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Job Title: Firmware Software Engineer (48147-1)
Location: 100% Fully Onsite in Redmond, WA
Job Type: 12-Month Initial Contract ***potential for extension or FT conversion based on client needs and job performance
Pay Range: $90.00 to $99.00 per hour
***Access to Health Benefits + PTO
Job Description:
The main function of a firmware engineer in this role is to apply the principles of computer science and mathematical analysis to the design, development, and testing to develop firmware enabling embedded systems to meet customer requirements. A typical Firmware Software Engineer researches, designs, develops and tests embedded software working with other Firmware engineers as well as engineers from other disciplines.
Job Responsibilities:
• Architect, design, implement, and test software enabling customers to meet their goals.
• Gather requirements from customers and break into tasks for execution.
• Create unit-tests to ensure software is always meeting quality needs.
• Work with Electrical, Firmware, and Software engineers to define solutions.
Skills:
• Verbal and written communication skills, problem solving skills, customer service and interpersonal skills.
• Strong ability to work independently and manage one's time.
• Mentoring skills necessary to provide support and constructive performance feedback.
• Strong knowledge of the full software development lifecycle: from business/systems analysis, through requirements gathering and functional specification authoring, to development, testing and delivery.
• Strong ability to troubleshoot issues and make system changes as needed to resolve issue.
• Strong knowledge of C/C++
• Experience with peripherals such as USB, SPI, MIPI CSI/DSI, I2C, UART, GPIO etc.
• Experience producing production quality, fail-safe firmware for low-power real-time system control
• Experience with wireless and wired communication protocols, including USB, TCP/IP, Ethernet, Bluetooth and 802.11
• Experience with embedded micro-controllers like ARM Cortex M0/M3/M4 architecture and boot mechanism, interrupt priorities and experience with configuring peripherals
Job Title: Firmware Software Engineer (48147-1)
Location: 100% Fully Onsite in Redmond, WA
Job Type: 12-Month Initial Contract ***potential for extension or FT conversion based on client needs and job performance
Pay Range: $90.00 to $99.00 per hour
***Access to Health Benefits + PTO
Job Description:
The main function of a firmware engineer in this role is to apply the principles of computer science and mathematical analysis to the design, development, and testing to develop firmware enabling embedded systems to meet customer requirements. A typical Firmware Software Engineer researches, designs, develops and tests embedded software working with other Firmware engineers as well as engineers from other disciplines.
Job Responsibilities:
• Architect, design, implement, and test software enabling customers to meet their goals.
• Gather requirements from customers and break into tasks for execution.
• Create unit-tests to ensure software is always meeting quality needs.
• Work with Electrical, Firmware, and Software engineers to define solutions.
Skills:
• Verbal and written communication skills, problem solving skills, customer service and interpersonal skills.
• Strong ability to work independently and manage one's time.
• Mentoring skills necessary to provide support and constructive performance feedback.
• Strong knowledge of the full software development lifecycle: from business/systems analysis, through requirements gathering and functional specification authoring, to development, testing and delivery.
• Strong ability to troubleshoot issues and make system changes as needed to resolve issue.
• Strong knowledge of C/C++
• Experience with peripherals such as USB, SPI, MIPI CSI/DSI, I2C, UART, GPIO etc.
• Experience producing production quality, fail-safe firmware for low-power real-time system control
• Experience with wireless and wired communication protocols, including USB, TCP/IP, Ethernet, Bluetooth and 802.11
• Experience with embedded micro-controllers like ARM Cortex M0/M3/M4 architecture and boot mechanism, interrupt priorities and experience with configuring peripherals
