Your Job Customize moderately complex software in Python to extend and refine the capabilities of existing desktop-based test systems across multiple manufacturing regions. Support, modify and maintain ownership of software modules used for product testing and qualification across product development and manufacturing. Our Team You will be part of the DSS division, collaborating with various cross-functional teams and global manufacturing centers to deliver impactful software solutions. This role requires self-directed Software Engineer to build /customize desktop software solutions to support development, testing at manufacturing for cutting edge high-speed electrical interconnects. What You Will Do · Provide day-to-day support for Python-based desktop and manufacturing software used for product testing and qualification across Molex plants in China, Mexico, Philippines, Singapore and Vietnam. · Implement config-driven customization, label program handling, and validation rules tailored to customer-specific requirements. · Work closely with mechanical, electrical / Signal Integrity (SI) engineers, quality team and manufacturing spocs to build desktop software solutions to test and verify high speed electrical performance of multi gigabits cable assemblies. · Create and execute test plans, conduct thorough software reviews, analyze and resolve failure modes and document results. · Analyze test data, identify quality issues, and perform root cause analysis. · Integrate software with test equipment (oscilloscopes, TDR, VNAs, etc.). · Create product and test system documentation, specifications and work instructions. · Collaborate with our global manufacturing centers to ensure released software is well supported and issues are addressed quickly. · Efficient in verbal and written communication skills demonstrate the ability to express complex technical concepts clearly and concisely with global teams. · Work with team to complete projects with minimal supervision. · Experience with EEPROM programming in production or test environments. · Familiarity with debugging low-level communication issues (I²C bus errors, timing issues). · Develop and maintain software interfaces for EEPROM programming using I²C protocol. · Implement EEPROM read/write operations, including page handling, data verification, and error handling. · Ability to derive EEPROM data formats from industry specifications and ensure accurate implementation and validation. · Ability to work with both hardware and software integration. · Flexible to work on dynamic priorities. Who You Are (Basic Qualifications) · Bachelor’s or master’s degree in electrical, Electronics, Computer science, Information Systems, or related field. · Experience in software customization requirements, bug fix for existing software code base. · 3-5 years of progressive experience in software engineering with Python. · Good knowledge on EEPROM/I2C or any hardware communication protocol · Experience in JIRA, SVN or Gitlab. What Will Put You Ahead · Experience on Arduino or Teensy. · Strong understanding of I²C communication protocol and hands-on experience with EEPROM devices. At Koch companies, we are entrepreneurs. This means we openly challenge the status quo, find new ways to create value and get rewarded for our individual contributions. Any compensation range provided for a role is an estimate determined by available market data. The actual amount may be higher or lower than the range provided considering each candidate's knowledge, skills, abilities, and geographic location. If you have questions, please speak to your recruiter about the flexibility and detail of our compensation philosophy.

About Koch

Based in Wichita, Kansas, Koch is one of the largest private companies in America. A diverse set of businesses and industries across the world, we work together to keep improving and exploring new ways to make life even better. With a presence in more than 50 countries, Koch companies employ about 120,000 people worldwide, with nearly half of those in the United States. Koch offers abundant opportunities to improve life’s most necessary things – like food, clothing, water, transportation and technology.