Engineering Design Automation

design automation

Engineering Design Automation (EDA) refers to the use of software tools and computer-aided techniques to automate the process of designing, analyzing, and simulating engineering systems or products. EDA is used across various engineering disciplines, including mechanical, electrical, and civil engineering, to create designs that meet specific requirements while optimizing various factors such as cost, reliability, and performance.

The main goal of Engineering Design Automation software is to reduce the time and cost associated with the design process, by automating repetitive tasks and enabling designers to explore more design options in a shorter amount of time. Engineering Design Automation software can automate tasks such as drawing schematics, creating models, performing simulations, and analyzing results. By using these tools, designers can quickly evaluate different design options and make more informed decisions about which designs to pursue further.

Why should you choose PARAM as your reliable EDA Solution Partner?

When it comes to engineering and software services, PARAM is your ideal partner. We combine strong engineering expertise with highly-skilled IT teams to deliver high-quality solutions. Our team consist of mechanical engineers as well as software experts who have a wide range of experience in Engineering Design, Computer-Aided Design (CAD), Engineering Systems, Graphical Systems, and Web-based solutions.

With our EDA solutions, the clients are able to combine the most advanced technologies with the most effective methods possible. At PARAM, a well-designed engineering process is key to engineering productivity. Our experts understand your requirements and propose a solution that meets its goal comprehensively.

Our Core-Strengths:

  • In depth Knowledge of Design Software
  • Expertise in Programming Skills
  • Efficient Data Management
  • Superior Domain Knowledge
  • Excellent Collaboration Skills
  • Best-in-class Quality Assurance

Salient Features of EDA:

  • Helps in enhancing the efficiency of the design process
  • Shorter Lead time
  • Considerable reduction in Design cycle time
  • Error-free design
  • Better Resource Management
  • CAD models, fabrication drawings in minutes
  • Better, quicker and faster validation as the Design rules and logics re incorporated into the software
  • LAN/Internet-based design sharing
  • Software accessibility via the web
  • Tracking and managing data

Benefits Of Engineering Design Automation

  • Faster design time
  • Improved accuracy
  • Cost savings
  • Increased productivity
  • Better collaboration