Meet Prof. Clive E Chirwa, BEng (Hons),
MSc(Auto.Trans.), Msc (Auto Struct), PhD(Struct.Dyn.), FEIZ, MSAE, VerH, CEng,
PEng & Distinguished professor of Crashworthiness Design of Aerospace &
Automotive Engineering' etc.
Status: The
DEAN, School of Engineering (The Mighty Copperbelt University)
Description:
Prof. Clive E. Chirwa is an Icon. An amazing Engineer Icon, to be exact! He is
smart, amazingly a genius! & famously known for his 'Rich CV'.
I first met him
in my Sophomore year at Uni. I was pretty young then. And to be honest, I had
little knowledge of the power that lies deep inside a single 'handshake.'
Especially when it came to meeting someone amazingly great! Just get to look at
me in the picture giving him my feeble handshake right there! Laughs 😁. I now know just how amazing & building
it is to shake hands, smile & stand next to an Icon.
Well, I bet
engineers around the world know him much much more. And when someone out there
& here speaks (bad) about our home engineers, he's definitely there as a
testimony to silence them all.
QUICK FACTS
about Prof. Clive E. Chirwa:
1. Invented excessive load passive management system used in "all" aircrafts and spacecraft landing gears.
2. Developed Fibre reinforced composite materials used in Airbus 380 Aircraft Fuselage
3. Developed the Crush nose cone used in Formula 1 racing vehicles.
4. Developed modern systems used in the Crashworthiness concept used in all road vehicles today that protect occupants in crashes.
5. Developed the Railway Crashworthiness system used in all modern wagons and to protect passengers in a derailment crashes.
6. Contributed in the designs of many air, road & rail vehicles.
1. Invented excessive load passive management system used in "all" aircrafts and spacecraft landing gears.
2. Developed Fibre reinforced composite materials used in Airbus 380 Aircraft Fuselage
3. Developed the Crush nose cone used in Formula 1 racing vehicles.
4. Developed modern systems used in the Crashworthiness concept used in all road vehicles today that protect occupants in crashes.
5. Developed the Railway Crashworthiness system used in all modern wagons and to protect passengers in a derailment crashes.
6. Contributed in the designs of many air, road & rail vehicles.
And his
selected Achievements are:
1. The British Rail Award (Crashworthiness in Rail vehicles)
2. The Henry Ford Prize for contributing to the safety of passenger vehicles.
3. The Institution of Mechanical Engineers Holman Brothers Safety Award in Mechanical Engineering for the Best Research work and Paper published on Aspects of Eliminating Dangers to health and so much others!
See you soon,
Prof!
