Jonathan Ingerl

BEng Electrical and Electronic Engineering.
BEng Peirianneg Drydanol Ac Electronig.

Design and Implement a Smart Training Board.

Dylunio a Gweithredu Bwrdd Hyfforddi Clyfar.

Efficient training and tracking of training progress is an essential point in many sports.
However, in climbing, it can be pretty challenging to measure training progress. One method
to do tho are called benchmark tests. In this project, a microcontroller-based fingerboard, which
gives the athlete detailed instructions and calculates a training score, was created. To do tho,
the most suitable components were evaluated and compared to possible alternatives. Moreover,
a brief overview on how to programme a microcontroller is given as well as an explanation of
the used integrated development environment used. Finally, a custom build solution for wall
mounting the device was developed as well as a circuit to realise the wiring of all needed
components and a spacial windows application as well as a microcontroller programme.

Mae hyfforddi ac olrhain cynnydd hyfforddiant yn effeithlon yn bwynt hanfodol mewn llawer o chwaraeon. Fodd bynnag, wrth ddringo, gall fod yn eithaf heriol mesur cynnydd hyfforddiant. Gelwir un dull o wneud hyn yn brofion meincnod. Yn y prosiect hwn, crëwyd byseddfwrdd sy'n seiliedig ar ficroreolydd, sy'n rhoi cyfarwyddiadau manwl i'r athletwr ac yn cyfrifo sgôr hyfforddi. I wneud hyn, gwerthuswyd yr elfennau mwyaf addas a'u cymharu â dewisiadau amgen posibl. At hynny, rhoddir trosolwg cryno o sut i raglennu microreolydd yn ogystal ag esboniad o'r amgylchedd datblygu integredig a ddefnyddir. Yn olaf, datblygwyd ateb adeiladu personol ar gyfer mowntio waliau'r ddyfais yn ogystal â chylched i wireddu gwifrau'r holl gydrannau sydd eu hangen a chymhwysiad ffenestri gofodol yn ogystal â rhaglen microreolydd.