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Summer Automotive Programming Jobs in Tennessee (NOW HIRING)

Summer Automotive Programming information

What types of projects or technologies will I typically work with in a summer automotive programming role?

In a Summer Automotive Programming role, you can expect to work on projects involving embedded systems, vehicle diagnostics, or software development for infotainment and driver-assistance features. Common technologies include C/C++, Python, and automotive-specific frameworks like CAN bus communication or AUTOSAR. You'll likely collaborate with engineers, testers, and sometimes hardware teams to integrate and validate software in real vehicle systems. It's a great opportunity to gain hands-on experience with industry-standard tools while contributing to meaningful automotive innovations.

What is summer automotive programming?

Summer automotive programming typically refers to educational or internship programs offered during the summer months where students or recent graduates gain hands-on experience in automotive software development. These programs often involve working on real-world automotive projects, such as developing code for vehicle systems, infotainment, diagnostics, or autonomous features. Participants learn programming languages relevant to the automotive industry, collaborate with engineering teams, and gain insight into the automotive software development lifecycle. These opportunities help build skills and provide valuable industry exposure for those interested in automotive technology careers.

What are the key skills and qualifications needed to thrive as a summer automotive programmer, and why are they important?

To thrive as a Summer Automotive Programmer, you need a foundation in computer science, proficiency in programming languages such as C/C++ or Python, and an understanding of automotive systems. Familiarity with automotive-specific software tools like MATLAB/Simulink, CAN bus analysis tools, and version control systems (e.g., Git) is typically expected. Strong problem-solving abilities, attention to detail, and effective teamwork are standout soft skills in this position. These skills and qualities are vital for developing reliable vehicle software, ensuring safety, and collaborating efficiently within engineering teams.

What is the difference between Summer Automotive Programming vs Summer Automotive Technician?

AspectSummer Automotive ProgrammingSummer Automotive Technician
Required CredentialsBasic knowledge of automotive software, possibly some certifications in programming or ITASE certifications, technical diplomas, hands-on automotive repair training
Work EnvironmentOffice or lab setting, focused on coding and software testingGarage or workshop, performing repairs and diagnostics on vehicles
Employer & Industry UsageAutomotive software companies, dealerships, tech firmsAuto repair shops, dealerships, service centers

Summer Automotive Programming involves developing and testing automotive software, requiring programming skills and software knowledge. In contrast, Summer Automotive Technicians focus on repairing and maintaining vehicles through hands-on work. Both roles are essential in the automotive industry but differ significantly in skills, environment, and responsibilities.

What are the most commonly searched types of Automotive Programming jobs in Tennessee? The most popular types of Automotive Programming jobs in Tennessee are:

Manufacturing Engineering Manager

HireIQ Solutions, Inc

Memphis, TN • On-site

$140K - $180K/yr

Other

This job post has expired today. Applications are no longer accepted.


Job description

Manufacturing Engineering Manager

Location: Memphis, Tennessee

Compensation: $140,000$180,000 DOE + 20% Annual Incentive Plan + 30% Long-Term Incentive Plan

Employment Type: Full-time

About the Company

HireIQ Solutions is leading the search for a Manufacturing Engineering Manager at a US manufacturer of engineered-to-order HVAC and thermal management systems serving mission-critical and commercial/industrial environments. The company designs and manufactures highly customized equipment and continues to invest in manufacturing capability, process improvement, and operational excellence across its production network.

About the Role

This is a people and process leadership role for an engineering manager with a strong manufacturing engineering foundation who can lead teams, drive results, and partner effectively across departments. The role reports to the Site Director and will lead a growing Manufacturing Engineering organization supporting a large-scale BASX manufacturing operation in Memphis. This facility has been in operation for approximately 2 years, so the role is well suited for someone who understands plant startup environments, scaling operations, and building systems that support long-term growth.

The Manufacturing Engineering Manager will play a central role in identifying inefficiencies in manufacturing processes, capacity, and overall effectiveness, then guiding the team in developing and implementing practical solutions. This leader will also help support the design and development of fabrication and assembly lines, including future work related to laying out a coil shop in Memphis. The role requires strong communication, Lean thinking, SAP familiarity, project management judgment, and the ability to mentor engineers while maintaining close working relationships with Operations and other cross-functional leaders.

Key Responsibilities
  • Lead and coordinate the activities of the Manufacturing Engineering team.
  • Support Manufacturing Engineers in solving manufacturing process-related issues.
  • Partner with other departmental managers to maintain strong working relationships and coordinate efforts across functions.
  • Identify inefficiencies in manufacturing processes, capacity, and effectiveness, and help drive solutions through the engineering team.
  • Support the design, layout, and optimization of fabrication and assembly lines.
  • Contribute to future manufacturing capability expansion, including coil shop planning and layout in Memphis.
  • Oversee team performance through timekeeping, performance reviews, disciplinary actions, and development planning.
  • Coordinate engineer skill development and provide ongoing mentorship and coaching.
  • Recommend measures to improve methods, performance, and quality.
  • Apply Lean methodologies to improve flow, execution, and plant performance.
  • Work with OEMs to resolve equipment and process-related issues.
  • Support day-shift operations while also providing leadership support to off shifts as needed.
  • Perform other duties as assigned.
Qualifications
  • Engineering degree in a related field, or equivalent technical background.
  • 510 years of industrial manufacturing experience or equivalent experience in a related industry.
  • Heavy Manufacturing Engineering experience is strongly preferred.
  • Experience leading engineering teams and driving measurable operational results.
  • Strong understanding of manufacturing principles and project management.
  • Experience in plant startup, scale-up, or ramp environments is highly desirable.
  • Tier 1 automotive supplier experience is desirable.
  • Strong knowledge of Lean methodologies.
  • SAP experience is important.
  • Strong verbal and written communication skills.
  • Proficiency with business software including MS Office, Outlook, and MS Project.
  • Comfortable working directly with OEMs to troubleshoot and resolve equipment or process challenges.
Team & Scope

Reports to: Site Director

Supports a 780,000-square-foot manufacturing facility with approximately 500 employees and continued scaling underway.

Team size includes 8 engineers, 4 engineering technicians, and 4 summer interns.

Current team includes Level I and Level II engineers, with responsibility for coaching, development, and team performance.

Work Environment & Physical Requirements

On-site role in a manufacturing environment.

Ability to lift up to 50 lbs.

Ability to stand or walk for up to 95% of the normal work shift.

Ability to work occasionally in temperatures below 32 degrees or above 90 degrees.

Requires regular interaction with manufacturing teams, engineering staff, and external equipment partners.

Primary schedule aligns with day shift, with support for off-shift needs as required.

Why Join

This is an opportunity to join a growing manufacturing organization where engineering leadership has a direct impact on plant performance, team capability, and long-term operational effectiveness. For the right person, the role offers the chance to lead a sizable engineering team, help shape a still-scaling facility, support major manufacturing capability build-out, and improve the systems and processes behind a highly customized manufacturing environment.