System Design

System Design

Control System Design: From Ideation to Realization

In the ever-evolving landscape of industrial engineering, the art of crafting state-of-the-art Control systems stands at the forefront. At Ashmit Engineering, we take great pride in our proficiency in industrial system design, offering comprehensive solutions meticulously tailored to the specific needs of our clients. Join us on a journey that unveils the intricate process underpinning our holistic approach to system engineering.

The Spark of Ideation:

Every successful industrial system design commences with that initial spark of inspiration. At Ashmit Engineering, we kickstart this journey with an invigorating brainstorming session. Our diverse teams converge to explore possibilities, tackle challenges, and envision solutions that can reshape your operations. This phase serves as the bedrock upon which we understand the project's scope and objectives, incorporating principles of functional safety.

Design Calculation:

As ideas crystallize, our engineers delve into the nitty-gritty of hardware selection, meticulously evaluating factors such as compatibility, performance, reliability, and cost-efficiency. This critical decision-making process ensures that your system is equipped with the most fitting components, whether it's for manufacturing automation, oil and gas automation, or power generation automation.

System Architecting:

The architecture of the system is the guiding blueprint for the design and development process. Our engineers meticulously plan the system's structure, defining components, connections, and data flow. This step is crucial in establishing a clear roadmap for the subsequent phases of the project, encompassing process automation.

Hardware Selection:

Selecting the right hardware components is a critical decision. We consider factors such as compatibility, performance, reliability, and cost-efficiency to choose the best hardware for the system. Our engineers are well-versed in a wide range of industrial hardware, ensuring that your system is equipped with the most suitable components.

Network Designing:

In today's interconnected world, networking lies at the core of industrial systems. We engineer robust and scalable network architectures that facilitate seamless communication between system components. This ensures that data is efficiently shared and processed, enhancing overall system performance.

Functional Safety Designing:

Safety is paramount in industrial systems, and we incorporate functional safety measures into the system design. Our meticulous approach identifies potential risks and implements safety mechanisms to protect both equipment and personnel. Our goal is to create systems that operate reliably in all conditions.

Hardware Assembling:

With hardware selections made and safety measures in place, we breathe life into the system. Our engineers meticulously assemble the hardware components, ensuring they are correctly interconnected and configured. This stage is where the design takes tangible form, supporting our system design services.

Software Developing:

Software is the heart and soul of modern industrial systems. Our software engineers craft custom solutions that align with the hardware's capabilities. Whether it's real-time control software, user interfaces, or data analysis tools, we ensure that the software complements the system's functionality, promoting system integration.

System Assembling:

Hardware and software unite in the system assembly phase, where components are integrated to form a cohesive, functioning unit. This step involves rigorous testing to confirm that all elements work harmoniously, underpinning our system testing services.

System Testing:

Industrial Control System (ICS) testing is a crucial phase in ensuring the optimal performance and reliability of these complex systems. Various types of testing, such as acceptance, functional, performance, usability, regression, and black box testing, are employed. It takes place in controlled test environments using specific test cases. The software development phase involves writing code in various programming languages. System design services and project management are essential for a successful ICS project. Real-time testing is vital for sectors like power generation. Supply chain considerations and testing to verify compliance with specifications are also crucial in the ICS testing process.

System Installing:

Once the system passes rigorous testing, it's time for installation at your facility. Our installation team ensures the seamless integration of the system into your existing infrastructure, minimizing disruption to your operations during this phase.

Resolving Uncovered Issues:

Even the most thorough testing may reveal unexpected issues. We remain dedicated to addressing any uncovered problems promptly and effectively, ensuring a fully functional and issue-free system, bolstered by our system support services.

System Commissioning:

The commissioning phase marks the transition to full-scale system operation. Our team oversees the commissioning process, ensuring that the system is ready for regular use.

System Handover:

With the system fully commissioned, we provide comprehensive handover documentation, including user manuals and training if needed. We ensure that your team is well-equipped to operate and maintain the system effectively.

System Supporting for Our Customers:

At Ashmit Engineering, our commitment doesn't end with system delivery. We offer ongoing support and maintenance services to ensure that your system continues to operate at peak performance, whether you need technical assistance, updates, or preventive maintenance.

Our industrial system design process is a holistic journey, guided by expertise, innovation, and a commitment to delivering solutions that empower your operations. Contact us today to embark on your system design project, and experience the difference that our comprehensive approach can make for your business in the realm of industrial engineering and system integrator expertise.