Eternal tools horology

I know from personal experience that whenever I have attended a watch making course the experienced tutors are able to recite each watch part number from memory. My High School Science teacher was a watch collector and thought I'd be a good candidate for an apprenticeship opening at R. Christie in Edinburgh where he had his watches maintained. I took the opportunity and served a 5 year apprenticeship as a watch and clock maker.

Alan Sinclair demonstrates the use of different tools to create a 3D effect to your glass engraving. The precise fur and feather detail Alan achieves on his glass engravings are down to his own technique, read on to find out more and how you too can enhance your engravings with these helpful hints and tool tips. Home Your Basket Account Wishlist. Home Blog. Mecanicus, Ohmden Mecanicus offers a special watch workshop for mechanical watches and especially for old or antique clocks plus seminars for collectors and enthusiasts.

Hiko Mizuno College of Jewelry, Tokyo Offering two year courses covering watch movement, theory, metalwork, quartz watch and antique watch repair. Vakschool, Schoonhoven The Vakschool, Schoonhoven offers a wide range of vocational courses in horology. La Merce The only official public school in Spain in which you can study for 2 years clockwork mechanics. Birmingham City University Degree course designed to educate students in horology.

Quality Time Clock Courses, West Sussex Week long courses for beginners or experienced clock makers held in a stately home. Students will master Swiss mechanical and electronic watches. Lititz Watch Technicum, Lititz, PA Lititz Watch Technicum has a curriculum combining centuries old watchmaking techniques with the latest diagnostic applications utilising state of the art electronic equipment.

Norwest School of Horology. Seattle, WA A school teaching both watch and clock repair for students at all levels. Oklahoma State University. Veterans Watchmaker Initiative The Veterans Watchmaker Initiative is a full time watchmaking school for disabled American veterans to be retrained in the art of horology. Paris Junior College, Watchmaking Dept. Receive our Newsletter and exclusive discounts Sign Up.

All Rights Reserved. Again other, possibly cheaper, makers gain a foothold in this market, keeping the top builders on their toes. Cell-phones tell the time, but not as conveniently as a wrist watch. Radio clocks do not have the cachet of polished cases and shiny precision mechanisms. The market is alive and well. We should not assume this will always be the case. As in all things, change is inevitable, those who welcome and initiate it may do well.

Those who resent change may be on the 'back foot'. All manufacturers need to decide on their market and cater for it well. That is the recipe for success, as long as the chosen market actually exists. When our long case clock is running fully, the next job may be a small 'mantle' or table clock. Partly glass mechanism and all glass case. Timed by dual or possibly triple pendulums.

This latter choice depends on my theory, regarding triples, being proved correct or otherwise. The two pendulums are tentatively planned to be one second stroke. Using a 'compound' overhead design for compactness. Again this depends on the measured accuracy of such an arrangement.

So, after several centuries of pendulum clock evolution, I am attempting to break new ground. Looking at an old problem from a slightly different angle. I may be right or wrong. Only 'time' will tell. The current long case clock, a work in progress, is intended to refine my ideas on clock design. To fullfil a long held ambition, delayed by insufficient 'time', to design and build the ultimate mechanical clock. It will require no external source of power, drawing all its energy from nature.

Truly an atmospheric clock, plus it will use sunlight. It will make use of centuries of knowledge, accumulated and added to by many great people. To that storehouse will be added my contribution, which may be an improvement. Read The Full Article. Mechanical devices have always interested me. Being born in the late thirties, when I was a teenager in the early fifties, cars and motorcycles were cheap and sufficiently simple mechanically that one could perform repairs without needing expensive equipment.

At age 30, , I was working as a heavy equipment mechanic. I would take things apart, anything I could get my hands on and hopefully put it back together. I remember when I was 10 and my parents found me in my room with a new toy helicopter in pieces all over the floor - and me with a screwdriver in hand.