"MJ's dedication to pursuing the necessary understanding, interpreting content in useful ways, and developing research-based instructional methods to teach it was immediately evident." Jeff Owen, Student Teacher Mentor, Letter, 2011
Course on GoogleClassroom - Code: re53mdd
Calendar: access through Classroom
2017, Earth's Interior project student example
Final Exam with extreme accommodations: for autistic student with limited speaking and writing abilities
Image credit: Biology Libre
Devoted 5+ additional hours per week transforming lectures into Inquiry-based lessons, improving student performance and enjoyment of the course, reflected in evaluations
Selected as an example teacher for maintaining detailed curriculum maps and syllabi
Received 10+ teaching evaluations that exceeded expectations
Retained resilience in high-stress work environment, completing monumental tasks in short time frames
Praised as utilizing progressive and research-based Standards-based Grading system
Excelled at online education, culminating materials, assisting colleagues, and teaching student access
Finished curriculum early and completed three research projects
Was offered fulltime position after long-term substitute assignment
Image credit: City Journal
A collection of activities, speakers, and lunch, encouraging students to consider STEM careers
Image credit: Kumon
Venture Academy breaks from their normal curriculum for two weeks for a program called Intensives, in which teachers collaborate in pairs or triples to cover highly specialized topics.
Examining the physics of illusions and how amazing things work, such as planes flying!
Image caption: Houston Space Center
As soft skills, students explored concepts such as desensitization and tolerance, and why some students were fans of horror, for example.
Image credit: CU PhET models
The history and physics of communication and transportation advancements and how they specifically affected war in the US, such as horses, radio, telephone, computers, airplanes, and helicopters
Developed card game teaching students about Artificial Intelligence (AI) and machine learning
Reducing fears of AI
Exploring examples of teaching tools with tangible games
Physics and Economics of life skills such as changing a tire, sewing a button, and maintaining a bicycle
Seniors visited the Kindergarten students at a K-12 school for 30 minutes of reading per week
Juniors created a lesson for 3rd graders on Force
Developed original content based on Physics 1010 concurrent enrollment, AP labs, and Experiential Learning models
Supported multi-lingual and ESL students
Developed original content based on Project-based learning models
Supported multi-lingual and ESL students
"I didn’t know I could write! Thank you for your help and support!"
2009, TRiO Upward Bound Math-Science, University of Maine
Lack an understanding of the concept of variability
Understand how to discuss graphs but have a difficult time creating them
Have a misconception that creativity it not a part of doing science
(1) Views of Nature of Science (VNOS, Lederman 2002): a “scientifically literate individual” should be able to understand the following features of the nature of science:
Science is “a human endeavour, directed by theory and culture”
Science is “reliant on empirical observation”
Science is “subject to change”
The above aspects of science “should be viewed as interdependent”
(2) Middle school students’ use of appropriate and inappropriate evidence in writing scientific explanations (McNeill & Krajcik 2007)
Programs: See STEM-ERL, STEM Programming
Research: See STEM Research