Search the 12 jobs at Morse Micro

Join Morse Micro's firmware team to develop and maintain software for IoT devices focusing on low-cost RTOS-based firmware, including 802.11ah layers and device drivers. Responsibilities include debugging, customer support, and writing tests using Python.

The Principal Communications Systems Engineer will lead the design, development, and optimization of advanced wireless communication systems. Responsibilities include the complete design cycle, system architecture, algorithm design, and chip qualification, working closely with design teams while utilizing expertise in WLAN, RF, and analog systems.

As a Principal Communications Systems Engineer at Morse Micro, you will lead the design, development, and optimization of wireless communication systems. Key responsibilities include system architecture, algorithm design to correct RF imperfections, and collaborating with Analog and RTL design teams for chip production. You will also assist in chip qualifications and product engineering.

As a Customer Program Manager, you will translate customer needs into engineering and product strategies, work with cross-functional teams to enhance customer support, manage Tier 2 customer support metrics, and act as a technical liaison to ensure product integration and satisfaction.

The Software Test Engineer will write test scripts, manage automated test runs, and report test results for Wi-Fi chip firmware. Responsibilities include testing all layers of the IoT stack and providing QA feedback. The role requires hands-on experience in the software testing life cycle with a focus on Python scripting and documentation maintenance.

Software Engineers at Morse Micro will develop embedded software for Wi-Fi HaLow chipsets, assist with customer projects, and contribute to open source efforts. Responsibilities include debugging, optimizing system performance, and collaborating with hardware teams.

Senior Software Engineer role at Morse Micro working on 802.11ah chipset development. Responsibilities include ARM, RISC-V, and ESP32 based software development, applications development, software tools creation, collaboration with customers, and ensuring product quality. Strong knowledge of Embedded C, FreeRTOS, hardware concepts, debugging tools, and communication skills are required. Experience with Wi-Fi networking, Python, Linux, and system profiling is preferred. Competitive salary, stock options, work visa sponsorship, and a fulfilling work environment are offered.

As a Field Applications Engineer, you will support customers by assisting in application concepts, hardware system designs, chip/module integration, and mass production. You will partner with sales, develop reference designs, assist with design reviews, and travel to customer sites as needed.

As a Field Application Engineer at Morse Micro, you will support customers from application concept through hardware system design, chip integration, and mass production. Responsibilities include pre-sales support, reference design development, hardware and code documentation, and customer collaboration on technical requirements and troubleshooting.

The Customer Success Engineer at Morse Micro will provide technical support and troubleshooting for WiFi HaLow solutions, create knowledge base articles, collaborate with engineering teams, manage customer tickets via Zendesk and JIRA, and engage with customers to enhance satisfaction and product success through training and onboarding.

The Field Applications Engineer will support customers by assisting with hardware system design, chip/module bring-up, and debugging/testing of RF-related issues. They will communicate the technical value of products, develop reference designs, and document hardware and code while collaborating with customers to translate use cases into technical requirements.

The RF Test Engineer will establish and maintain test processes for Wi-Fi products, resolve technical issues, conduct yield and root-cause analysis, and collaborate with teams on RF testing and improvements. Involvement with cross-functional teams and test systems is essential.