Service Engineering Intern — Summer 2027

Allison Transmission; Arkansas; On-site; USD 25,000 - 33,000; Part time

Benefits offered by this job

Mentor throughout internship

Softball & Kickball events

Community service day

Global HQ cross-functional exposure

Job summary

Allison Transmission is seeking a Service Engineering Intern for Summer 2027 in Indianapolis, IN. The role focuses on supporting cross-functional teams, learning failure analysis, and contributing to technical documentation and training materials.

You will engage with the Allison service network, work on a defined project, and commit to a minimum 10-week assignment, gaining exposure to embedded control systems and basic product design.

Qualifications

• Pursuing a degree in engineering or related field and enrolled as undergrad/grad.
• Preferred 3.0 GPA in major.

Responsibilities

• Exposure to Allison’s products and organization through support of cross-functional teams and initiatives.
• Support investigation and analysis of failed transmissions and/or parts, with a focus on vehicle up-time and the Allison customer experience.
• Participate in development of investigative plans for emerging or major issues.
• Support preparation of technical documents to inform service network of product issues, product updates, and releases.
• Support the development of specialized training and tools, as-needed.

Skills

Basic technical skills

Strong desire to learn

Basic mechanical aptitude

Strong analytical skills

MS Office proficiency

Education

Mechanical Engineering

Electrical Engineering

Mechatronics

Computer Engineering

Automotive

Job description

Allison Transmission is seeking a Service Engineering Intern for Summer 2027 in Indianapolis, IN. The role focuses on supporting cross-functional teams, learning failure analysis, and contributing to technical documentation and training materials.

You will engage with the Allison service network, work on a defined project, and commit to a minimum 10-week assignment, gaining exposure to embedded control systems and basic product design.