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Remote Microcontroller Programmer Jobs in Iowa (NOW HIRING)

Remote Microcontroller Programmer information

What are the key skills and qualifications needed to thrive as a Remote Microcontroller Programmer, and why are they important?

To excel as a Remote Microcontroller Programmer, you need strong proficiency in embedded C/C++ programming, microcontroller architectures, and circuit design, typically evidenced by a degree in electrical engineering or computer science. Familiarity with IDEs like MPLAB or Keil, version control systems such as Git, and experience with debugging tools and communication protocols (I2C, SPI, UART) are standard requirements. Excellent problem-solving, self-motivation, and clear remote communication skills help you collaborate effectively and deliver reliable solutions. These competencies ensure the development of robust embedded systems and successful remote teamwork in a highly technical field.

How do Remote Microcontroller Programmers typically collaborate with hardware teams to ensure seamless integration of software and hardware components?

Remote Microcontroller Programmers often work closely with hardware engineers through regular virtual meetings, shared documentation, and collaborative development environments. They rely on clear communication to understand hardware specifications, address integration issues, and troubleshoot problems in real time. Tools such as version control systems, simulation software, and remote debugging utilities are commonly used to bridge the distance and ensure efficient teamwork. Building strong relationships and maintaining proactive communication are key to overcoming the challenges of remote collaboration in this role.

What does a Remote Microcontroller Programmer do?

A Remote Microcontroller Programmer designs, writes, and tests software (firmware) for microcontrollers, which are small computers embedded in devices. They work remotely to develop code that enables hardware components to function as intended, often for applications like IoT devices, robotics, and consumer electronics. Their responsibilities also include debugging, optimizing code, and sometimes collaborating with hardware engineers to ensure seamless integration. Remote work allows them to perform these tasks from any location using specialized tools and communication platforms.

What is the difference between Remote Microcontroller Programmer vs Embedded Systems Engineer?

AspectRemote Microcontroller ProgrammerEmbedded Systems Engineer
CredentialsTypically requires certifications in programming languages and microcontroller platformsRequires degrees in electrical engineering or computer science, often with certifications in embedded systems
Work EnvironmentPrimarily remote, focused on coding and debugging microcontroller firmwareOften combines remote and on-site work, involving hardware integration and system design
Industry UsageUsed in IoT, consumer electronics, and automation industriesCommon in automotive, aerospace, and industrial automation sectors

While both roles involve embedded programming, Remote Microcontroller Programmers focus mainly on firmware development for microcontrollers remotely, whereas Embedded Systems Engineers handle broader system design, hardware integration, and may work on both firmware and hardware aspects in various industries.

What are popular job titles related to Remote Microcontroller Programmer jobs in Iowa? For Remote Microcontroller Programmer jobs in Iowa, the most frequently searched job titles are:
What job categories do people searching Remote Microcontroller Programmer jobs in Iowa look for? The top searched job categories for Remote Microcontroller Programmer jobs in Iowa are:
What cities in Iowa are hiring for Remote Microcontroller Programmer jobs? Cities in Iowa with the most Remote Microcontroller Programmer job openings:

Sr. FPGA Engineer (Remote) -JR-067726

Futran Tech Solutions Pvt. Ltd.

Cedar Rapids, IA • On-site, Remote

$127.70K - $164.10K/yr

Full-time

Posted 24 days ago


Job description

Position: Sr. FPGA Engineer
location: Cedar Rapids, IA (Remote work, there may be travel required once in a quarter)
Contract Type: Fulltime
Job Description
The Electrical Engineer designs, tests and documents safety-critical hardware. Responsible for developing and supporting FPGA/CPLD designs through all phases of design and system integration for high-reliability embedded aerospace and ground-based vehicle systems applications.
Responsibilities:
  • Perform activities such as requirements generation, design, RTL-synthesis, test bench development and design simulation, static timing and power analysis, and requirements-based design verification.
  • Prototype evaluation, design-to-cost tradeoffs, design reviews, qualification test support, system integration support, production and obsolescence support tasks.
  • Bachelor's Degree and 10-12+ years' work experience or master's degree and 8+ years of work experience.

Required Skills:
  • 10-12+ years of circuit design experience, with the demonstrated ability to design HDL-based FPGAs and CPLDs.
  • Knowledge of digital electronic devices and circuit design principles. Experience using design/analysis tools, such as Timing Designer and Hyperlynx a plus.
  • Hands-on hardware build, test, and integration experience.
  • Motivated self-starter with the ability to effectively work in a team environment.
  • Excellent problem-solving skills, judgment, and analytical capability, along with follow-up and monitoring skills.
  • Strong written and oral presentation skills.
  • Experience with Matlab and Simulink for auto-generation of FPGA code
  • Familiarity with FPGA integration into digital circuit card designs to ensure electrical integrity of FPGA design in embedded applications.
  • 10-12 years' work experience
  • Up to 25% Travel
  • Minimum Training/Education: BSEE

Preferred Skills and Education:
  • Experience with any of the following is a plus:
  • Design experience with Microprocessor/Microcontroller interfaces such as I2C, SPI, CAN bus ARINC-825, memory interfaces such as SDRAM controllers, Flash, SRAM; serial interfaces (MIL-STD-1553, ARINC-429, RS422, RS485, AFDX ARINC-664) and FPGA design using Microsemi, Xilinx, Lattice, Altera, etc.
  • Familiarity with RTCA/DO-254 hardware development objectives
  • Design tools such as Synplify, ModelSim, Questasim
  • Experience with high-speed Digital circuit card design, including part placement and routing, constraint generation, and signal integrity analysis.
  • Experience with VHDL, System Verilog designs and UVM test benches
  • Experience with state machines, code coverage
  • Experience with Requirements Management tools (i.e. DOORS), Configuration Management, and Problem Reporting tools.