Automation Mechanical Design Engineer

Harris Hill Automation; Poland (ME); On-site; USD 85,000 - 110,000; Full time

Benefits offered by this job

Health insurance reimbursement

Simple IRA with employer matching

Job summary

Harris Hill Automation is seeking an Automation Mechanical Design Engineer to create robust automation systems and produce reliable 3D models, BOMs and 2D drawings. You will collaborate with assembly and service teams, engage with customers for information, and ensure adherence to design standards and NDA requirements.

The role emphasizes experience in automated equipment design, CAD proficiency, and the ability to translate mechanical concepts into manufacturable solutions at a project level.

Qualifications

• Degree in Mechanical Engineering or related field; 3+ years of design experience in automation preferred.
• Experience designing custom machinery or automated equipment is strongly preferred.
• Experience in machine-building/manufacturing environments is preferred.

Responsibilities

• Design robust, cost-effective automation solutions (pick and place, processing, feeding, machine tending, inspection, assembly).
• Generate accurate BOMs and 2D drawings; support manufacturing.
• Consult with assembly for instructions and guidance; visit customer sites in New England as needed.
• Maintain accurate project records and adhere to company standards and NDA.

Skills

3D CAD design

Fusion 360

GD&T

DFM/ DFA

Mechanical design

Education

Bachelor's degree in Mechanical Engineering

3+ years experience in mechanical design

Tools

Autodesk Fusion 360

Job description

Harris Hill Automation is seeking an Automation Mechanical Design Engineer to create robust automation systems and produce reliable 3D models, BOMs and 2D drawings. You will collaborate with assembly and service teams, engage with customers for information, and ensure adherence to design standards and NDA requirements.

The role emphasizes experience in automated equipment design, CAD proficiency, and the ability to translate mechanical concepts into manufacturable solutions at a project level.