Dynamic Mechanical Engineering Educator & Mentor

Manhattan University; New York (NY); On-site; USD 60,000 - 90,000; Full time

Job summary

Manhattan University’s Department of Mechanical Engineering invites applications for a full-time Visiting Assistant Professor starting Fall 2027. The successful candidate will teach undergraduate and graduate courses, oversee laboratories, and mentor students in a collaborative, student-centered environment.

We seek an educator who connects fundamentals with real-world applications, embraces modern engineering tools, and contributes to continuous improvement of courses and teaching practices in

Qualifications

• PhD in Mechanical Engineering required.
• Ability to teach undergraduate and graduate Mechanical Engineering courses effectively.
• Strong communication, interpersonal, and organizational skills.
• Commitment to student success and academic excellence.
• Ability to collaborate with faculty, staff, and students.

Responsibilities

• Teach a range of undergraduate and graduate Mechanical Engineering courses.
• Support laboratory instruction and hands-on experiments and design-based learning.
• Contribute to curriculum development and instructional materials.
• Mentor undergraduate and graduate students, including senior design projects and research.
• Participate in student learning assessment and departmental initiatives.
• Engage in departmental activities and service responsibilities.
• Maintain ongoing engagement with developments in Mechanical Engineering education.

Skills

Teaching

Student mentorship

Curriculum development

Communication

Team collaboration

Education

PhD in Mechanical Engineering

Job description

Manhattan University’s Department of Mechanical Engineering invites applications for a full-time Visiting Assistant Professor starting Fall 2027. The successful candidate will teach undergraduate and graduate courses, oversee laboratories, and mentor students in a collaborative, student-centered environment.

We seek an educator who connects fundamentals with real-world applications, embraces modern engineering tools, and contributes to continuous improvement of courses and teaching practices in