Instructor, Electrical & Electromechanical Technology - FTTUnder the general direction and supervision of the Division Dean and Associate Dean and the Program Director, the Electrical & Electromechanical Technology Instructor plays a key role in shaping the next generation of skilled electricians and automation professionals. This position provides instruction at the Milford Campus, delivering hands-on learning in classroom, lab, and online environments. The instructor is responsible for providing regular instruction, developing and updating courses taught in classroom, lab, online, and distance-learning environments, and may also teach in other locations, including the Prison Education Program (PEP). Teaching assignments include, but are not limited to, National Electrical Code (NEC) requirements for residential and commercial applications; programming and installation of programmable logic controllers (PLCs); industrial communications and electronics; robotics and integrated automation; and installation and maintenance of electric motors and motor starters. Beyond day-to-day instruction, this position will help grow and evolve the program by developing and updating curriculum, maintaining modern lab spaces and equipment, and implementing innovative teaching strategies for both high school and college students. Serving as a mentor and advisor to students, tracking their progress, and collaborating closely with the program team and SCC campus teams to ensure student success. This is a full-time temporary position with an expected end date of December 31st, 2026, with the possibility of extension through May 2027.Inspire the Next Generation of Electricians and Automation Professionals Deliver hands-on, high-impact instruction to a diverse group of students preparing for careers in electrical and automation fields. Teach foundational and advanced electrical concepts, including residential and commercial wiring, industrial controls, and automation systems. Bring modern industry into the classroom with PLC programming, robotics, integrated automation, CAD concepts, and electrical systems integration. Instill a safety-first mindset, including National Electrical Code (NEC) standards, Hazard Communication, and Right-to-Know requirements. Design lessons, projects, and assessments that keep students engaged, challenged, and career-ready. Create Dynamic Learning Experiences Build engaging presentations, demonstrations, and digital learning tools. Leverage multimedia, simulations, and real-world applications to connect theory to practice. Continuously refresh instructional materials to reflect current electrical and automation industry standards. Shape the Future of the Program Help develop new courses and ensure the existing curriculum aligns with industry expectations and workforce needs. Collaborate with industry partners, the Workforce Leadership Team (WLT), and program faculty. Translate real-world electrical and automation trends into meaningful, hands-on learning experiences. Keep the Lab Running Strong Maintain modern electrical and automation labs, equipment, and tools in a safe, organized, and ready-to-use condition. Assist with selecting and purchasing materials, components, and equipment to keep the program industry-relevant and cutting-edge. Coach, Mentor, and Support Students Guide students through their academic journey—from foundational skills to career readiness in the electrical and automation fields. Monitor progress, provide meaningful feedback, and support student growth and achievement. Serve as a trusted mentor and advocate for student success. Stay Sharp in a Fast-Moving Industry Participate in professional development, industry certifications, conferences, and ongoing training. Continuously strengthen technical skills to stay current with evolving electrical systems and automation technologies. Be Part of Something Bigger Engage in campus events, recruitment efforts, and program initiatives that promote career and technical education. Collaborate with SCC teams to grow and strengthen the program. Contribute to strategic planning, program improvement, and long-term success. Stay Connected & Compliant Complete required professional development, Title IX, and safety training. Maintain accurate records and effectively use systems such as Canvas and Microsoft Office tools. Promote a Culture of Belonging Support and promote an environment of belonging where all students, faculty members, and college employees feel welcomed, valued, and empowered to contribute. Foster a community where each individual and their varied perspectives enrich the educational experience and create a safe and respectful environment. Support the College's policies and programming related to access, fair employment, and equal opportunities for all. Technical Expertise Demonstrate strong knowledge and hands-on experience in Electrical & Electromechanical Technology and automation systems. Apply industry practices, including electrical theory, National Electrical Code (NEC) standards, industrial controls, and system troubleshooting. Install, operate, and maintain programmable logic controllers (PLCs), industrial control systems, motors, motor starters, and automation components. Instruct students in safe and accurate operation of electrical systems, tools, and testing equipment. Utilize technical resources such as electrical codes, wiring diagrams, technical manuals, and industry reference materials. Instructional & Classroom Management Skills Maintain a safe, structured, and productive learning environment in both classroom and lab settings. Foster positive, professional relationships with students, colleagues, and administrators. Deliver instruction to a diverse student population using clear and effective oral and written communication skills. Organize and present course materials in a logical, timely, and engaging manner across classroom, lab, online, and hybrid formats. Effectively utilize learning management systems (LMS) and instructional technologies to support student learning. Assessment & Student Evaluation Develop and implement effective assessment methods aligned with real-world electrical and automation industry standards. Design and administer quizzes, tests, lab evaluations, and performance-based assessments tied to course objectives and demonstrations. Provide timely feedback by grading and returning student work promptly to support student progress and achievement. Evaluate student performance objectively in both classroom instruction and hands-on lab environments. Curriculum Development & Continuous Learning Research and integrate current electrical and automation industry practices, standards, and technologies into instruction. Gather knowledge from technical manuals, professional associations, industry partners, and online resources. Deliver instruction aligned with course requirements, including designated clock hours and learning outcomes. Collaboration & Program Support Actively participate in program recruiting and outreach efforts to promote careers in electrical and automation technology. Collaborate as a team member with program faculty and College colleagues to strengthen instructional quality and meet workforce needs. Support student development of professionalism, safety awareness, and job readiness skills. Physical & Technical Requirements Ability to stand for extended periods (2–4 hours) while supervising labs or instruction. Ability to lift, carry, and move materials weighing up to 50 pounds. Working knowledge of PC applications, including word processing, spreadsheets, PLC programming software, and electrical design tools—or willingness to develop these skills within two (2) years of employment. Ability to communicate effectively in writing, in person, and on the phone. Ability to use basic computer skills. Ability to lift and carry up to fifty (50) pounds for short distances and move tables, chairs, and media equipment when necessary. The individual must possess the above skills and abilities or be able to explain and demonstrate that the individual can perform the essential functions of the job, with or without reasonable accommodation, using some other combination of skills and abilities. AAS Degree in Electrical & Electromechanical Technology or a directly related field and 2 years of current work experience in relate field OR Bachelor's Degree in Electrical & Electromechanical Technology or a directly related field OR Journeyman Electrical License and an Electrical certificate OR Ten years of relevant work experience and the ability to complete AAS within 2 years of hire Bachelor's degree in Electrical & Electromechanical Technology, Electrical Engineering Technology, Electronics Technology, or a related field. Prior teaching, training, or mentoring experience in a technical, secondary, or post-secondary education setting. Advanced experience with PLC programming, industrial automation systems, and control systems integration. Knowledge of robotics, mechatronics, and integrated automation systems. Experience working with National Electrical Code (NEC) standards in residential, commercial, or industrial applications. Familiarity with curriculum development, competency-based instruction, and industry-aligned training programs. Experience supporting college-level learners in a hands-on lab environment. Strong communication, organization, and classroom management skills. Industry certifications in electrical systems, automation, PLCs, or related technical fields (preferred).$57,912 per year This is a full-time regular position with an implied 40-hour work week, based on a 175-day work calendar. Teaching assignments for this position are scheduled and approved by the College between 7:00 a.m. and 10:00 p.m. Monday through Friday and between 8:00 a.m. and 4:00 p.m. Saturday and Sunday based on the instructional work calendar. Scheduled special activities, emergencies, or temporary schedule changes may require hours outside of the regular workday or workweek. Southeast Community College will require a Criminal History Background Check prior to final offer.
