Engineering Adjunct Faculty (In-Person)

Campus Statement

Job Summary

Essential Functions

Minimum Qualifications

• A Master's Degree or higher in one of the following fields: Aeronautical Engineering, Aerospace Engineering, Agricultural Engineering, Applied Physics, Applied Mechanics, Architectural Engineering, Biological Engineering, Biomedical Engineering, Biomolecular Engineering, Biosystems Engineering, Chemical Engineering, Civil Engineering, Computational Engineering, Computer Engineering, Computer Systems Engineering, Construction Engineering, Data Science Engineering, Electrical Engineering, Electronics Engineering, Engineering Education, Engineering Physics, Engineering Science, Engineering Technology, Environmental Engineering, Industrial Engineering, Manufacturing Engineering, Material Science Engineering, Materials Engineering, Mechanical Engineering, Mining Engineering, Nuclear Engineering, Ocean Engineering, Optical Science Engineering, Petroleum Engineering, Software Engineering, Sustainable Engineering, and Systems Engineering The preceding list of sub disciplines within the field of Engineering is intended as representative and does not limit acceptance of similar titles by the Engineering Instructional Council as relevant and applicable
• OR
• A Master’s Degree in any field with 18 graduate-level credits in these prefixes/subjects: AME, AM, APH, AME, BME, ENGR, CEE, CE, CHE, CHEM, CSE, CS, CSC, CENE, EE, EEE, ECEN, ECE, ENE, EGR, EP, ENVE, EE, SIE, ME, MAE, MSE, MNE, NE, OPT, PETE, The preceding lists of possible course prefixes are intended as being representative of most engineering disciplines but other prefixes and titles within engineering disciplines exist. Furthermore, just because a course has one of the prefixes listed above does not guarantee that it should count as an engineering course. Course descriptions or syllabi may be needed to determine the content and level of the course.
• A Master’s Degree in any field with 18 graduate-level credits in courses with these keywords: Aeronautical Engineering, Aerospace Engineering, Applied Math, Applied Physics, Applied Mechanics, Biological Engineering, Biomedical Engineering, Biomolecular Engineering, Biosystems Engineering, Civil Engineering, Chemical Engineering, Circuit Design, Computational Engineering, Computer Engineering, Computer Hardware, Computer Modelling in Engineering, Computer Systems Engineering, Construction Engineering, Control Systems, Design for Manufacturing, Design for Reliability, Engineering Design, Electrical Devices, Electrical Engineering, Electronics, Engineering Education, Engineering Lab, Engineering Math, Engineering Research, Engineering Science, Engineering Seminar, Engineering Technology, Engineering Physics, Environmental Engineering, Hydraulics, Industrial Engineering, Information Complexity, Mechanical Engineering, Material Science, Materials Engineering, Mechanics, Mining Engineering, Nuclear Engineering, Numerical Methods, Optical Design, Optoelectronics, Optical Science, Petroleum Engineering, Pneumatics, Quality Process, Robotics, Signal Processing, Software Engineering, Stochastic Modeling, Sustainable Engineering, Systems Engineering, Thermodynamics, Thesis Research or Thesis Writing for an engineering degree The preceding lists of possible course titles are intended as being representative of most engineering disciplines, but other titles within engineering disciplines exist Furthermore, just because a course has one of the titles listed above does not guarantee that it should count as an engineering course Course descriptions or syllabi may be needed to determine the content and level of the course.
• What other experience or qualifications are taken into consideration?
• Any 400-level engineering course that is cross-listed as a 500+ level course may also be counted toward the required minimum of 18 graduate hours in the engineering discipline. However, it is up to the potential candidate to provide evidence for any of the courses on his/her transcript as being cross-listed. If an individual possesses a Bachelor of Science in one of the applicable Engineering sub-disciplines, and a Master’s degree in a field other than an engineering discipline, the following list of courses can also be considered as long as 18 graduate credit hours are achieved in aggregate in a relevant STEM field: Up to 15 semester credit hours in engineering technology courses. Up to 12 credit hours in physics (not including astronomy). Up to 9 credit hours in computer science, or mathematics, or applied mathematics (including probability and statistics but not math education). Up to 6 credit hours in biology, chemistry, economics, or management (including engineering management.

Special Working Conditions

How to Apply

• Applicants are required to submit unofficial transcripts, resume/Curriculum Vitae (CV) and a cover letter showing how the applicant meets the minimum qualifications. All minimum requirements must be met at the time of the application. If your master’s degree is not in the teaching field, then please list the 18 graduate semester hours completed in the teaching field in your application materials.
• MCCCD accepts unofficial transcripts for U.S. schools at the time of application. Unofficial transcripts are submitted as an attachment to the application. Transcripts from non U.S. institutions must be translated and evaluated and provided with application material.

EEO, Title IX, & Clery Act