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Senior Assembly Language Programmer Jobs in Alabama

Knowledge of microprocessor systems and related C-language and Assembly language programming. * Familiarity with embedded control systems, microcontrollers, and motion control algorithms. * FPGA ...

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Senior Assembly Language Programmer information

What are the key skills and qualifications needed to thrive as a Senior Assembly Language Programmer, and why are they important?

A Senior Assembly Language Programmer needs deep expertise in low-level programming, computer architecture, and debugging, usually supported by a degree in computer science or a related field and several years of relevant experience. Familiarity with specific assembly languages (such as x86 or ARM), integrated development environments (IDEs), debuggers, and version control systems is critical. Exceptional problem-solving skills, attention to detail, and the ability to communicate complex technical concepts clearly are standout soft skills. These competencies ensure the delivery of efficient, reliable, and optimized code essential for performance-critical systems.

What are some common challenges faced by Senior Assembly Language Programmers when working on legacy systems?

Senior Assembly Language Programmers often encounter challenges such as deciphering poorly documented or outdated code, ensuring compatibility with modern hardware, and troubleshooting obscure bugs that may not manifest in higher-level languages. Collaborating with cross-functional teams can also be complex, as few colleagues may have deep assembly expertise. To address these issues, programmers typically rely on thorough code reviews, strong analytical skills, and effective communication to bridge knowledge gaps and ensure the stability and performance of critical systems.

What does a Senior Assembly Language Programmer do?

A Senior Assembly Language Programmer designs, writes, and maintains low-level software using assembly language, which directly interacts with computer hardware. They optimize critical system components for performance and efficiency, often working on embedded systems, operating systems, or device drivers. Their responsibilities include debugging complex code, improving system stability, and collaborating with hardware engineers to ensure software integrates seamlessly with hardware. With their advanced knowledge, they also mentor junior programmers and contribute to architectural decisions.

What is the difference between Senior Assembly Language Programmer vs Embedded Systems Engineer?

AspectSenior Assembly Language ProgrammerEmbedded Systems Engineer
CredentialsTypically requires a degree in Computer Science or Electrical Engineering, with experience in assembly languageRequires a degree in Electrical Engineering, Computer Engineering, or related fields, often with knowledge of embedded programming
Work EnvironmentPrimarily focused on low-level programming, debugging hardware interfaces, and optimizing assembly codeDesigning, developing, and testing embedded systems, often involving both hardware and software components
Industry UsageUsed in industries like aerospace, defense, and hardware manufacturing where low-level programming is criticalCommon in consumer electronics, automotive, medical devices, and IoT sectors

The main difference is that Senior Assembly Language Programmers specialize in low-level assembly coding for hardware optimization, while Embedded Systems Engineers work on designing and developing complete embedded solutions, often combining hardware and software skills. Both roles require technical expertise but focus on different aspects of embedded technology.

What cities in Alabama are hiring for Senior Assembly Language Programmer jobs? Cities in Alabama with the most Senior Assembly Language Programmer job openings:

Full-time

Posted 22 days ago


Job description

PURPOSE

The primary responsibilities of the Electrical Engineer II involves the design, development, modification, and implementation of Electrical/Electronic subsystems for a high-speed document scanner.  This engineer must have knowledge of digital electronics and electrical hardware systems. This individual is required to work closely with an experienced team of electrical engineers, mechanical engineers, firmware engineers, and manufacturing engineers, as well as with product management to assure that project goals are being met across interdepartmental boundaries.

  

ROLE AND RESPONSIBILITIES

  • Understand the required functionality of electronics and electrical subsystems within the scanner and being capable of working within a design team to implement new functionality and features.
  • New design and maintenance of existing designs of the microprocessor systems within the scanner.
  • New design and maintenance of existing designs of power subsystems within the scanner.
  • Able to investigate failures within the electrical and electronic subsystems of the scanner, determine the root cause of the failure, and create a plan for corrective action.
  • Participate in the general support and maintenance of the electrical and electronic subsystems of the scanner.
  • Develop schematics, wiring diagrams, and cable harness designs, including connector selection, shielding, grounding, and EMI/EMC considerations.
  • Proficiency with schematic capture and PCB/cable design tools such as OrCAD or equivalent.
  • Able to work closely with a Certification Agency to obtain and maintain product certification of the scanner.
  • Document all electronic and electronic subsystem’s operational specifications, changes, tolerances, and theory of operations.
  • Work closely with the cross functional teams (Mechanical, Firmware, Manufacturing, Customer Service, Current Product Engineering, Documentation, and Product Management) to integrate and orchestrate all features/specifications that impact electrical and electronic subsystems of the product.
  • Design, analyze, and validate DC power distribution and low-voltage control systems for electromechanical assemblies.
  • Ability to model systems to determine supply requirements under various operating conditions.
  • Select, size, and integrate stepper motors, solenoids, encoders, sensors, and motor drivers into new and existing platforms.
  • Support transition to manufacturing, including DFM, test fixtures, and production release.
  • Demonstrated ability to debug hardware using oscilloscopes, logic analyzers, and other bench tools.
  • Strong documentation, communication, and cross-functional collaboration skills.

 

PREFERRED SKILLS, QUALIFICATIONS AND EDUCATION REQUIREMENTS

  • Bachelor of Science or Master of Science degree in Electrical Engineering or equivalent with hands-on electronic project experience
  • 7-10 years of job-related experience a plus   
  • Knowledge of digital system design including tools, timing analysis, simulation, programming languages.
  • Knowledge of electrical power systems and power components.
  • Experience with EMI/EMC mitigation, filtering, and grounding strategies.
  • Knowledge of safety and regulatory standards (UL, CE, IEC, etc.).
  • Knowledge of microprocessor systems and related C-language and Assembly language programming.
  • Familiarity with embedded control systems, microcontrollers, and motion control algorithms.
  • FPGA programming experience with VHDL or related languages is a plus.
  • Ability to work effectively alone and within a multi-disciplined cross functional team

 

ADDITIONAL NOTES