The aim of this assignment is to critically evaluate the current project governance structures and leadership approaches in an organization of your choice and suggest ways to improve these based on what you have learnt from the readings and block workshop for this subject. Your assignment should include the following: 1. Describe and evaluate the project governance structures and leadership approaches currently adopted by the organization you have selected which can include some or all of: • Board level • Portfolio and Program Management • Linking of project and corporate strategies • Governance of individual projects • Leadership • Relationship with stakeholders 2. Suggest new or additional governance structures and leadership approaches that could be adopted to improve project performance in the selected organization. 3. A reflection on what you learnt at the workshop through the group work at the class and how it informed the governance structures and leadership approaches you have proposed. Guidelines for formatting and submission: All papers to be submitted in word (.doc or docx) or rich text (.rtf) format (not pdf). Assignments are to be submitted by posting them into the relevant drop box in the Assignments Folder on UTS Online by the due date stated in the subject outline. Your assignment should be clearly labelled. No hard copies please and keep the graphics simple to reduce file size If you are including material from other files within your assignments (such as graphics, or tables etc) then please make sure that you embed them in the document. It is a good idea to check that your assignments and all of the relevant inclusions can be opened successfully by looking at them on someone else’s computer. If you are submitting multiple files for an assignment make sure that they are all ready to go when you submit. Multiple files can be submitted at the initial submission point (the ‘Add Another File’ button) but you cannot add them after the initial submission has been completed. Please do not copy or repeat the slides presented at the workshop. You can refer to them using Day /Topic/Slide Number. Word Length: The maximum word length for the assignment is 2500 words excluding an executive summary or abstract and list of references. Appendices are not preferred unless they are essential. Please limit the maximum number of pages to 15 A4 sheets including the cover sheet and appendices. Each assignment should include: • Title page – name and number of subject, your name, student number and submission date (Use a simple title page without any graphics to keep file size low). • Numbered pages .e.g.1/15 • Name and number of subject, your name and student number in the footer of every page • 11 point Arial or 12 point Times New Roman font, leave reasonable margin around sheet (15-25 mm). • Titles should be of larger font bold; use maximum 3 levels of headings. • All tables and diagrams should be imported into Word format and fit within page and be clear and useful for comprehension. • Assignment files must be labelled as follows: Family name-George- Rodney-15346-Assignment 3 – dd-mm-yy. Submission date: Please refer to the subject outline posted in subject documents on UTS online. You should retain a copy of your assignment so that it can be used as a backup if needed. Marking Criteria Marks will be allocated to reflect: • Knowledge: Knowledge of content from the subject topics; facts/supporting details; themes/issues; and concepts/ideas/ theories. (20 %) • Reasoning: Analysis; evaluation and synthesis of evidence; and an ability to relate to present or past experience (20%) • Communication: Well organised and structured presentation; logically written and argued; flows well and use of relevant literature and appropriate referencing (10%)
C. STEM / STEAM education, The scientific method, questioning, theorytesting, …etc. 1- Write about methods and approaches to inquiry and to teaching STEM in schools and in universities, for both majors and non-majors. 2- Read than write and reflect about teaching/scholarly pursuit and philosophy of pedagogy, so that the intent in the classroom is to develop capacity, knowledge, transferability, and critical thinking skills. The focus is on the scientific method, on both qualitative and quantitative approaches to learning sciences in the classroom, review how this information can help you’d develop a lesson plan, or a unit designed to deliver particular goals and objectives. D. The multicultural classroom, look at Diversity Web, excellent resources and scholarly articles. I am particularly interested in seeing who you address diversity in the classroom, in terms of ways of learning, curriculum, students, and class experiences. How do you engage a multicultural classroom?
; ; ****** PROGRAM EQUATES ****** ; temp equ 0x20 value equ 0x21 outer equ 0x22 RB0 RB1 RB2 RB3 RB4 RB5 RB6 RB7 a b c d e f g dp RA1 RA0 +5V 16F84 VDD Vss 220Ω x 8 CA2 CA1 100K x 2 5K6 5K6 +5V +5V a b c d e f g a b c d e f g middle equ 0x23 inner equ 0x24 w equ 0 f equ 1 ; ; ; ****** MAIN PROGRAM ****** ; org 0x00 banksel PORTB clrf PORTB banksel ANSELB clrf ANSELB clrf ANSELA banksel TRISB movlw 0x00 ;Set port b all outputs movwf TRISB movlw 0x00 ;Set port a all inputs movwf TRISA banksel PORTB ; movlw 0x00 movwf PORTB ;turn off display ; ; ; **** DISPLAY COUNT SEQUENCE *** ; display movlw 0x00 ;Use value as a counter ie movwf value ;value is incremented every begin movf value,w ;time a value is extracted from table bsf PORTA,0 ;turn on LSB display call get ;call subroutine to get value movwf PORTB ;output value to portb call wait ;call delay subroutine incf value ;increment counter btfsc value,3 ;test to see if counter = %1010 btfss value,1 ;if not get next value, if yes goto begin ; goto display ;go to display again ; ; **** LOOK UP TABLE FOR VALUES **** ; get brw ;look up table to illuminate retlw 0xc0 ;the numbers 0 – 9 on seven segment retlw 0xf9 ;display (outputs from port are retlw 0xa4 ;active low retlw 0xb0 retlw 0x99 retlw 0x92 retlw 0x82 retlw 0xf8 retlw 0x80 retlw 0x90 ; ; **** TIME DELAY ROUTINE **** ; ( THREE NESTED LOOPS ) ; wait ;delay subroutine movlw 0x02 ;-outer loop movwf outer ; wait3 movlw 0 xff ; -middle loop movwf middle wait2 movlw 0xff ;-inner loop movwf inner wait1 decfsz inner,f goto wait1 ;-inner loop decfsz middle,f goto wait2 ;-middle loop decfsz outer,f goto wait3 ;-outer loop return end