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DTSTART:20180508T150000
LOCATION:Braamfontein Campus West CoE-MaSS Seminar Room, 1st floor, TWK Mathematical Sciences Building
DESCRIPTION:Three DST-NRF Centres of Excellence at 91Ƭ jointly present this lecture by Professor Laura “mathgrrl” Taalman, US mathematician, blogger, designer/maker.The CoE-MaSS, CoE-Palaeosciences and CoE-Strong Materials at 91Ƭ will host Taalman, known as [mathgrrl] on Thingiverse, who is simultaneously a prolific maker and a Professor in the Department of Mathematics and Statistics at James Madison University.
She is also the founder of JMU 3SPACE, the first general-education 3D-printing classroom in the US, founder of the JMU MakerLab in the Department of Mathematics and Statistics, and a Faculty Associate with JMU Innovation Services, through which she creates and implements curriculum around 3D-printing and design.
As a self-professed “math geek,” Taalman’s 3D-printing projects are inspired and informed by mathematics. Her original makes include a 3D-printed snowflake generator that automatically designs unique snowflake models for 3D-printing, a pentagonal tessellation 3D-printed bracelet, and a 3D-printed “impossible screw” which could not be fabricated using anything but 3D-printing.
See also Biosketch and Math Encounters
X-ALT-DESC;FMTTYPE=text/html:Three DST-NRF Centres of Excellence at 91Ƭ jointly present this lecture by Professor Laura “mathgrrl” Taalman, US mathematician, blogger, designer/maker.
The CoE-MaSS, CoE-Palaeosciences and CoE-Strong Materials at 91Ƭ will host Taalman, known as [] on , who is simultaneously a prolific maker and a Professor in the Department of Mathematics and Statistics at James Madison University.
She is also the founder of JMU 3SPACE, the first general-education 3D-printing classroom in the US, founder of the JMU MakerLab in the Department of Mathematics and Statistics, and a Faculty Associate with JMU Innovation Services, through which she creates and implements curriculum around 3D-printing and design.
As a self-professed “math geek,” Taalman’s 3D-printing projects are inspired and informed by mathematics. Her original makes include a 3D-printed snowflake generator that automatically designs unique snowflake models for 3D-printing, a pentagonal tessellation 3D-printed bracelet, and a 3D-printed “impossible screw” which could not be fabricated using anything but 3D-printing.
See also and
SUMMARY:Math by design: 3D printing for the working mathematician END:VEVENT END:VCALENDAR