Naing Naing Aye

• Mainly serving as a GUI Software Design Engineer in the Technology Development Department, responsible for adding new designs, writing standard structures, participating in library development, and creating generic control tools to streamline tasks across various projects.Customizing and integrating control aspects for automation systems.
• Involving in the design, development, and integration of a customized TiEthernet system for a specific customer opting out of the standard SECS/GEM protocol.Playing a crucial role in integrating devices such as Simco Ionizer Sensors, Keyence Sensors, Futek Sensors, and Fingerprint devices.
• Preparing standard release notes, deploying installers, and releasing to customers.Improving software quality to enhance user-friendliness and maintainability.
• Technologies are C#, C++, Microsoft Access, Oracle, TCP/IP, Named piped communication protocols, WPF MVVM Framework and Visual Studio 2010/2019

Projects Experiences

1. Wafer Map Automation System for (Multi Models)

Description - To analyse semiconductor wafers. It systematically scans the wafers, detects defects, and generates detailed maps illustrating the location and nature of any imperfections. This information is crucial for quality control, process optimization, and decision-making during semiconductor production. Additionally, the system may include features for data management, visualization, and integration with other manufacturing processes for seamless operation.

2. TiEthernet System for Customized Protocols

Description- To facilitate communication and data exchange between semiconductor manufacturing equipment and the manufacturing execution system (MES) or factory automation system (FAS). It enables real-time monitoring, control, and data collection from semiconductor manufacturing equipment, allowing for improved process automation, efficiency, and quality control.

3. Fingerprint Interface

Description - To enhance security and access control in some features in standard MIT system. By requiring operators, engineers and super users to authenticate themselves using their fingerprints, the system ensures that only authorized personnel can access certain features, or recipe / package data.

4. Futek Interface

Description - To accurately measure and monitor physical parameters and variables during production processes. These sensors provide real-time data on forces, pressures, loads, and torques, allowing manufacturers to optimize their processes, ensure product quality, and enhance safety. It helps improve efficiency, reduce waste, and minimize the risk of equipment damage or failure by providing precise feedback and control over manufacturing operations.

5. Database Tool

Description - Integration data in manufacturing is to centralize, organize, and manage various types of data generated throughout the production process. This includes data from different sources such as equipment sensors, quality control systems, inventory management systems, and supply chain databases. By integrating data from these disparate sources into a single database, manufacturers can gain a holistic view of their operations, improve decision-making, and optimize efficiency.

• Participated in development in GUI and debugging.Integration devices such as Barcode Reader and Balluff RFID Reader into Automation system.Preparing for user manuals and those related documentations.
• Technologies are C# and Visual Studio 2010

Project Experience

1. Atomizer Production System

Description - To efficiently produce high-quality atomizers at scale for use in vaping devices. This system typically involves automated machinery and processes designed to manufacture atomizer components, assemble them into finished products, and conduct quality control checks to ensure they meet performance and safety standards.

• Participated in GUI development and debugging.
• Integrated devices such as Barcode Readers and Balluff RFID Readers into the automation system.Prepared user manuals and related documentation.
• Technologies are C#, C++ and Visual Studio 2010

Project Experience

1. Wire Inspection Automation System

Description - To detect defects or anomalies in wires, cables, or harnesses quickly and accurately during the manufacturing process. It ensures quality control, improves efficiency, and reduces the likelihood of faulty products reaching the market.

• Performed customization, integration, implementation, installation and support, testing and deployment of technical solutions.
• Provided design and technical architecture solutions as needed to support client solutions.
• Delivered pre-sales consulting and proposals.
• Prepared functional specifications for projects.
• Identified and communicated technical problems, processes, and solutions.
• Technologies are VB.Net, ASP.Net, ASP, VB 6.0, Microsoft SQL Server and Visual Studio 2003/2008/2010

Projects Experiences

1. Sage Accpac ERP

Description - To integrate accounting, sales, and service functions for end-to-end fiscal management. And can selectively access critical data to identify issues early, make an accurate analysis and take timely action to improve performance.

2. Card Timesheet System

Description - To support recording the amount of a worker's time spent on each job and contain a detailed breakdown of tasks accomplished throughout the project.

3. PO System

Description -To streamline and manage the procurement process. It typically involves creating, approving, and tracking purchase orders for goods or services. The system allows users to generate POs, specify quantities, prices, and delivery dates, as well as track the status of orders, manage vendor information, and reconcile invoices. It helps businesses maintain transparency, control spending, and ensure timely procurement of necessary items.

4. Order Entry System

Description - To input orders, specify product details, quantities, pricing, and shipping information. The system may also include features such as inventory management, order tracking, customer database management, and reporting functionalities. Order entry systems streamline the order processing workflow, reduce errors, improve customer satisfaction, and provide insights for decision-making and forecasting.