Title: The Teacher In-Service Program in Trinidad
1The Teacher In-Service Program in Trinidad
Tobago
- September 2008
- Port of Spain, Trinidad
- Douglas Gorham
- IEEE Educational Activities
2Program Background and Scope
3The Immediate Objectives
- Train IEEE volunteers to train pre-university
teachers, so that the teachers can be more
effective in bringing engineering and engineering
design into the classroom - Train IEEE volunteers to approach the school
system in order to make the teacher training
possible - Make this activity sustainable and long-term
4The Long-term Goals
- Empower Section champions to develop or enhance
collaborations with their local pre-university
community to promote applied inquiry-based
learning - Enhance the level of technological literacy of
pre-university educators - Encourage pre-university students to pursue
technical careers, including engineering - Increase the general level of technological
literacy of pre-university students for many
years.
5Why Participate in a Teacher In-Service Program?
- Enhance the level of technological literacy of
- Teachers
- Students
- The local school community
6Why Participate in a Teacher In-Service Program?
- Enhance the standing of IEEE and the engineering
profession in the eyes of pre-university
educators and students - Promote engineering as a program of study and
career choice - Encourage IEEE member participation
7Why Participate in a Teacher In-Service Program?
8TISP Presentations by Section (a partial list)
- Chattanooga, TN
- Miami, FL
- Florida West Coast
- Santa Clara, CA
- Piura, Peru
- North Jersey, NJ
- Republic of South Africa
- Lima, Peru
- Central Indiana
- Jamaica
- Atlanta, GA
- Houston, TX
- Central North Carolina
- Malaysia
9Metrics To Date
- 80 presentations to date
- More than 1813 pre-university educators have
participated - Science, technology and mathematics educators
- These educators represent 197,000 students
10Metrics To Date
- Over 90 of the respondents agreed
- They would use the concepts presented in their
instruction - Doing so would enhance the level of technological
literacy of their students
11Counting the Cost
- 300 (USD) to 1200 (USD) per year will sustain a
very active teacher in-service program in a
Section
12Counting the Cost
- Re-useable materials and hardware
13Counting the CostExpendables
14Trinidad Tobago Schools and TISP (1)
- The Vision of the Ministry is to be
- A pacesetter in the holistic development of an
individual through an education system, which
enables meaningful contributions within the
global context.
15Trinidad Tobago Schools and TISP (2)
- The Mission of the Ministry is
- To lead the modernization and renewal of the
system of education. - Core values include integrity and trust,
respect, customer service, teamwork, love,
loyalty and commitment
16Trinidad Tobago Schools and TISP (3)
- The Healthy Citizen (partial list)
- Is conversant with the demands of the 21st
century - Is Technologically Aware
- Is functionally literate
- Has a strong work ethic
- Is responsible
- Is Creative
- Is productive
17Trinidad Tobago Schools and TISP (4)
- The objectives of the Secondary Education
Modernization Programme (1999) include - The reform and expansion of the secondary school
system that will result in five years of high
quality secondary education - The creation of a curriculum that is relevant to
the very demanding and dynamic world of work - The development of teaching technologies that
will produce graduates who can adapt to the rapid
changes being brought about through technological
advances and globalization
18Trinidad Tobago Schools and TISP (5)
- Sample curriculum areas in science
- Matter and materials
- Properties of materials
- Structures and mechanisms
- Levers, pulleys and gears
- Forces act on structures
- Energy
- Electrical energy
- First law of magnetism
- Series and parallel circuits
- Investigating an electromagnet
19References
- http//www.nationmaster.com/country/td-trinidad-an
d-tobago/edu-education - http//handouts.aacrao.org/am08/finished/T0130p_K_
Trayte.pdf