major in Chemical Engineering. Many of the seventeen students weinterviewed expressed a definite disinterest in pursuing Chemical Engineering, based on theirexperiences in college chemistry. Interestingly, this choice is not reflective of the quality ofteaching; a number of students who made this assertion praised their chemistry professor andclaimed that it was their own inability to visualize the material that made it an unattractive coursefor them.MT has recently introduced a biological engineering minor and a humanitarian engineeringminor. A third, long-standing minor option is in public policy, although students must apply tothe program in the fall semester of their first year to be accepted; many students who mightgravitate toward the
over the next three years growing to the point where today it servesthe nine public institutions in the state, seven community colleges and two universities,ixproviding their students with access to MentorNet programs. Between the start of thepartnership in 2000 and January 2007, 236 students across these nine institutions have beenmatched in mentoring relationships through MentorNet’s One-on-One program. Recruitmentefforts are spearheaded by a program manager from the sponsoring Women in Technologyproject who cultivates a local campus representative to provide ongoing recruitment. Eachcampus reflects its unique community, so it has been important that recruitment strategies arecustomized to meet differing campus needs. Faculty, staff and
areneeded which can only be accomplished by programming. Observation 7: Modeling and programming must be integrated into an introductory computing course.Any introductory computing course in systems engineering needs to have both a modeling and aprogramming component. The modeling needs to reflect the way the discipline approachesproblem-solving while the programming needs to support problem-solving. Therefore, we donot want to simply substitute a more appropriate language for Java and then teach it in the samemanner. Therefore, we are arguing that we need develop a problem based approach that requirescomputing to solve these problem (i.e., teaching modeling and programming within the contextof discipline specific
entitled “Multi-Semester Interwoven Project for Teaching BasicCore STEM Material Critical for Solving Dynamic Systems Problems”. Any opinions, findings,and conclusions or recommendations expressed in this material are those of the authors and donot necessarily reflect the views of the National Science Foundation The authors are gratefulfor the support obtained from NSF to further engineering education.13 - ACKNOWLEDGEMENT – DYNSYS Project - Mechanical Engineering StudentsMuch of the work associated with this effort to develop materials which better integrate STEMmaterial in the Mechanical Engineering curriculum is a direct result of many students in theUniversity of Massachusetts Lowell program. A special thanks to those students who havereally
increase students’ self-confidence and interest in science and mathematics, whichwould be reflected in increased enrollment in higher-level science courses at the secondary level,such as Advanced Placement (AP) Chemistry, AP Biology, and AP Physics. These coursesprovide a stronger intellectual background for students choosing undergraduate science,mathematics or computer science majors at the college level.84In this program the School Board of Broward County has partnered with Broward CommunityCollege to provide underrepresented students with targeted educational opportunities tosupplement the traditional secondary experience by offering ‘Saturday Science’. Two Saturdays
alearning tool, according to the students. They reported that their knowledge of the Rankine cycle(and its associated thermodynamic concepts) increased. They indicated that discussing andoperating the RC are more valuable than performing calculations with the data. The level of thematerial was appropriately challenging for upper-level engineering students. A few keys to Page 12.1002.5successful use of the RC were also given in the paper.Second, a parametric study of the effects of component losses on RC thermal efficiency wasperformed. The results showed that the range of component losses used in the parametric studyaccurately reflects experimental
was always marked for grammatical errors, though grammar factored intogrades differently for each assignment. Students were graded for content and mechanics in paper1, whereas paper 2 was graded for content, persuasiveness, and a group’s ability to express itsideas clearly. In this way, Practical English departed from GE 3513, in which students’ gradesalways reflect their documents’ content, grammar, mechanics, and style.Minimizing grammar instruction was always my intent for Practical English. Students takingPractical English (similarly to those taking GE 3513) were expected to enter the class with basicgrammar and mechanics mastered; the purpose of this class was to teach students to applypreviously learned writing and grammar skills to
is surprisingly great – boys expressed a much higherexpectation of success, and girls continued to express uncertainty in their abilities, even afterscoring high on a test. Karp and Shakeshaft32 (1997) found that males dominate classroomconversation and are generally more confident in the classroom setting. This issue ofconfidence is a serious one, as confidence is often found to be precursor to achievement.The second theme that emerged from the interview results reflects issues of confidence andprogram choice. The interview subjects made interesting comments about why females arechoosing not to pursue engineering:“I was really worried about it in high school. I was good in english…I had good marks in