Lead Systems Engineer, Weather Radar

Use your Systems Engineering expertise as a program team leader to analyze and develop wireless capabilities as well as develop new products for Honeywell Aerospace. You will work alongside some of the worlds most talented engineers. You will bring value to Honeywells products and services by enhancing telecommunication networks systems and equipment. You will rely on your extensive experience and judgment to effectively and efficiently plan and execute projects to meet customer requirements. You will Leads proposals to address future business opportunities.

Key Responsibilities

• Design and develop applications for airborne weather radar systems.
• Perform signal processing including doppler and spectral analysis for weather radar applications.
• Work with raw I/Q data to develop algorithms for weather detection.
• Engage in the design development and testing of RF systems with an emphasis on radar architecture and systems engineering.
• Monitor analyze and validate statistical data pertaining to RF link performance quality and reliability.
• Develop creative solutions to challenging technical problems.
• Lead product leadership initiatives focusing on lifecycle management and requirement tracing and development.
• Author and submit technical white papers for chief and executive reviews.
• Mentor junior engineers fostering technical growth and expertise within the team.
• Act as a technical consultant providing expert advice on radar systems and signal processing techniques.
• Manage and oversee projects ensuring timely delivery and alignment with technical specifications.
• Interface with customers to ensure product designs meet operational requirements and client expectations.

YOU MUST HAVE

• Bachelors degree from an accredited institution in a technical discipline such as the sciences technology engineering or mathematics
• 8 yearsof engineering experience
• Must have weather radar experience

WE VALUE

• Masters degree from an accredited institution in a technical discipline such as the sciences technology engineering or mathematics
• Strong knowledge of pulse compression techniques to enhance radar system performance.
• Familiarity with dual polarization radar technology and data analysis methods.
• Proficiency in working with Active Electronically Scanned Array (AESA) radar systems.
• Experience in applying AI/ML algorithms to optimize weather radar applications.
• Proven ability to identify troubleshoot and resolve complex hardware and software technical issues.
• Comprehensive understanding of wireless project requirements and industry standards.
• Capacity to conceptualize and innovate new technologies products and processes that drive advancement.
• Skill in balancing demand and capacity when establishing organizational priorities effectively.
• Demonstrated ability to make timely decisions amid complexity combining systematic analysis with confident decisiveness.
• High degree of creativity and independence in problem-solving and project execution.