• Developed and implemented real-time software for the application layer of flight computer systems on VxWorks RTOS, enhancing UAV operational capabilities through efficient software design.• Collaborated closely with system engineers to define and develop new features in C language, ensuring alignment with project specifications and performance requirements.• Analyzed and resolved communication interface issues by interpreting and implementing Interface Communication Documents (ICD)… Show more • Developed and implemented real-time software for the application layer of flight computer systems on VxWorks RTOS, enhancing UAV operational capabilities through efficient software design.• Collaborated closely with system engineers to define and develop new features in C language, ensuring alignment with project specifications and performance requirements.• Analyzed and resolved communication interface issues by interpreting and implementing Interface Communication Documents (ICD) and performing detailed data frame analysis at the byte and bit levels.• Worked extensively with communication protocols including UART, RS-422, ARINC-429 and UDP\TCP to facilitate seamless data exchange between UAV systems.• Conducted rigorous testing and validation of software components, ensuring reliability and robustness in critical flight operations. Show less

• Led new features planning, design, implementation, and handover of Linux applications software team multiple products.• Delivered high-quality software while meeting tight deadlines.• Defined and debugged communication between components and board bring-up over various protocols including mesh, WiFi (subGiga), CAN-bus, RS-485, RS-232, and some Open Source technologies such as Open Thread, MQTT, cmocka.• Utilized more protocols such as Modbus, UART, GPIO, Protobuf, MQTT, UDP, and… Show more • Led new features planning, design, implementation, and handover of Linux applications software team multiple products.• Delivered high-quality software while meeting tight deadlines.• Defined and debugged communication between components and board bring-up over various protocols including mesh, WiFi (subGiga), CAN-bus, RS-485, RS-232, and some Open Source technologies such as Open Thread, MQTT, cmocka.• Utilized more protocols such as Modbus, UART, GPIO, Protobuf, MQTT, UDP, and TCP.• Conducted thorough communication testing, including packet monitoring via databases and relevant cloud sniffers/tools and oscilloscopes.• Performed code reviews for team members.• Described development tasks, added them to JIRA, and mentored team members involved.• Coded using C language and ensured thorough documentation in Confluence.• Led the comprehensive software project (mentored other software team members) for SolarEdge's next-generation Battery product, steering it from conceptualization to product delivery.• Demonstrated adaptability by acquiring proficiency in Python programming to develop a Python Simulator for effective testing during the hardware waiting period.• Employed innovative solutions, including utilizing REST API and Postman, to control packet transmission for efficient code testing. Show less