Blog

Realigning CAE with AI/ML

Nagendra Kumar - Director, Engineering

In today’s competitive business environment, product development is a complex process that often demands significant time to achieve the best possible design, mitigating the rising costs of materials and, in turn, risking delays in the design process. Additionally, one must not overlook other challenges such as skill gaps, ensuring simulation accuracy, data management, and more. Consequently, CAE design for vehicle development faces challenges in terms of the time required for various CAE analyses, including the need to achieve an optimal design that balances high performance with minimal cost. By leveraging advanced technologies like Artificial Intelligence (AI) and Machine Learning (ML) and embracing data-driven CAE, organizations can enhance their capabilities and significantly reduce product life cycle times, thereby accelerating time-to-market.

This is where EinNel’s MDOX comes into play by facilitating the prediction of outcomes, behaviors, and trends that traditionally required extensive time and resources. EinNel MDOX utilizes AI and ML algorithms to harness the vast datasets generated during the product development phases. On the other hand, EinNel MDOX’s Intelligent CAE ensures the effective application of these insights to aid in engineering and design.

EinNel MDOX integrates AI and ML with data-driven CAE to create comprehensive solutions that are not only robust and reliable but are also capable of self-learning and continuous improvement over time. EinNel’s MDOX, with its multidimensional approach, takes into account various parameters and constraints, resulting in optimized and holistic solutions that reduce your design time and enable seamless collaboration among different design and engineering disciplines. This, in turn, fosters a harmonious and synergized product development process.

The combined capabilities of AI, ML, and data-driven CAE in MDOX are strikingly evident in the significant reduction of product life cycle times. AI and ML expedite data processing, providing actionable insights in real-time, which, in turn, reduces the time required for analysis and decisionmaking. MDOX ensures that the design is optimized, taking into consideration various factors, including cost, performance, and manufacturability.

In the pursuit of excellence and innovation, EinNel’s MDOX, which blends AI and ML with datadriven CAE, emerges as the future of CAE. It not only promises to reduce product life cycle times but also ensures that designs are optimal, delivering value that meets the ever-evolving demands of the global market and ensuring a sustainable and profitable future in an increasingly complex global landscape.

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Unlocking Employee Motivation and Nurturing an Ownership Mindset

Roselyn Newton - Business Analyst

Employee motivation is a multifaceted aspect of the workplace, influenced by various internal and external factors. Recognizing and comprehending these factors is crucial for employers and managers in creating a motivating work environment. Motivated employees tend to be more productive, engaged, and satisfied with their jobs.

Graduate trainee engineers, often fresh out of university or college, have specific expectations when they enter the job market and begin their careers. These expectations can shape their experiences and job satisfaction. Common among these expectations is the desire for hands-on learning, the opportunity to apply their acquired knowledge and skills to real-world engineering projects, and structured training programs that provide a clear path for skill development and career progression. Challenging projects that allow them to expand their skills while making a meaningful impact, clear job descriptions and expectations, regular feedback on their performance, and opportunities for growth within the organization are all critical factors that influence the motivation of graduate trainee engineers. Additionally, competitive compensation packages, recognition of their contributions, and maintaining a healthy work-life balance are
vital aspects that contribute to their overall job satisfaction.

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However, aligning these employee expectations with the financial stability of a company can pose significant challenges. Technology companies, like their counterparts in various industries, often encounter cash flow challenges unique to their sector. Factors such as high operating costs, long sales cycles, R & D investments, delayed payments, market volatility, competition and pricing pressure among others can impact a company’s financial stability and operational efficiency, potentially affecting its ability to provide the external motivating factors such as rewards, bonuses and incentives that employees desire.

Having understood that the greatest motivator is often internal—a sense of responsibility, accountability, ownership, and pride in their performance, EinNel has taken proactive steps to align its leaders with the company’s vision and ownership mindset. Fostering an ownership mindset among technical directors and project managers is pivotal for driving accountability, innovation, and overall success within the organization.

EinNel has achieved this by establishing clear expectations and granting a degree of autonomy, allowing these individuals to make decisions related to their projects while emphasizing ownership of project outcomes. Moreover, EinNel ensures that individual and team goals align with the organization’s mission and objectives, promoting a deep sense of ownership in achieving these goals. Continuous learning and development opportunities are provided to enhance skills and foster a growth mindset. EinNel also encourages a culture where admitting mistakes is not feared but rather seen as an opportunity for learning and improvement. Through accountability measures, recognition and rewards, open communication, cross-functional collaboration, regular feedback, and a focus on innovation and long-term vision, EinNel nurtures an ownership mindset that enhances performance and contributes to the organization’s long-term success.

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The Hydrogen Alchemy: Pioneering Process Modelling and System Engineering

Dr. Dhatchana Moorthy - Director, EinNext Biosciences

In the ongoing quest for sustainable energy solutions, hydrogen emerges as a vital catalyst, embodying the potential to revolutionize our energy landscape. Hydrogen, the most abundant element in the universe, holds a promise that can redefine the way we power our world. Hydrogen can be harnessed through various pathways - from reforming natural gas to electrolysis powered by renewable energy. This adaptability allows for integration with diverse energy systems, making
hydrogen a vital enabler of a seamless and sustainable energy transition.

Hydrogen, as a clean and versatile energy carrier, has the potential to replace fossil fuels in various sectors, significantly reducing carbon emissions and playing a pivotal role in achieving a carbon-neutral global economy by 2050. The International Renewable Energy Agency predicts that the hydrogen economy will account for 12 percent of total energy consumption by 2050, and global warming remains below 1.5 degrees Celsius

Hydrogen can be produced through various processes, including thermochemical, electrolytic, direct solar water splitting, and biological processes. Thermochemical processes release hydrogen from organic materials like fossil fuels and biomass, while electrolytic processes use electricity to split water into hydrogen and oxygen. Though hydrogen can be produced from many sources, large-scale hydrogen value chains are yet to be established. This is because sustainable hydrogen production, storage, transportation, and distribution strategies are lacking.

Process modeling systems for hydrogen production involve various steps to optimize production efficiency and sustainability. These include selecting and preparing feedstocks, understanding reaction mechanisms and kinetics, conducting thermodynamic analyses, integrating and optimizing processes, designing heat exchangers, selecting materials for compatibility and durability, and optimizing hydrogen purification and separation methods.

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On the other hand, systems engineering for hydrogen production is a comprehensive approach that involves designing, analyzing, and optimizing the entire process. It integrates various components, technologies, and disciplines to create efficient, reliable, cost-effective systems. Key aspects include system architecture, requirement analysis, modeling and simulation, control systems and automation, reliability and redundancy, lifecycle management and optimization,
interdisciplinary collaboration, and cost-benefit analysis.

EinNel Technologies develops a comprehensive architecture, analyzes requirements, uses advanced modeling and simulation tools, implements control systems, prioritizes reliability and redundancy, and continuously monitors and optimizes performance throughout the hydrogen system’s lifecycle. Interdisciplinary collaboration among our data science teams ensures a holistic approach.

With a legacy of innovation in data-driven computer-aided engineering (CAE), EinNel technologies is at the forefront of designing and modeling hydrogen-powered solutions, optimizing fuel cell and internal combustion engine systems to drive the future of automotive excellence. At EinNel, we strongly believe in harnessing hydrogen’s potential in energy production, transportation, aerospace, industry, and power generation, pivotal to revolutionizing and decarbonizing our world.

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Elevating Software Testing with AI: EinNel’s Success

Niveda R - QA Manager, Software

AI-powered testing tools can analyze large datasets and identify patterns and anomalies that might be overlooked by human testers. They can also perform repetitive tests and simulations at a faster pace, significantly reducing testing time and costs. The EinNel team has implemented an AI-powered tool for visual testing and monitoring.

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This AI-based technology can evaluate various user interface elements and offer visual webpage validation. Given that design assessment is typically a task for humans, these tests can be challenging to validate. Automated testing can handle several tasks that would be difficult for a single human, such as collecting screenshots and evaluating loading times.

Impact of AI in QA,

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Through the use of this AI tool, EinNel has achieved several significant benefits, including increased test coverage and reduced maintenance efforts. We have accelerated both functional and visual tests by a factor of 30 compared to manual processes. Additionally, we have seamlessly integrated the AI tool into the existing EinNel automation framework by establishing a baseline. As a result, EinNel has effectively integrated AI technology into the software quality assurance field to harness the advantages of eliminating duplicate test cases, addressing high-risk and error-prone areas in applications, and predicting key test parameters for future tests.

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From West to East: A Journey Through Transportation Systems

Albert Einstein George - Chief Executive Officer

When we speak of global travels, it isn’t just about the sights and sounds of a city, but also the very backbone that runs it – transportation. My recent trips to the UK, USA, and India were not just explorations of the destinations, but deep dives into the veins that drive them – their public transport systems.

The British Organized Charm: London

In the heart of Europe, the UK stands as a testament to an organized public transport system. My time in the bustling city of London was seamless, thanks to the famed Oyster card. This card, a small yet impactful token of urban advancement, provided unhindered access to buses that elegantly lace the city. The ease with which one can traverse through the vast expanse of London is truly commendable.

The American Adventure: From New York to Detroit

While the UK was a dance of organized steps, the USA presented an unexpected twist. Weather challenges led to the cancellation of my flight from JFK to Detroit. This twist in the tale transformed into a 16-hour bus journey, an experience I never anticipated. Yet, it was far from a harrowing tale. The journey was comfortable, and what truly touched my heart was the dedication of the bus driver. This single individual managed luggage, drove through stormy nights, and ensured timely halts, only to bid adieu with a warm handshake and a heartfelt “Loving Goodbye!”

Passengers experienced minimal jostling or discomfort during the ride. The suspension system effectively dampens road imperfections, ensuring a smooth ride. The buses can reach their desired speeds within a reasonable time frame and can maintain consistent speeds even on inclines. Their braking system is responsive and reliable. All safety features, such as seat belts,emergency exits, and fire extinguishers, are functional. Furthermore, these buses operate with minimal noise, ensuring a quiet environment for passengers, while the heating and cooling systems maintain a comfortable temperature inside, regardless of the external weather conditions.

The Indian Kaleidoscope: Erode’s Vibrancy

The story changes its colors as we head East. India, with its tapestry of cultures and landscapes, has buses at its heart, especially in urban centers. On my journey to Erode for a staff’s wedding reception, I was greeted by the beauty of the Indian countryside. The AC sleeper coach, as we crossed the river Cauvery near Salem, provided glimpses of scenic wonders.

However, there lies a great desire to provide enhanced engineering solutions to the Indian bus manufacturers. This is where EinNel Technologies steps in, envisioning a way to bridge this gap. We aim to enhance engineering performance, ensuring smooth rides, minimal noise, reduced vibrations, and other aspects like fuel efficiency and functional electronics requirements. Additionally, with the age of digitization upon us, EinNel is ready to propel Indian transport systems into the future. With safety, functionality, aesthetics, and IoT applications for regular maintenance, we’re geared to offer holistic solutions.

For OEMs, both Indian and foreign, the commercial vehicle segment in India brims with potential. If costs seem prohibitive, EinNel stands ready to accelerate product development strategies tailored for the Indian market. With cutting-edge technologies, we promise efficiency at affordable costs.

My journey across these countries was more than just a travelogue. It was an insightful exploration of systems, gaps, and potential solutions. As the wheels of these buses turn, so does the world, and it is our job to ensure that the ride is smooth for everyone.

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