Mechanical Product Design Engineer I

Aug 12, 2026

$71,000 - $91,000/year

Designs and develops mechanical products, components, or systems including applying mechanical engineering principles to develop products, components, and systems that involve movement (e.g., engines, vehicles, robots, prosthetic devices, energy conversion systems, machinery, etc.). Supports and participates in the design, test, modification, fabrication, and assembly of prototype mechanical products and assemblies. Collaborates with marketing and industrial design teams to develop products that meet technical/functional specifications as well as manufacturing cost/efficiency requirements.

May also be involved with designing product specific manufacturing production processes and equipment

We provide a scheduled posting end date to assist our candidates with their application planning. While this date reflects our latest plans, it is subject to change, and postings may be extended or removed earlier than expected.

Position offers a starting salary range of $71,000 to $91,000 USD

• 401k company contribution with company match up to 8% as well as non-elective company contribution of 3 - 7% depending on age
• starting at 4 weeks paid vacation
• 13+ calendar holidays
• 8 weeks paid parental leave
• employee assistance program
• comprehensive healthcare plans and wellness programs
• onsite fitness (at some locations)
• tuition assistance and volunteer paid time off
• short-term and long-term disability plans

• Support the design, development, release, and ongoing improvement of engine mounting components.
• Involvement with component testing and validation activities for new engine mount system designs.
• Assist with engineering documentation, change requests, and technical reports throughout the product lifecycle.
• Collaborate with cross-functional teams including manufacturing, quality, purchasing, and supplier partners to investigate and resolve technical issues.
• Review and analyze technical data, drawings, and specifications to ensure compliance with internal standards and external requirements.
• Contribute to continuous improvement and complexity optimization initiatives focused on product quality, cost, and system robustness.
• Learn and apply DTNA engineering processes, development tools, and design principles.
• Support senior engineers with project execution, design reviews, and milestone deliverables.

• Bachelor’s degree in Mechanical Engineering or related engineering field and prefer 0-2 years of relevant experience, or 4 years of relevant engineering or technical experience in lieu of a degree.
• Fundamental understanding of mechanical systems.
• Ability to read and interpret engineering drawings and technical documentation.
• Strong analytical, problem-solving skills, and organizational skills.
• Effective written and verbal communication skills and the ability to work in a team-oriented environment.
• Proficiency with Microsoft Office tools (Excel, PowerPoint, Word).

• Internship or hands‑on project experience related to automotive, heavy‑duty vehicles, or industrial equipment.
• Exposure to product development, testing, or manufacturing environments.
• Familiarity with CAD tools (e.g. CATIA, NX, or similar).
• Experience working with suppliers or cross‑functional engineering teams.
• Demonstrated curiosity, ownership mindset, and desire to grow within a structured engineering organization.

This position is open to applicants who can work in (or relocate to) the following location(s)-

Portland, OR US. Relocation assistance is not available for this position.

Hybrid (4 days per week in‑office / 1 day remote). This schedule builds our #One Team Best Team  culture, provides an unparalleled customer experience, and creates innovative solutions through in‑person collaboration.

At Daimler Truck North America, we recognize our world is changing faster than ever before. By listening to the needs of today, we’re building to solve with cutting‑edge solutions in sustainability and future driving technology across electric, hydrogen and autonomous. These solutions, backed…