Tenure-Track Mechanical Engineering Professor — Robotics & Autonomy

Embry-Riddle; Daytona Beach (FL); On-site; USD 85,000 - 115,000; Full time

Benefits offered by this job

Generous Time Off

Tuition Coverage

Retirement Contributions

Job summary

Embry-Riddle is seeking a Tenure Track Assistant/Associate Professor of Mechanical Engineering to join the Daytona Beach campus. This role involves delivering high-quality instruction and establishing a funded research program. Candidates are encouraged from all research areas related to mechanical engineering, especially in robotics and hybrid systems.

The Mechanical Engineering Department has a vibrant educational and research environment, serving approximately 500 students. Ideal candidates will have a PhD and relevant teaching or research experience. Join Embry-Riddle and contribute to advancing aerospace innovation.

Qualifications

• Earned PhD in Mechanical Engineering or a related field.
• Prior teaching experience and/or demonstrated funded research experience.

Responsibilities

• Provide high quality undergraduate and graduate instruction.
• Establish and maintain an externally funded research program.
• Engage in applied research in areas such as robotics and energy systems.

Skills

Mechanical Engineering expertise

Research experience

Teaching experience

Industry experience

Education

PhD in Mechanical Engineering or related field

Job description

Embry-Riddle is seeking a Tenure Track Assistant/Associate Professor of Mechanical Engineering to join the Daytona Beach campus. This role involves delivering high-quality instruction and establishing a funded research program. Candidates are encouraged from all research areas related to mechanical engineering, especially in robotics and hybrid systems.

The Mechanical Engineering Department has a vibrant educational and research environment, serving approximately 500 students. Ideal candidates will have a PhD and relevant teaching or research experience. Join Embry-Riddle and contribute to advancing aerospace innovation.