Associate, Software Engineer

Apply computer science, engineering, and mathematical analysis concepts and principles in the development of software for the target application. Work closely with cross functional members of the engineering organization to develop and evaluate interfaces between hardware and software, and operational performance requirements and design of the overall system. Support and participate in all phases of the software development life cycle, including requirements analysis, design, implementation, integration, and test of embedded software for real-time control of advanced tactical radio equipment. Develop software test procedures, software programs, and related documentation. Utilize modeling tools and equipment to establish operating data, conduct experimental tests, and evaluate results. Participate in peer reviews, identify, track and repair defects. Utilize a variety of software languages (i.e., C++, C#, C, Java, Ruby, HTML5, XML, SQL, Perl, Python, Ajax, Qt) on Windows, Linux, mobile platforms, and embedded real time operating systems (VxWorks, Linux, QNX, Integrity, Windows CE, and others for Motorola, Intel, TI, and custom processor designs). Apply digital signal processing (DSP), communication systems, and software engineering concepts and principles in the development of software for the target application. Understanding of time domain versus frequency domain analysis, filter structures, and modulation/coding algorithms. Work closely with cross functional members of the engineering organization to develop and evaluate interfaces between hardware and software, and operational performance requirements and design of the overall system. Support and participate in all phases of the software and firmware development life cycle, including requirements analysis, design, implementation, integration, and test of embedded software for real-time control of advanced tactical radio equipment in an agile environment. Develop software test procedures, software programs, and related documentation. Utilize modeling tools and equipment to establish operating data, conduct experimental tests, and evaluate results. Participate in peer reviews, identify, track and repair defects. Utilize a variety of software languages (primarily C, C++, and VHDL as well as scripting languages) on embedded Linux and real-time operating system platforms (QNX, Motorola, Intel, TI, and custom processor designs).