Process Engineer I

Process Engineer I Honeywell Aerospace Richardson, TX Job Details Full-time 9 hours ago Qualifications Operational analysis Defect resolution root cause analysis Design of manufacturing processes Design of experiments Engineering process optimization Technology transfer (scale-up process) Quality control problem-solving Collaboration with manufacturing teams Operational excellence initiatives Quality assurance within manufacturing Production documentation Continuous process improvement (CPI) Entry level Cross-functional communication Failure analysis Engineering manufacturing support Full Job Description Delivering mission-critical, electronic solutions that protect lives. Use your creativity and critical thinking to take our products from concept to customer. At Honeywell Aerospace, we engineer solutions for the world's most critical missions. We serve customers in the defense and aerospace markets. Seeking a career that offers challenging, diverse projects and opportunities? Looking for a position with a company that offers long-term professional advancement? Searching for a place that values a diverse, team-based environment? One that values YOU. Consider Honeywell. As a Process Engineer I, here at Honeywell, you will optimize manufacturing processes, ensure product quality, and drive operational efficiency. Collaborate with teams, develop strategies, and conduct process analyses for improvement. You will report directly to our Engineering Program Manager, and you'll work out of our Richardson, TX location on a Hybrid work schedule. The Process Engineer I supports the development, optimization, and sustainment of manufacturing processes for Monolithic Microwave Integrated Circuit (MMIC) products. This role is focused on ensuring process capability, manufacturability, and continuous improvement, while enabling the successful transition of MMIC devices from engineering into stable production. The position collaborates cross-functionally with Engineering, Manufacturing, Quality, Supply Chain, and external suppliers to ensure processes, equipment, and systems operate efficiently and meet safety, quality, and cost objectives. Responsibilities include identifying process issues, performing root cause analysis, implementing corrective actions, designing experiments, and supporting documentation and fixture development to drive consistent, high-quality MMIC production.