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Assembly Language Programmer Jobs in Wisconsin (NOW HIRING)

English as a first language. Physical Demands * Frequent sitting while performing design work ... and occasional assembly. * Occasional travel to customer sites for installation and startup ...

Manufacturing Engineer

Antigo, WI · On-site

$78K - $101K/yr

... assembly drawings. Applies knowledge of composition and machinability of ferrous and non-ferrous ... LANGUAGE SKILLS : Ability to read, analyze, and interpret general business periodicals ...

New

Manufacturing Engineer

Antigo, WI · On-site

$78K - $101K/yr

Liaise with tool crib and/or CNC Programmer regarding required tooling, identify needs and submit ... LANGUAGE SKILLS : Ability to read, analyze, and interpret general business periodicals ...

New

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Assembly Language Programmer information

See Wisconsin salary details

$12

$39

$69

How much do assembly language programmer jobs pay per hour?

As of Jul 24, 2026, the average hourly pay for assembly language programmer in Wisconsin is $39.91, according to ZipRecruiter salary data. Most workers in this role earn between $25.96 and $51.92 per hour, depending on experience, location, and employer.

Is C++ or assembly harder?

Assembly language is generally considered harder to learn and use than C++ because it requires understanding hardware architecture and involves writing low-level code. C++ offers higher-level abstractions, making it easier for assembly language programmers to develop complex applications, though it still demands strong programming skills. In an assembly language programming role, proficiency in both low-level concepts and higher-level languages like C++ can be beneficial.

What is an Assembly Language Programmer job?

An Assembly Language Programmer is responsible for writing low-level code that directly interacts with a computer's hardware. They work with assembly language, which is specific to a machine's architecture, to optimize performance and efficiency. These programmers often develop firmware, operating system components, or performance-critical applications where high-speed execution is required. Their role requires in-depth knowledge of computer architecture, memory management, and debugging techniques.

Is assembler a good entry level job?

Assembly language programming is typically considered an advanced skill used in specialized fields such as embedded systems and hardware development. Entry-level positions in programming often focus on higher-level languages like C, Python, or Java, with assembler skills being more valuable for roles requiring low-level hardware interaction. Therefore, assembler is generally not seen as a common entry-level job but can be a valuable skill for certain technical roles.

What are the typical daily responsibilities of an Assembly Language Programmer?

As an Assembly Language Programmer, your daily responsibilities often include writing, testing, and debugging low-level code for specialized systems or embedded devices. You may review hardware documentation, optimize existing code for speed or memory usage, and collaborate with hardware engineers or other software developers to ensure seamless system integration. Detailed code documentation and version management are also part of the routine. The work is typically meticulous and requires a high degree of precision, but it offers the opportunity to make significant, tangible impacts on core products and system performance.

Is assembly language still in demand?

Assembly language programmers are still needed in specialized fields such as embedded systems, firmware development, and hardware programming. While high-level languages are more common for most software development, expertise in assembly remains valuable for performance-critical and low-level system tasks.

What are the key skills and qualifications needed to thrive in the Assembly Language Programmer position, and why are they important?

To thrive as an Assembly Language Programmer, you need extensive knowledge of computer architectures, low-level programming, and strong analytical skills, typically supported by a degree in computer science or related field. Familiarity with platform-specific assemblers, debuggers, integrated development environments (IDEs), and version control systems is commonly expected. Attention to detail, problem-solving ability, and clear communication are crucial soft skills for this technical role. These competencies ensure efficient, reliable code that interacts directly with hardware, supporting system stability and performance.

What is the salary of assembly language developer?

The salary of an assembly language developer varies based on experience, location, and industry, but typically ranges from $70,000 to $120,000 annually in many regions. Skilled programmers with expertise in low-level programming and embedded systems may earn higher salaries, especially in specialized fields such as firmware development or hardware design.
What are the most commonly searched types of Assembly Language Programmer jobs in Wisconsin? The most popular types of Assembly Language Programmer jobs in Wisconsin are:
What are popular job titles related to Assembly Language Programmer jobs in Wisconsin? For Assembly Language Programmer jobs in Wisconsin, the most frequently searched job titles are:
What job categories do people searching Assembly Language Programmer jobs in Wisconsin look for? The top searched job categories for Assembly Language Programmer jobs in Wisconsin are:
Infographic showing various Assembly Language Programmer job openings in Wisconsin as of July 2026, with employment types broken down into 89% Full Time, and 11% Temporary. Highlights an 100% In-person job distribution, with an average salary of $83,004 per year, or $39.9 per hour.
Mechanical Engineer

Mechanical Engineer

Rockstar

Eau Claire, WI

Other

Posted 11 days ago


Job description

Rockstar is recruiting for a Mechanical Engineer for a client that designs and manufactures custom industrial equipment, delivering tailored solutions from concept through installation. The company is backed by a team of skilled engineers and production professionals dedicated to building high-quality custom machinery for a wide range of industrial applications. Their lean, collaborative environment enables them to move quickly while maintaining exceptional engineering and manufacturing standards.

Job Summary

The Mechanical Engineer is an individual with leadership skills and multitasking abilities, allowing them to work in a team environment while providing engineering and project management for the design and manufacture of custom industrial equipment from the initial concept through manufacturing and final installation and startup at the customer's facility. Some travel may be required.

This individual is also responsible for providing the Sales Department with engineering support for special projects and assisting the Production Department with manufacturing processes and solutions to problems that arise during manufacturing.

Essential Duties and ResponsibilitiesProject Management
  • Manage engineering projects from concept through manufacturing, installation, and startup.
Product Development & Engineering
  • Create new ideas and concepts for custom industrial equipment.
  • Design, specify, and calculate mechanical systems using sound engineering principles, including mechanics of materials, statics, dynamics, and machine design.
  • Design for efficient manufacturing using the best available materials and processes.
  • Design and specify hydraulic components and schematics.
  • Design and specify pneumatic controls and logic.
  • Perform Finite Element Analysis (FEA).
  • Develop complete 3D models and production drawing packages using SolidWorks, including:
    • Sheet metal and metal tubing.
    • 3D sketching (hose/cable routing).
    • Weldments and assemblies.
    • DWGs and DXFs.
Problem Solving & Technical Support
  • Troubleshoot and debug manufacturing processes and equipment both in-house and in the field.
  • Work with the Sales Department and customers to solve application problems by recommending equipment and estimating project costs.
  • Ensure proposed solutions can be engineered, manufactured, and delivered within project schedules and budget requirements.
  • Provide conceptual ideas and engineering guidance to internal design team members throughout project development.
  • Evaluate designs to ensure compliance with applicable safety and engineering standards.
  • Perform evaluation and performance testing of final designs according to applicable standards, including ANSI/SIA, OSHA, NEC, and other requirements.
  • Oversee installation of large projects and provide field engineering support as required.
  • Assist business developers with large quotations and project coordination.
  • Perform other duties as assigned.
Reports
  • This position has no direct reports.
Skills and Qualifications
  • Excellent relationship-building skills.
  • Exceptional people skills with a passion for customer service.
  • Strong mechanical aptitude and problem-solving skills.
  • Self-directed, detail-oriented, and an effective communicator.
  • Ability to manage multiple assignments simultaneously.
  • Strong accuracy and accountability.
  • Excellent prioritization, deadline management, and conflict resolution skills.
  • Self-motivated with a strong work ethic and ownership mentality for creative projects.
Education and Experience Required
  • Bachelor's degree from a four-year engineering college or university with a minimum of 2 years of related experience, or an equivalent combination of education and experience.
  • Experience in similar engineering positions is considered a plus.
  • Excellent technical and computer skills.
  • Strong interpersonal and communication skills.
  • Strong attention to detail.
  • Excellent problem-solving abilities.
  • Minimal travel as required.
  • English as a first language.
Physical Demands
  • Frequent sitting while performing design work, engineering calculations, and documentation.
  • Extended computer use for CAD modeling, FEA analysis, and technical documentation.
  • Manual dexterity to handle tools and instruments for testing, troubleshooting, and occasional assembly.
  • Occasional travel to customer sites for installation and startup, including climbing, bending, and working in confined spaces.
  • Occasional lifting of components, tools, or prototypes (typically up to 25-50 lbs).
  • High visual acuity for detailed engineering work, reading schematics, and inspecting components.
  • Use appropriate personal protective equipment (PPE), including hard hats, safety glasses, and gloves, during shop and field work.
Mental Demands
  • Ability to troubleshoot complex mechanical systems and resolve engineering or manufacturing issues.
  • Strong attention to detail to ensure compliance with safety standards and design accuracy.
  • Ability to manage multiple projects simultaneously from concept through installation.
  • Strong analytical thinking for engineering calculations, FEA, and design optimization.
  • Excellent communication skills when working with internal teams, customers, and vendors.
  • Sound decision-making under pressure while prioritizing tasks and resolving conflicts.
  • Ability to manage tight deadlines, customer expectations, and technical challenges.
  • Commitment to continuous learning in engineering tools, safety regulations, and industry standards.
  • Strong collaboration skills with Sales, Production, and Design teams.
Work Environment
  • Primarily based in an office and manufacturing facility with frequent collaboration between engineering and production teams.
  • Occasional travel to customer sites for installation, startup, and troubleshooting.
  • Moderate office noise with higher noise levels in manufacturing areas where hearing protection may be required.
  • Compliance with OSHA, ANSI/SIA, NEC, and other applicable safety standards, including the use of PPE in shop and field environments.
  • Fast-paced, deadline-driven environment requiring adaptability and strong focus.
  • Frequent cross-functional collaboration with Sales, Production, and customers.
  • Regular exposure to manufacturing processes, welding operations, and mechanical systems during inspections and troubleshooting.