Jiang Ming-Cheng

• This role primarily involves software and communication security, serving as a Technical Support Engineer responsible for the technical aspects of the company's two product lines, Synopsys Software Integrity Group (rebranded as Black Duck) and QA Systems, covering four key products in the information and communication security domain.
  
  Job Responsibilities:
  The role includes product introduction, demonstration, and assisting clients such as Telecommunication Technology Center (TTC), Institute for Information Industry (III), Taipei Exchange (TPEX), Far Eastern International Bank (FEIB), Cathay United Bank (Cathaybk), Pegatron, Foxconn, MIC, Insyde, TRI, Aspeed Technology, Primax, among others, with Proof of Concept (POC) trials. It also involves setting up test environments, conducting training, and addressing various technical issues encountered by clients.
  
  Responsible Product Lines:
  Synopsys Software Integrity Group (Black Duck): Synopsys SIG
  Black Duck
  QA Systems: QA Systems
  
• Responsible Products:
  Defensics: A fuzz testing tool that tests the stability and security of systems by sending abnormal or random data. It is ideal for testing various network protocol scenarios, helping development teams discover boundary issues and security vulnerabilities that traditional testing might miss, thereby improving overall system robustness.
  
  Black Duck: Focuses on the security and license compliance of open-source software. With the increasing use of AI-sourced code and open-source components, Black Duck provides comprehensive scanning to identify open-source components within projects, checks for vulnerabilities, offers remediation methods, and ensures license compliance. It also continuously monitors updates to mitigate emerging security threats.
  
  Coverity: A static code analysis tool used to identify software quality defects and security vulnerabilities such as resource leaks, memory allocation issues, injections, uninitialized variables, buffer overflows, and null pointer dereferences. It supports compliance with standards like MISRA, ISO 26262, PCI DSS, OWASP, CERT, and CVSS, enhancing software quality and security.
  
  Cantata: A professional unit testing tool for embedded systems, designed for C/C++ programs. It is widely used in high-stakes industries such as automotive electronics, aviation systems, and medical devices. Cantata facilitates achieving safety standards, automates test case generation, conducts code coverage analysis, and provides detailed reports to ensure the quality and reliability of embedded systems.
  
  These tools play crucial roles in different stages and domains of software development, forming a comprehensive quality assurance system in modern software development.

During my tenure at EDOM, I was primarily responsible for supporting products from Silicon Labs, a U.S.-based company. My responsibilities included pre-sales support activities, technical demonstrations, and the preparation and authoring of technical support materials and documentation.

Key Responsibilities:
Internal Support: Assisted the sales team by providing technical services and consultations, addressing and resolving customer technical issues.
External Support (FAE Role): Acted as a Field Application Engineer, coordinating between customers and R&D teams to effectively resolve product issues. This included handling customer complaints, performing analysis, problem resolution, project management, and preparing technical support materials and documentation.

Areas of Expertise:
Broadcast Video & Audio: Initially, I worked with Silicon Labs' Broadcast Video (ATV: NTSC, PAL, SECAM; DTV: DVB, ATSC, ISDB, etc.) and Audio (AM, FM, HD, DAB) products. This involved understanding wireless signals, the interface between antennas and hardware, RF signal measurements, and the integration of hardware and software components.

Wireless Products: Managed Silicon Labs' Wireless products, including sub-1GHz proprietary protocols (Sub-1G products) and 2.4GHz Zigbee. Gained knowledge in RF signal broadcasting, power-saving methods, encryption/decryption, frequency and hardware matching, as well as stack, profile, hardware, and software design.

Timing Products: Oversaw the Silicon Labs Timing product line, which included oscillators, clock generators, clock buffers, and jitter cleaners. This required expertise in frequency, buffer format types (LVPECL, LVDS, HCSL, CML, CMOS), jitter, stability measurements, high-frequency signal impedance matching, and the importance of power supply filter capacitors.

Client Engagements:
During this period, I served numerous companies, including MStar Semiconductor, Sercomm, Unihan, Pegatron, ASUS, Askey, Avermedia, Foxconn, FIH, Inventec, Wistron, Quanta, Compal, Accton, WNC, and others.

Collaborated with clients (MOTO, JABRA, Nokia) to design systems based on specifications, gathering critical project information such as constraints, capacity, functional requirements, and interfaces. Analyzed customer needs and software requirements, considering time and cost constraints to assess project feasibility. Engaged in discussions with clients to design, adjust, and modify software systems.

Key Responsibilities:
＞Software Development: Led the development and programming of software systems, conducting system tests to ensure functionality and performance. Corrected software errors to adapt to new hardware or improve system efficiency.
＞System Validation: Ensured that software systems met design specifications using scientific analysis to predict and measure outcomes. Analyzed data to verify specifications, configurations, and peripherals, providing recommendations for necessary adjustments.
＞R&D: Focused on the research and development of software or firmware for wired and wireless communication products. Designed and validated high-frequency communication systems through rigorous testing.

Technical Expertise:
＞Gained hands-on experience with various development platforms, including Bluetooth (CSR, Broadcom), mobile phones (MTK), and Linux (Android), primarily using C as the programming language.
＞Interfaced with peripherals via UART, SPI, I2C, and other protocols, driving components such as G-Sensors (STMicroelectronics, KIONIX), FM modules (Silicon Labs), and Charger ICs (Texas Instruments).

Products Developed:
＞Worked on practical products like Bluetooth dongles, Bluetooth headsets, and in-car Bluetooth devices, contributing to the development and optimization of these communication solutions.