Systems Engineering and Integration

Our systems engineering function integrates the diverse specifications and requirements in mechanical, electrical, embedded hardware and firmware aspects and delivers the collaborative end-to-end solutions and innovative products.

Prime design has a long and successful track record of electromechanical systems integration and engineering of automation and control systems across a broad spectrum of industries and applications.

We derive our expertise in electromechanical systems integration and design services through our industry experience and best practices in "Concept to manufacturing oriented detailed design" with latest tools and technologies. Our systems engineering team possesses extensive knowledge and best practices in bringing together the component subsystems into one system and ensuring that the subsystems function together as an one system.

Our engineering expertise spans on mechanical design, electrical design, firmware and embedded hardware design along with building prototypes and test stands for complete electromechanical systems. Our mechanical engineers, electrical engineers and embedded engineers works together with an "Accelerated and concurrent product development approach" which provides quick turn around in systems integration and engineering.

Our approach considers

  • Systems requirements analysis
  • Functional specifications
  • Concept design
  • Systems layout
  • Cost benefit analysis
  • Eliminate redundancy
  • Detailed design and development
  • Integrate electrical and mechanical systems/components per function requirements
  • Engineering documentation
  • Prototype
  • Testing and validation
  • Production release

Our team works closely with program owners and stakeholders to ensure system requirements are identified, sufficiently defined and managed throughout the system lifecycle the ensure traceability, testability and successful implementation on-time and within budget.

Through our best practices, we manage and overcome the technical challenges in integrating different subsystems with each other. Our systems integration approach goes hand-in-hand with our operations and maintenance approach-we first seek to understand the mechanics of all systems involved, as well as their business purpose and use cases.

We design equipments for automated assembly, fabrication, testing, and process applications. Our machine design and engineering services team have fulfilled the needs of a long list of industries, including semiconductor, food processing, medical and general industrial.

Our competencies

  • Design for manufacturability (DFM), Design for assembly (DFA), Design for test (DFT), and Design for reliability
  • Design for scalability & design modularity
  • Value engineering (Design for cost reduction)
  • Smart and collaborative ideas and design concepts
  • Project management and execution
  • Product configuration
  • Part life cycle management