vehicle?](https://endego.com/blog/what-is-a-front-grill-and-what-are-its-functions-on-a-vehicle/): Due to its practical as well as aesthetic functions, the 'grill' is one of the vehicle components that receive special attention in terms of design. What does this process look like from the initial concept stage through to series production?
- [ASPICE – way to assess your process ](https://endego.com/blog/aspice-way-to-assess-your-process/): Introducing a flawless product has always been a goal of all OEMs in the Automotive Industry. Unfortunately, product development has become more complex over the years. A growing number of suppliers involved creates a situation requiring checking if teams provide the correct elements of your final product. The purpose of ASPICE is to assess process steps and give tools to put a rating of your partners' process development.
- [ASPICE – your way to create, maintain, and improve company process](https://endego.com/bez-kategorii-2/aspice-your-way-to-create-maintain-and-improve-company-process/): The automotive industry is a highly demanding market. It shows especially in areas of quality and project risk. Every company faces difficulties achieving high standards, avoiding unnecessary risk and complicated issues before their product gets to an end user. Various standards and guidelines help address these issues. ASPICE is the best-known example of such.
- [ASPICE – your way to create, maintain, and improve company process](https://endego.com/blog/aspice-your-way-to-create-maintain-and-improve-company-process/): The automotive industry is a highly demanding market. It shows especially in areas of quality and project risk. Every company faces difficulties achieving high standards, avoiding unnecessary risk and complicated issues before their product gets to an end user. Various standards and guidelines help address these issues. ASPICE is the best-known example of such.
- [Celebrating our journey: Endego’s triumph at the B2 Simracing Championship](https://endego.com/blog/celebrating-our-journey-endegos-triumph-at-the-b2-simracing-championship/): Here at Endego, we share a motorsport passion beyond engineering. Our foray into the B2 Simracing Championship represents the fusion of our professional excellence with our love for motorsports.
- [Eco-driven innovation: Reshaping the automotive industry for a sustainable tomorrow](https://endego.com/blog/eco-driven-innovation-reshaping-the-automotive-industry-for-a-sustainable-tomorrow/): Sustainable production in the automotive industry is a pivotal frontier in the global effort towards environmental responsibility. The automotive sector, renowned for its technological innovation and economic impact, is steering towards a greener future. Simultaneously being an ecological necessity, the shift towards sustainable production is becoming a business strategy. It responds to regulatory pressures and increasing consumer demand for eco-friendly products.
- [Revving up for 2024: Unveiling the future of automotive innovation](https://endego.com/blog/revving-up-for-2024-unveiling-the-future-of-automotive-innovation/): Welcome to 2024: A year of breakthroughs and transformations in the automotive world. At Endego, we stand at the forefront of this exciting journey, navigating the fast-paced changes and emerging trends in the automotive sector.
- [Electromobility: opportunities and threats](https://endego.com/blog/electromobility-opportunities-and-threats/): In the context of environmental protection and the fight against CO2 emissions, electromobility is becoming increasingly common. However, like any technology, it brings with it both opportunities and risks. In this article, we address the environmental and operational factors affecting its assessment.
- [Electromobility: opportunities and threats](https://endego.com/blog/electromobility-opportunities-and-threats/): In the context of environmental protection and the fight against CO2 emissions, electromobility is becoming increasingly common. However, like any technology, it brings with it both opportunities and risks. In this article, we address the environmental and operational factors affecting its assessment.
- [Endego: A revolutionary approach to bus design](https://endego.com/blog/revolutionary-approach-to-bus-design/): There are many indications that the future of public transport lies in environmentally friendly, functional, and comfortable buses capable of efficiently transporting passengers from A to B. How does one go about designing vehicles that meet these criteria?
- [Trends in bus design: shaping the future of urban mobility](https://endego.com/blog/trends-in-bus-design-shaping-the-future-of-urban-mobility/): Bus design is changing dynamically, driven not only by technological requirements but also by the growing demand for sustainable, comfortable, and innovative modes of transport.
- [How Endego is designing the railways of the future](https://endego.com/blog/how-endego-is-designing-the-railways-of-the-future/): Thanks to its extensive experience in the design of rail vehicles, its collaboration with innovative manufacturers in the rail industry, and its extensive know-how and extensive technological facilities, Endego is already in a position to create the rail vehicles of the future.
- [Challenges in rail vehicle design](https://endego.com/blog/challenges-in-rail-vehicle-design/): Railways play an important role in public and freight transport around the world. As a constantly evolving sector, it is adapting to changing challenges and needs. These affect the design of rail vehicles and increasing durability, comfort, and safety.
- [Car spoilers – what are they, what are they for, and how are they designed?](https://endego.com/blog/car-spoilers-what-are-they-what-are-they-for-and-how-are-they-designed/): Car spoilers are commonly associated primarily with elements that are intended to add a striking, sporty character to the vehicle body. However, many people are unaware of other important functions spoilers have on a car, treating them merely as decoration to match the car's appearance to the driver's preferences... If you would like to learn about the benefits of car spoilers, what materials they are made of, and the process of designing them, we invite you to read our article!
- [Cybersecurity in the automotive industry: protection against the invisible threat](https://endego.com/blog/cybersecurity-in-the-automotive-industry-protection-against-the-invisible-threat/): Today, with technology advancing at a dizzying pace, cars have become more advanced than ever before. Progress also brings new challenges. One of the industry's most pressing concerns is cybersecurity.
- [Steering Into the Future with Nexteer Automotive](https://endego.com/case-studies/steering-into-the-future-with-nexteer-automotive/): Embark on an electrifying journey with us into the high-tech world of Nexteer Automotive, a leading global technological powerhouse, dedicated to pioneering the evolution of adaptive steering systems. Nexteer fervently ensures our future mobility is not only safeguarded but also thrilling and ecologically responsible.
- [Steering Into the Future with Nexteer Automotive](https://endego.com/case-studies/steering-into-the-future-with-nexteer-automotive/): Embark on an electrifying journey with us into the high-tech world of Nexteer Automotive, a leading global technological powerhouse, dedicated to pioneering the evolution of adaptive steering systems. Nexteer fervently ensures our future mobility is not only safeguarded but also thrilling and ecologically responsible.
- [How to jump into the burgeoning single-track electric market?](https://endego.com/blog/how-to-jump-into-the-burgeoning-single-track-electric-market/): Although the first thing that comes to mind when hearing the phrase 'electrics' is cars, it appears that emission-free power technologies are also gaining popularity among manufacturers and users of two-wheelers. What will be the main success factor in this market?
- [How to jump into the burgeoning single-track electric market?](https://endego.com/blog/how-to-jump-into-the-burgeoning-single-track-electric-market/): Although the first thing that comes to mind when hearing the phrase 'electrics' is cars, it appears that emission-free power technologies are also gaining popularity among manufacturers and users of two-wheelers. What will be the main success factor in this market?
- [Aerodynamika i bezpieczeństwo:kluczowe aspekty projektowania części zewnętrznych samochodów](https://endego.com/blog/aerodynamika-i-bezpieczenstwokluczowe-aspekty-projektowania-czesci-zewnetrznych-samochodow/): Elementy zewnętrzne samochodu, takie jak zderzaki, progi czy spojlery, odgrywają kluczową rolę w kształtowaniu wyglądu pojazdu. To właśnie na nich skupiamy swoją uwagę, gdy po raz pierwszy stajemy w obliczu konkretnego modelu samochodu.
- [Aerodynamics: key aspects of automotive exterior design](https://endego.com/blog/aerodynamics-key-aspects-of-automotive-exterior-design/): The exterior elements of a car, such as the bumpers, sills, or spoilers, play a key role in shaping the vehicle's appearance. They are what we focus our attention on when we are first confronted with a particular car model.
- [Hydrogen: The Fuel of the Future](https://endego.com/blog/hydrogen-the-fuel-of-the-future/): Due to the drive to reduce greenhouse gas emissions and the fight against climate change, hydrogen is emerging as a promising alternative fuel for transport. What are its advantages and disadvantages? What challenges does its use present?
- [Wodór – paliwo przyszłości](https://endego.com/blog/wodor-paliwo-przyszlosci/): W związku z dążeniem do redukcji emisji gazów cieplarnianych oraz walką ze zmianami klimatu wodór staje się obiecującym alternatywnym paliwem dla transportu. Jakie ma zalety i wady? Z jakimi wyzwaniami łączy się jego zastosowanie?
- [Automatization production lines: a new era of efficiency and innovation in industry](https://endego.com/blog/automatic-production-lines-a-new-era-of-efficiency-and-innovation-in-industry/): In an era of rapidly increasing pressure for cost efficiency in industry, automatic production lines are becoming a key element of technological transformation in the field of goods manufacturing.
- [The New Era of Comfort: 5 Trends That Are Shaping Car Interior Design](https://endego.com/blog/the-new-era-of-comfort-5-trends-that-are-shaping-car-interior-design/): Although it might seem to be an area of the automotive industry much less innovative than propulsion or software, car interior design is also subject to technological trends and significantly impacts driving comfort and safety. What is currently keeping interior designers busy?
- [Designing the automotive lighting of the future: trends, challenges, and opportunities](https://endego.com/blog/designing-the-automotive-lighting-of-the-future-trends-challenges-and-opportunities/): The automotive industry is transforming and improving, and one of its most inspiring areas of development is the field of automotive lighting. New technologies not only enhance safety on the road but also allow for more efficient solutions to be used.
- [Design and safety – the design of automotive lighting.](https://endego.com/blog/design-and-safety-or-the-design-of-automotive-lighting/): Properly designed automotive lights influence driving comfort, safety, and vehicle aesthetics. On the one hand, modern technology provides ample room for innovation in all these areas; on the other hand, it poses new challenges for manufacturers.
- [Industry 4.0 – the future of manufacturing](https://endego.com/blog/industry-4-0-the-future-of-manufacturing/): Industry 4.0 is a concept that has recently gained enormous popularity in the business and economic worlds. What does the term really mean, and what is characteristic of this trend?
- [Off-highway machines for the special tasks](https://endego.com/blog/off-highway-machines-for-the-special-tasks/): Used in industry and agriculture, specialized vehicles operating in demanding conditions give designers several challenges. Endego's experts can help in the search for effective and innovative solutions.
- [AUTOSAR – a breakthrough in automotive design](https://endego.com/blog/autosar-a-breakthrough-in-automotive-design/): The AUTOSAR system helps to streamline the design process and improve safety on the road. With its open architecture and strictly standardized processes, it helps car manufacturers to detect and eliminate errors. Using AUTOSAR makes it possible to integrate different software modules and create a single, consistent system using them.
- [Car manufacturers’ 5 most significant problems – 1 solution: nearshoring](https://endego.com/blog/car-manufacturers-5-most-significant-problems-1-solution-nearshoring/): Nowadays, car manufacturing is increasingly complex, forcing manufacturers and component suppliers to look for new solutions. One of these is nearshoring.
- [The lucky thirteenth – PWR Racing Team’s premier car – RT13e](https://endego.com/blog/the-lucky-thirteenth-pwr-racing-teams-premier-car-rt13e/): The PWR Racing Team constructors have unveiled their thirteenth Formula Student class car. The vehicle uses electric propulsion and autonomous driving systems. It will soon be possible to see if the improvements made this year will allow it to repeat its racing successes.
- [What will the future of the automotive industry look like?](https://endego.com/blog/what-will-the-future-of-the-automotive-industry-look-like/): The automotive industry is one of the fastest-evolving industries. New business models, automation, digitalization, and the development of new technologies - the industry is undergoing revolutionary changes. What can we expect in the automotive sector shortly?
- [Will Formula 1 switch to electromobility?](https://endego.com/blog/will-formula-1-switch-to-electromobility/): The roar of motors, top drivers, dizzying speed. Formula 1 has been called the queen of motorsport for years. Will it retain this title in the electromobility world? Or will the electric car racing series: Formula E, take over it?
- [Autonomous cars – what they are and do we have anything to fear](https://endego.com/blog/autonomous-cars-what-they-are-and-do-we-have-anything-to-fear-2/): Vehicles that move on the road without human intervention gradually enter our lives. What benefits and risks could arise from their widespread use? Do we have anything to fear?
- [<strong>Design of the new TTMA road absorber</strong>](https://endego.com/case-studies/design-of-the-new-ttma-road-absorber/): Mobile absorber of kinetic energy when a vehicle hits a stationary or slow-moving truck, used on roads in work zones and during maintenance work
- [<strong>Modernization of the front structure of the ED72 electric multiple units</strong>](https://endego.com/case-studies/modernization-of-the-front-structure-of-the-ed72-electric-multiple-units/): Modernization of the structure of the front of the ED72 electric multiple units, taking into account static, fatigue, and crashworthiness requirements.
- [<strong>Design and strength verification calculations of tank (caisson) structure</strong>](https://endego.com/case-studies/design-and-strength-verification-calculations-of-tank-caisson-structure/): Design and strength calculations to verify the construction of a tank (caisson). The caisson is designed for below-water welding work on piles embedded in the bed of the Skalda River for mooring watercraft.
- [<strong>Tankers project modernization</strong>](https://endego.com/case-studies/tankers-project-modernization/): Design modification and prototyping of new slurry tankers. The aim of the modernisation was to reduce the weight of the vehicle thanks to the use of a smaller thickness of metal sheets in the plating construction and lowering the centre of gravity by recessing the wheel arches into the contour of the tank.

## Pages
- [Interior](https://endego.com/competences/interior/)
- [Vehicle Body](https://endego.com/competences/vehicle-body/)
- [Lighting & Optics](https://endego.com/competences/lighting-optics/)
- [CAE](https://endego.com/competences/cae/)
- [Wiring Harness](https://endego.com/competences/wiring-harness/)
- [Rolling Stock](https://endego.com/sectors/beyond-automotive/rolling-stock/)
- [Buses](https://endego.com/sectors/beyond-automotive/buses/)
- [Competences](https://endego.com/competences/)
- [Competences](https://endego.com/competences/)
- [Powertrain Systems](https://endego.com/competences/powertrain-systems/)
- [Cooperation Documents](https://endego.com/cooperation-documents/): GENERAL TERMS AND CONDITIONS GENERAL TERMS AND CONDITIONS (05.05.2025 to 23.03.2026) GENERAL TERMS AND CONDITIONS (31.01.2024 TO 4.05.2025) AGREEMENT FOR THE TRANSFER OF PROPRIETARY COPYRIGHTS LICENCE CONDITIONS ACCEPTANCE PROTOCOL QUALITY POLICY Anti-corruption Policy Human rights policy Code of ethics Procedure for internal reporting Security Policy
- [Quotation request](https://endego.com/quotation-request/)
- [Software Engineering](https://endego.com/software-engineering/)
- [Software Engineering](https://endego.com/competences/software-engineering/)
- [Chatbot Preview](https://endego.com/chatbot-preview/)
- [Automatization and production lines](https://endego.com/sektory/nie-tylko-samochody/automatization-and-production-lines/)
- [Automatization and production lines](https://endego.com/bereiche/jenseits-von-automotive/automatization-and-production-lines/)
- [Automatization and production lines](https://endego.com/sectors/beyond-automotive/automatization-and-production-lines/)
- [CAE Simulations](https://endego.com/sectors/automotive/cae-simulations/)
- [Autosar](https://endego.com/bereiche/automotive/autosar/)
- [Autosar](https://endego.com/sektory/automotive/autosar/)
- [Autosar](https://endego.com/sectors/automotive/autosar/)
- [Motorcycles](https://endego.com/sektory/nie-tylko-samochody/motorcycles/)
- [Motorcycles](https://endego.com/sectors/beyond-automotive/motorcycles/)
- [Privacy Policy](https://endego.com/privacy-policy/): This privacy policy and use of cookies is a set of rules for processing of personal data in cases indicated in sections 1-4 below and the collection of cookies by Endego sp. z o.o., in particular on websites www.endego.com and support.endego.com (hereinafter referred to as the "Service").
- [Quality Policy](https://endego.com/quality-policy/): ,,The company's policy is to provide customers with the highest quality services,which guarantees the stability and high position of the company on the market''
- [Agriculture](https://endego.com/sectors/beyond-automotive/agriculture/)
- [Off-Highway](https://endego.com/bereiche/jenseits-von-automotive/off-highway/)
- [Off-Highway](https://endego.com/sectors/beyond-automotive/off-highway/)
- [Training Center](https://endego.com/training-center/)
- [Beyond Automotive](https://endego.com/sectors/beyond-automotive/)
- [Automotive](https://endego.com/sektory/automotive/)
- [Automotive](https://endego.com/sectors/automotive/)
- [Sectors](https://endego.com/sectors/)
- [Sectors](https://endego.com/sectors/)
- [Services](https://endego.com/services/)
- [About us](https://endego.com/about-us/)
- [Altair Technical Support](https://endego.com/altair-technical-support/)
- [Altair Technical Support ](https://endego.com/technical-support-center/)
- [Knowledge Zone](https://endego.com/knowledge-zone/)
- [Homepage](https://endego.com/)
- [Contact](https://endego.com/contact/)

## Szkolenia
- [Altair Feko – kurs zaawansowany](https://endego.com/szkolenie/altair-feko-kurs-zaawansowany/): FEKO to kompleksowy pakiet oprogramowania do symulacji elektromagnetycznej 3D oparty na najnowocześniejszych metodach obliczeniowych, który umożliwia użytkownikom rozwiązy-wanie szerokiego zakresu problemów EM. Szkolenie przeznaczone jest głównie dla początku-jących, którzy chcieliby dowiedzieć się więcej o wszystkich możliwościach narzędzia, w tym o możliwościach zastosowania i ograniczeniach różnych solwerów. Intepretacja metod asympto-tycznych w FEKO, w tym optymalizację anten, analizę wyników. Przedstawione zostaną teore-tyczne i praktyczne aspekty (poparte ćwiczeniami uczestnika) problemów projektantów syste-mów radiokomunikacji, aby zapewnić uczestnikom bardzo dobrą bazę do rozpoczęcia korzy-stania FEKO na własnych modelach.
- [Altair Feko – kurs podstawowy](https://endego.com/szkolenie/altair-feko-kurs-podstawowy/): FEKO to kompleksowy pakiet oprogramowania do symulacji elektromagnetycznej 3D oparty na najnowocześniejszych metodach obliczeniowych, który umożliwia użytkownikom rozwiązywanie szerokiego zakresu problemów EM. Szkolenie przeznaczone jest głównie dla początkujących, którzy chcieliby dowiedzieć się więcej o wszystkich możliwościach narzędzia, w tym o możliwościach zastosowania i ograniczeniach różnych solwerów. Intepretacja metod asymptotycznych w FEKO, w tym optymalizację anten, analizę wyników. Przedstawione zostaną teoretyczne i praktyczne aspekty (poparte ćwiczeniami uczestnika) problemów projektantów systemów radiokomunikacji, aby zapewnić uczestnikom bardzo dobrą bazę do rozpoczęcia korzy-stania FEKO na własnych modelach.
- [Altair HyperWorks – analizy nieliniowe](https://endego.com/szkolenie/altair-hyperworks-analizy-nieliniowe/): Zakres szkolenia Przygotowanie analizy nieliniowej Nieliniowe modele materiałowe (m.in. elasto-plastyczne, lepkosprężyste, hiperelastyczne) Nieliniowości zagadnień kontaktowych: Przygotowanie analizy z wykorzystaniem kontaktów Typy kontaktów (m.in.: kontakty z poślizgiem, tarciem) Pretension & preloading Zbieżność obliczeń nieliniowych: Stabilizacja zbieżności obliczeń, Debugowanie modelu
- [HyperMesh – kurs podstawowy](https://endego.com/szkolenie/hypermesh-kurs-podstawowy/): Szkolenie zaprojektowane dla wszystkich osób, które chcą poznać podstawy pracy w programie. Poziom szkolenia dostosowany zarówno dla nowicjuszy, jak i osób z doświadczeniem w pracy w analogicznych programach od innych producentów.
- [Morphing](https://endego.com/szkolenie/morphing/): Szkolenie, w ramach którego poznają Państwo metodykę morphing’u – będziecie mieli Państwo okazję zapoznać się zarówno z aspektem teoretycznym zagadnienia, jak i licznymi praktycznymi przykładami.
- [SimLab](https://endego.com/szkolenie/simlab/): Szkolenie skierowane do osób, które chcą poznać podstawy i zasady pracy w pakiecie SimLab. Na szkoleniu pokażemy Państwu przekrój zakresu możliwości programu tak, abyście Państwo po ukończeniu kursu mogli samodzielnie prowadzić swoje analizy i obliczenia.
- [OptiStruct](https://endego.com/szkolenie/optistruct/): Szkolenie, w ramach którego poznają Państwa metodykę pracy z solverem OptiStruct. Na szkoleniu zostaną podane podstawowe zasady i metody pracy, a przedstawione przykłady będą dotyczyły interesujących Państwa typów analizy.
- [OptiStruct Optimization](https://endego.com/szkolenie/optistruct-optimization/): W ramach szkolenia poznacie Państwo zasady optymalizacji w pakiecie HyperMesh. Nasi eksperci zaprezentują Państwu zarówno zagadnienia teoretyczne, jak i praktyczne przykłady zgodne ze standardami obowiązującymi w praktyce inżynierskiej.
- [Altair Inspire – projektowanie koncepcyjne](https://endego.com/szkolenie/altair-inspire-projektowanie-koncepcyjne/): Szkolenie o charakterze wprowadzającym, które nauczy Państwa podstawowych założeń i zasad pracy w pakiecie Inspire. Pokażemy, jak przebiega cały proces tak, aby po ukończeniu szkolenia byli Państwo w stanie samodzielnie wykorzystywać program.
- [AcuSolve (CFD)](https://endego.com/szkolenie/acusolve-cfd/): Szkolenie dedykowane użytkownikom zainteresowanym tworzeniem symulacji przepływowych. W ramach szkoleniu zaprezentujemy Państwu warstwę teoretyczną omawianych zagadnień wraz z praktycznymi przykładami, które pomogą Państwu w prowadzeniu samodzielnych analiz CFD.
- [SimSolid](https://endego.com/szkolenie/simsolid/): W ramach kursu podstawowego zapoznają się Państwa z metodologią pracy w pakiecie SimSolid. Zaprezentujemy Państwu pełen przegląd typowego workflowu/przepływu pracy od importu geometrii aż po analizę wyników obliczeń. Na naszym szkoleniu pokażemy Państwu przede wszystkim praktyczne aspekty pracy w programie, ale nie zabraknie też teorii – tak, aby wszystko było dla Państwa w pełni zrozumiałe i łatwe do zastosowania w praktyce.
- [HyperMesh – kurs zaawansowany](https://endego.com/szkolenie/hypermesh-kurs-zaawansowany/): Szkolenie zaprojektowane z myślą o użytkownikach, którzy mają już doświadczenie w pracy z pakietem HyperMesh i chcą poszerzyć swoją wiedzę o wykorzystanie zaawansowanych narzędzi.
- [Altair HyperWorks – analizy nieliniowe](https://endego.com/szkolenie/altair-hyperworks-analizy-nieliniowe-2/): Zakres szkolenia Przygotowanie analizy nieliniowej Nieliniowe modele materiałowe (m.in. elasto-plastyczne, lepkosprężyste, hiperelastyczne) Nieliniowości zagadnień kontaktowych: Przygotowanie analizy z wykorzystaniem kontaktów Typy kontaktów (m.in.: kontakty z poślizgiem, tarciem) Pretension & preloading Zbieżność obliczeń nieliniowych: Stabilizacja zbieżności obliczeń, Debugowanie modelu

## Autorzy