PhysiCore Engine | Autonomous Engineering Simulation Software

About the Company

PhysiCore Engine Pvt. Ltd. is a deep-tech company building the next generation of autonomous engineering simulation software powered by Artificial Intelligence, physics-based modelling, and cloud computing.

Our mission is to democratize access to advanced engineering intelligence by transforming complex, expert-driven simulation workflows into an AI-native autonomous platform enabling engineers, researchers, startups, and enterprises to run high-fidelity simulations faster, more affordably, and without specialized computational expertise.

Starting with Computational Fluid Dynamics (CFD), PhysiCore is developing a proprietary platform that automates the entire simulation pipeline from CAD ingestion and physics selection to meshing, solving, and validation reducing simulation time from days to hours while significantly lowering cost and infrastructure barriers.

Built at the intersection of engineering science, machine intelligence, and scalable cloud infrastructure, PhysiCore aims to become the global operating system for autonomous engineering simulation, powering the future of digital engineering across industries such as aerospace, energy, automotive, and advanced manufacturing.

Led by a technically accomplished founding team with deep expertise in CFD, renewable energy, Multiphysics systems, and AI-driven modelling, PhysiCore combines strong scientific credibility with a bold commercial vision: to redefine how engineering decisions are made in the AI era.

Recognized by the Government of India

PhysiCore Engine is officially recognized as a startup by the Department for Promotion of Industry and Internal Trade (DPIIT), Ministry of Commerce & Industry, Government of India, under the Startup India initiative.

Certificate No. DIPP263835 · Working in the AI and Machine Learning sector as self-certified by the company.

DPIIT Certificate of Recognition - Startup India

About the Founders & Leadership

PhysiCore Engine was founded by researchers and innovators who recognized a fundamental challenge in modern engineering: the most powerful simulation technologies remain inaccessible to many organizations due to cost, complexity, and expertise barriers. Combining expertise in computational engineering, renewable energy systems, scientific research, and advanced analytics, the founders established PhysiCore Engine to democratize high-fidelity engineering intelligence and accelerate industrial innovation worldwide.

Dr. Zishan Shaikh

Founder Director and Chief Executive Officer

Dr. Zishan Suheel Shaikh leads PhysiCore Engine's vision, strategy, and technology development. Holding a Ph.D. in Renewable Energy from Universiti Kebangsaan Malaysia, he brings extensive expertise in computational engineering, renewable energy systems, electrochemical technologies, sustainability assessment, and advanced modelling. An inventor with a granted patent in kinetic energy recovery systems and recipient of the Young Researcher Award at the World Renewable Energy Congress (WREC-22), Dr. Shaikh has authored numerous scientific publications and contributed to international research collaborations across Asia and the Middle East. His vision for PhysiCore Engine is to democratize access to advanced engineering intelligence and enable faster, smarter innovation across industries worldwide.

Dr. Shabbah Begum

Co-Founder Director and Chief Financial Officer

Dr. Shabbah Begum brings a unique combination of scientific expertise and strategic business insight to PhysiCore Engine. With a Ph.D. in Chemical and Process Engineering and extensive international research experience, she specializes in techno-economic analysis, engineering optimization, data-driven decision-making, and technology evaluation. Her multidisciplinary background spans advanced materials, electrochemical systems, process optimization, and performance benchmarking. At PhysiCore Engine, she guides financial strategy, operational planning, and sustainable growth initiatives while ensuring the company remains focused on delivering long-term value through innovation.

Dewan Ahmed Muhtasim

Head of Artificial Intelligence

Dewan Ahmed Muhtasim leads PhysiCore Engine's AI and machine learning research, bringing deep expertise in Computer Vision, Deep Learning, and Generative AI. He holds a Master of Computing in Artificial Intelligence (Full Research Mode) from Universiti Kebangsaan Malaysia (UKM), where his research focused on Generative Adversarial Networks (GANs) for facial image inpainting and restoration. He currently serves as a Lecturer in the Department of Computer Science and Engineering at the University of Liberal Arts Bangladesh (ULAB), and has previously worked as a Research Assistant at the Centre for Artificial Intelligence Technology (CAIT), UKM, and as a Full-Stack Web Developer at Magik Tech Sdn. Bhd., Malaysia. He has authored more than 12 publications in peer-reviewed international journals and conferences, with research interests spanning Explainable AI, Vision-Language Models, TinyML, and Intelligent Systems. At PhysiCore Engine, he drives the development of AI-native simulation intelligence at the core of the platform.

Research-Led. Innovation-Driven.

At PhysiCore Engine, research is more than a function — it is the foundation of everything we build. Our leadership team combines scientific rigor with entrepreneurial ambition, creating technologies that bridge the gap between academic discovery and industrial transformation. Through innovation, collaboration, and engineering excellence, we are working to shape the future of intelligent engineering worldwide.

Research Network & Strategic Advisors

PhysiCore Engine's innovation ecosystem extends beyond its founding team through collaborations with universities, research institutions, and scientific communities across multiple disciplines. These relationships support knowledge exchange, research advancement, technology validation, and the development of solutions that address real-world industrial and societal challenges. The company is further supported by a network of strategic advisors that includes experienced CEOs, founders, and technology leaders with extensive backgrounds in IT infrastructure, enterprise technology, business scaling, and innovation-driven ventures. Their guidance strengthens PhysiCore Engine's ability to translate research excellence into sustainable commercial growth and global impact.

Mr. Tony David

Strategic Advisor – Technology & Business Growth

Mr. Tony David is a technology entrepreneur and business leader with over 20 years of experience in building, scaling, and managing technology-driven organizations. He currently serves as Co-Founder and CTO of Reolus Technologies and Senior Programs Consultant at Techbulls Softech.

Having held senior leadership positions across the automotive, engineering, banking, and technology sectors, including leading the IT division at Mahle India, he brings extensive expertise in business strategy, technology transformation, operational excellence, and organizational growth. His experience in scaling technology initiatives and delivering complex enterprise programs provides valuable strategic guidance to PhysiCore Engine as it advances its growth and commercialization journey.

The Challenge We Are Solving

the challenge that inspired the creation of PhysiCore Engine.

Across industries, innovation increasingly depends on the ability to predict, optimize, and validate performance before physical products are built. From next-generation energy systems and advanced manufacturing to aerospace, transportation, and sustainable technologies, organizations rely on engineering simulation and computational modelling to accelerate research and development while reducing risk and cost.

However, many of today's engineering tools remain expensive, computationally intensive, and heavily dependent on specialized expertise. As engineering challenges become more multidisciplinary and data-driven, organizations often face significant barriers in accessing the advanced capabilities needed to innovate efficiently. This challenge is particularly pronounced for small and medium-sized enterprises, research institutions, and emerging technology developers that may lack the resources required to leverage traditional simulation platforms effectively.

Bridging the Gap Between Innovation and Accessibility

The growing demand for faster product development, increased sustainability, and smarter engineering decisions requires a new generation of tools that are both powerful and accessible. Industries need technologies that can reduce complexity, shorten development cycles, support research-driven innovation, and enable engineers to focus on solving problems rather than navigating software limitations.

At the same time, universities and research institutions require advanced computational capabilities to support scientific discovery, train future engineers, and accelerate the translation of research into practical industrial applications. Yet access to high-end engineering software and computational resources often remains limited by cost, infrastructure requirements, and technical barriers.

Why It Matters

The ability to innovate faster is increasingly becoming a competitive advantage. Organizations that can accelerate design cycles, reduce development costs, improve performance, and make better engineering decisions gain a significant edge in rapidly evolving markets.

Addressing these challenges is not simply about improving software — it is about enabling a new era of engineering innovation, empowering researchers, supporting industrial growth, and creating technologies that contribute to a more sustainable and technologically advanced future.

Our Vision

Engineering Intelligence Without Barriers

We envision a world where the power of advanced engineering intelligence is accessible to every innovator, regardless of their resources or computational background. By automating the most complex aspects of the simulation pipeline, we are removing the expertise and infrastructure barriers that have traditionally limited industrial progress.

Driving Research, Innovation, and Industrial Transformation

PhysiCore Engine is building more than software; we are creating a global operating system for autonomous engineering. Our platform bridges the gap between scientific research and industrial application, enabling faster design cycles and smarter engineering decisions at scale across the globe.

Building the Future Responsibly

As we advance, our commitment remains to sustainable and responsible innovation. We leverage AI to optimize resource allocation and computational efficiency, ensuring that the engineering tools of tomorrow contribute to a more technologically advanced and environmentally conscious world.

Vision Statement

To democratize engineering intelligence by making advanced computational science, research-driven innovation, and intelligent decision-making accessible to every organization shaping the future.

What We Do

We empower the future of digital engineering by transforming complex simulation workflows into AI-native, autonomous intelligence.

Intelligent Technology

Advancing engineering through AI-native autonomous platforms that simplify complex physics-based modelling.

Accelerating Innovation

Reducing design cycles across industries from days to hours by automating the entire simulation pipeline.

Bridging Research

Connecting scientific discovery with industrial application to redefine how engineering decisions are made.

As industries enter a period of unprecedented digital transformation, the demand for intelligent engineering technologies continues to grow.

From Research to Global Impact

PhysiCore Engine is built with a long-term vision to make advanced engineering capabilities more accessible, scalable, and impactful for every organization.

Shaping the Next Era of Engineering

A Global Innovation Ecosystem

We connect researchers, engineers, and industries to accelerate the development of technologies that empower engineering intelligence at a global scale.

Looking Forward

We are redefining how engineering challenges are approached, transforming scientific knowledge into real-world impact to build what comes next.

Contact & Investor Relations

Let's build the future of engineering together. We invite investors, industry leaders, and research institutions to join our mission through shared vision and meaningful collaboration.

Investor Enquiries

Discover our growth strategy and the long-term opportunities available as we build the future of engineering.

Strategic Partnerships

Explore collaborative ventures across industrial sectors and innovative technology development initiatives.

Research Collaborations

Join us in advancing scientific discovery and translating high-level research into real-world impact.

General Enquiries

Learn more about our mission, our technology, and how we are driving the future of engineering innovation.

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Engineering Intelligence, Autonomous by Design