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...ah dat foolfool tablet sitten...in fack wi nat even need di whola $8 mil 
Robotics Training/Subsistence/Travel fi 200 volunteer university engineering students (orienting & mentoring in-school robotics coordinators) ova 3 years @ US$5K/student = US$1m
Robotics labs @ 200 high schools @ US$7500/school - US$1.5m
400 Robotics kits (2/school serving 100 kids/school ie 20K students) fi high schools @ US1K/kit = US$400K
Basic Robotics labs at 500 primary schools @ US$3K/school = US$1.5m
Lego kits for 500 primary schools (serving 200 kids/school ie 100K students) @ US$500/school = US$250K
Misc expenses ova di 3 year roll out = US$500K
Total in non-recurrent expenses = a likkle ova US$5M
Private sector fi sponsor di annual Robotics National Champs & Regional Playoffs..Flow, Lime, Digicel etc
ROI.......Projected outcomes afta 3 years of project roll out:
1. 6K unique high schoolers/year experienced in practical electrical engineering, electronic engineering, CAD, software programming, construction engineering, critical thinking for problem solving, machine learning & automation
2. 30K unique primary school pikney experienced in practical CAD, basic programming, critical thinking for problem solving, basic construction
3. Afta 5 years yuh ave a cohort of 30K++ post sec ondary adults wid modern skills and a pipeline of 150K already prepped automation experts (coming out of di primary program) bubblin inna di secondary system an ready fi buss
4. Afta 7 years ah dat program ....Wid dat skilled cohort of knowledge workers...attracting high value add investors is likely in software design, advanced manufacturing like Costa Rica style chip factories, logistics tech support, aerospace parts manufacturing etc...i..All fi ah likkle vision an likkle seed money
Dat tablet giveaway playting mek mi sick in comparison
Robotics Training/Subsistence/Travel fi 200 volunteer university engineering students (orienting & mentoring in-school robotics coordinators) ova 3 years @ US$5K/student = US$1m
Robotics labs @ 200 high schools @ US$7500/school - US$1.5m
400 Robotics kits (2/school serving 100 kids/school ie 20K students) fi high schools @ US1K/kit = US$400K
Basic Robotics labs at 500 primary schools @ US$3K/school = US$1.5m
Lego kits for 500 primary schools (serving 200 kids/school ie 100K students) @ US$500/school = US$250K
Misc expenses ova di 3 year roll out = US$500K
Total in non-recurrent expenses = a likkle ova US$5M
Private sector fi sponsor di annual Robotics National Champs & Regional Playoffs..Flow, Lime, Digicel etc
ROI.......Projected outcomes afta 3 years of project roll out:
1. 6K unique high schoolers/year experienced in practical electrical engineering, electronic engineering, CAD, software programming, construction engineering, critical thinking for problem solving, machine learning & automation
2. 30K unique primary school pikney experienced in practical CAD, basic programming, critical thinking for problem solving, basic construction
3. Afta 5 years yuh ave a cohort of 30K++ post sec ondary adults wid modern skills and a pipeline of 150K already prepped automation experts (coming out of di primary program) bubblin inna di secondary system an ready fi buss
4. Afta 7 years ah dat program ....Wid dat skilled cohort of knowledge workers...attracting high value add investors is likely in software design, advanced manufacturing like Costa Rica style chip factories, logistics tech support, aerospace parts manufacturing etc...i..All fi ah likkle vision an likkle seed money
Dat tablet giveaway playting mek mi sick in comparison
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