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Internship Microcontroller Programmer Jobs in Illinois

Internship Microcontroller Programmer information

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

To thrive as an Internship Microcontroller Programmer, you need a solid understanding of embedded systems, C/C++ programming, and basic electronics, often demonstrated through relevant coursework or personal projects. Familiarity with microcontroller platforms (such as Arduino, STM32, or PIC), debugging tools, and version control systems like Git is typically expected. Strong problem-solving skills, attention to detail, and the ability to collaborate within a team are valuable soft skills for this role. These competencies are crucial for developing reliable embedded applications, troubleshooting hardware-software interactions, and contributing effectively to engineering projects.

What types of projects do Microcontroller Programmer interns typically work on, and how much autonomy can I expect?

As a Microcontroller Programmer intern, you will usually assist with designing, coding, and testing firmware for embedded systems under the guidance of senior engineers. Projects often involve tasks like interfacing sensors, optimizing code for resource-constrained environments, and troubleshooting hardware-software integration issues. While you'll receive close mentorship, many organizations encourage interns to take ownership of specific modules or features, allowing you to contribute meaningfully and build confidence. Collaboration with hardware engineers and software developers is common, providing a well-rounded experience in embedded systems development.

What does an Internship Microcontroller Programmer do?

An Internship Microcontroller Programmer assists in developing, testing, and debugging software for microcontroller-based systems under the supervision of senior engineers. They typically write code in languages such as C or C++ to control hardware devices, sensors, or other embedded systems. Interns may also help with circuit design, hardware interfacing, and troubleshooting. The role provides hands-on experience in embedded systems development and helps build foundational skills for a career in embedded programming.

What is the difference between Internship Microcontroller Programmer vs Electronics Technician?

AspectInternship Microcontroller ProgrammerElectronics Technician
Required CredentialsTypically pursuing or completed relevant coursework or certifications in microcontrollers and embedded systemsAssociate degree or diploma in electronics or related field
Work EnvironmentInternship setting, often in labs or development teams, focusing on programming and testing microcontrollersManufacturing, repair shops, or maintenance environments working on electronic systems
Industry UsageUsed in tech companies, startups, and R&D departments for embedded system developmentCommon in manufacturing, service centers, and electronics repair industries

Internship Microcontroller Programmers focus on learning and applying microcontroller programming skills during their internship, often in a development or R&D setting. Electronics Technicians work on maintaining and repairing electronic systems, with a broader scope in electronics. Both roles share some technical knowledge but differ in responsibilities and work environments.

What are the most commonly searched types of Microcontroller Programmer jobs in Illinois? The most popular types of Microcontroller Programmer jobs in Illinois are:
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What cities in Illinois are hiring for Internship Microcontroller Programmer jobs? Cities in Illinois with the most Internship Microcontroller Programmer job openings:

Electrical Engineer 4

Fusion Life Sciences

Mossville, IL • On-site

Contractor

Posted 21 days ago


Job description

Job Title: Electrical Engineer 4

Duration: 12 months Contract with possible extension

Location: Mossville, IL – Onsite role

Relocation: Fine with Relocation Candidates

Position’s Contributions to Work Group:

  • Work with product support team to help with troubleshooting field issues;
  • Work with electrician for charger rework
  • Perform End of Line test on chargers
  • Update design and components selection as needed (compliance, functions, etc.)

Why this Role?

  • Exciting cut edge work on electrification
  • Fast paced work environment
  • Work ownership
  • Nurturing environment for professional growth (mentored with Senior/Chief engineer and SMEs)

Typical task breakdown:

  • Work with control team on charger field issue resolution
  • Review telematics data of charger fleet
  • Draft test plan on additional feature and new charger validation
  • Make design changes as needed and oversee drawing releases

Interaction with team: Control team, Validation team & Cooling team

Team Structure: Chief Engineer -> Tech Lead -> Charging Engineer

Work environment:

  • Office and Lab, occasionally may travel to Tucson Proving Ground or Field for support
  • Will need PPE gear
  • It fluctuates. But office work can be 25%-75% the rest is lab.

Education & Experience Required:

  • Years of experience: BS with 8 years’ work, or MS with 5 years of work
  • Degree requirement: BS
  • Open to 2-year degree with 10+ years of experience
  • Do you accept internships as job experience: yes
  • Are there past or additional job titles or roles that would provide comparable background to this role: Charging System Engineer

Top 3 Skills

  • Hands-on experience with converter/inverter prototyping, test benches, and debugging.
  • Experience with standards and compliance (UL, IEC, ISO) for power electronics systems.
  • Strong understanding of DC-DC converters, AC-DC inverters, magnetics, and control algorithms.

Additional Technical Skills

(Required): Proficiency in using lab instruments and data acquisition tools.

(Desired)

  • Experience with automated test systems.
  • Understanding of EMI/EMC testing, thermal design, and environmental validation.
  • Knowledge of embedded systems and microcontroller-based converter control.

Soft Skills

Required:

  • Strong Communication Skills – Ability to clearly convey technical concepts to cross-functional teams and stakeholders.
  • Problem-Solving & Analytical Thinking – Skilled at diagnosing complex system issues and proposing effective solutions.
  • Collaboration & Teamwork – Comfortable working in multidisciplinary teams and coordinating with mechanical, electrical, and software engineers.
  • Attention to Detail – Ensures accuracy in design reviews, documentation, and compliance with standards.
  • Adaptability – Can manage changing priorities and work effectively in a fast-paced development environment.

Desired:

  • Leadership & Mentoring – Experience guiding junior engineers or leading small technical teams.
  • Conflict Resolution – Ability to navigate differing viewpoints and drive consensus.
  • Project Management Awareness – Understanding timelines, resource allocation, and risk mitigation.
  • Customer-Focused Mindset – Ability to translate customer requirements into technical solutions.
  • Continuous Learning – Proactive in staying updated with emerging technologies and industry trends.    

Disqualifiers/Red Flags/Overqualifications:

Disqualifiers:

  • Lack of Core Technical Experience – No hands-on experience with EV charging systems, power electronics, or high-voltage architecture.
  • Poor Communication Skills – Inability to clearly articulate technical concepts or collaborate effectively with cross-functional teams.
  • Limited Problem-Solving Ability – Struggles with diagnosing complex system issues or lacks analytical thinking.
  • Unwillingness to Work in Team Environment – Preference for isolated work or resistance to collaboration.
  • Inflexibility – Difficulty adapting to changing priorities or fast-paced development cycles.

Red Flags:

  • Frequent Job Changes Without Clear Progression – Indicates potential lack of commitment or instability.
  • Overemphasis on Non-Relevant Experience – Focused on unrelated domains (e.g., only low-voltage consumer electronics).
  • Negative Attitude Toward Standards & Compliance – Resistance to following safety and regulatory requirements.
  • Poor Documentation Habits – History of incomplete or inaccurate technical documentation.

Overqualifications:

  • Extensive Management Background – Candidate primarily interested in leadership roles rather than hands-on engineering.
  • Senior-Level Expertise in Unrelated Fields – Highly specialized in areas not aligned with EV charging systems.
  • Expectation of Strategic Decision-Making Role – Looking for responsibilities beyond technical execution and design.