Electronic Assembly

Electronic Engineering and Technical Unit

  1. Unit Introduction:

The Technical and Engineering Unit serves as the innovation and development core of the factory, responsible for designing, optimizing, and supporting laboratory equipment through the integration of mechanical engineering, electronics, and programming. By leveraging technical expertise and advanced engineering software, this unit ensures product quality, precision, and performance.

  1. Description of Activities and Responsibilities:

Engineering Design and Simulation:

Creation of engineering drawings and 3D models of components and equipment using software such as SolidWorks, AutoCAD, Ansys, and code-based design tools.

Programming and Electronic Control:

Development of embedded device software, design of control algorithms, and user interfaces for automation systems and precise equipment operation control.

Production Process Optimization:

Providing technical solutions to improve efficiency, reduce waste, and enhance product quality.

Technical Support for Production:

Supervision of assembly, installation, and commissioning of complex components, troubleshooting technical issues, and providing consultation to production departments.

Research and Development (R&D):

Research and development of new technologies, improvement of equipment performance, and design of customized products based on customer requirements.

  1. Required Infrastructure and Equipment:

Engineering design and simulation software (SolidWorks, AutoCAD, Ansys)

Firmware development environments and control software systems

Rapid prototyping and sample production equipment (industrial 3D printers, compact CNC machines)

Precision measuring instruments for engineering testing and calibration

Project management and technical documentation systems

  1. Advantages and Key Strengths:

Ensures product compliance with engineering drawings and national and international standards

Enables the design and delivery of customized products with dedicated programming solutions

Improves accuracy, durability, and efficiency of equipment through optimized engineering and software integration

Reduces production errors and costs associated with post-production modifications

Creates a competitive advantage through the integration of engineering expertise and modern technology

By combining engineering design and programming, the Technical and Engineering Unit acts as a fundamental pillar of quality and innovation in the factory. Every product developed in this unit reflects the precision, expertise, and technical capability of engineers in design, software development, and implementation of control algorithms, ensuring that equipment meets the highest levels of performance, quality, and durability.