Adjunct Faculty: How to “Be Creative” in Partnership with Computation & Machine Learning
Adjunct faculty at San Francisco Bay University (Fremont, CA) to design remotely and/or teach a new general education course on computational creativity, covering generative art, machine learning, and algorithmic design through hands-on projects. The role emphasizes student-centered pedagogy, inclusive teaching, curriculum development, and assessment.
- Compensation
- $149 / hr
- Location
- Fremont, CA
- Work setup
- Not specified
- Seniority
- Not specified
- Employment
- Not specified
- Experience
- Not specified
- Category
- Ml / AI
- Posted
Skills
Must have
- Master's degree in computer science, data science, machine learning, or closely related field
- Demonstrated teaching experience in general education and commitment to excellence in pedagogy
- Passion for mentoring and guiding students in academic and professional growth
- Strong communication skills and ability to collaborate with colleagues, students, and community partners
- Commitment to diversity, equity, and inclusion in education and practice
- Must be authorized to work in the US (no visa sponsorship)
Nice to have
- Doctorate in computer science, data science, machine learning, or closely related field
- Experience in general education curriculum development
Full description
About San Francisco Bay University:
San Francisco Bay University (SFBU), a nonprofit, WASC-accredited university situated in the heart of Silicon Valley in Fremont, California, seeks an innovative and experienced Adjunct Faculty. SFBU’s mission is to offer inclusive, innovative, and inspirational education for lifelong careers and our vision is to set the standard as a national model of higher education in service of the common good.
At SFBU, students come first. We prioritize students’ needs by fostering personal engagement among students, faculty, and staff. We are committed to providing affordable quality education with a deep commitment to diversity, equity, inclusion, and social justice.
We encourage you to learn more about SFBU by reviewing our strategic plan at .
Position Overview: San Francisco Bay University is seeking dynamic and dedicated adjunct faculty in computational creativity and innovation to design (remote) and/or deliver (remote or face-to-face) an innovative new course in our General Education curriculum. The course is titled How to “Be Creative” in Partnership with Computation & Machine Learning. The course explores the intersection of computer science, math, art, and design, examining how computational tools transform creativity while engaging with the ethical and philosophical questions they raise. Students will develop tactical computational skills, explore generative art, machine learning, and algorithmic design, and analyze how creativity intertwines with imagination, emotions, and innovation. Through hands-on projects, they will reveal connections between artistic expression, mathematical principles, and scientific phenomena. The course culminates in a final project where students synthesize their learning to harness computation as a creative tool.
This position does not offer visa sponsorship. You must be authorized to work in the US.Teaching Excellence: Possess deep subject knowledge, pedagogical expertise, and the ability to engage students actively while adapting to their diverse needs. As we transition away from traditional lecture-based instruction, we seek faculty who understand and appreciate student-centered design and can adopt pedagogical practices stemming from this approach. These practices include active learning strategies, collaborative projects, problem-based learning, inquiry-based learning, flipped classroom models, and the use of formative assessments to inform and adjust teaching. We are looking for faculty with the skills and motivation to create a supportive and dynamic learning environment that emphasizes clear communication, collaboration, inclusivity, and continuous improvement. Faculty should be proficient in facilitating interactive discussions, promoting critical thinking, and guiding students to apply concepts to real-world scenarios. This approach aims to foster deeper understanding, engagement, and long-term retention of material among students.