Job Description

Responsibilities * Under general direction, responsible for defining requirements, functional specifications and testing documentation for engineering, embedded applications, which varies in scope Responsibilities Under general direction, responsible for defining requirements, functional specifications and testing documentation for engineering, embedded applications, which varies in scope and complexity. Ensures that the Technical, Firmware Development process is followed on the development project. Works with others to improve the process. Designs, codes, tests, troubleshoots, and document engineering embedded applications. Works as part of a project team or as a leader of a defined section of a major project. Develops project plans, functional specifications and schedules. Assists in determining product needs and enhancements. Contributes to Halliburton's Intellectual Property portfolio by delivering innovative and commercially successful solutions. Creates an impactful relationship with Halliburton's technical community, customers, and vendors by proactively collaborating with key stakeholders. Participates in professional societies in areas of specialization. Works effectively as a team member by communicating clearly and efficiently to provide innovative solutions. Takes the initiative to go beyond what situations require and focuses on attention to detail by making sure that work is done correctly, completely, and to the highest standards Requirements Skills are typically acquired through the completion of an undergraduate degree in Computer Science, Electrical Engineering or similar discipline, and 4 years of related experience. Completion of a master's degree in Computing, Electrical Engineering or similar discipline is preferred. Good personal, professional, teamwork and communication skills are required. Availability for international trips. Ability to troubleshoot complex issues, selecting and using appropriate debugging tools. Design architecture of embedded systems, test and debugging plans. Capability of assessing embedded design on the physical system (power, timing, etc.) Good understanding of digital and analog circuits. Familiarity with electronic equipment used for circuit analysis/troubleshooting (e.g. Oscilloscope). Understanding of memory mapping, memory types, memory map peripherals, interrupts Good knowledge and experience in C/C++ on embedded platform. Experience with serial communication protocols (UART, RS232, RS485, SPI, I2C, CAN, ) Experience with Real time Operating System (Unix, CMX, ) and driver development. Familiar with data encoding/decoding/compression techniques, design and implementation of digital filters and DSP algorithms, DFT, data analysis and interpretation skills, hands on experience on fixed as well as floating point processors etc. Familiar with MatLab, Simulink, FPGA programing, ARM, STM32, ADC, DAQ, etc.