"I want to include more materials in the design, so I would like to learn more about materials such as plastic, glass, wood and iron. That way, I have more to stand on," he says.
Goldsmith's work involves the use of many different tools, as the work is based on traditional handicraft techniques such as sawing, filing, watering and forging. The workstations show a wide range of pliers, files, abrasive paper and soldering tips. Metal is shaped, for example, by annealing (heating metal) and soldering, so you must also be able to handle burners and soldering flasks. Oxygen and LPG are used in the process, which are transferred to each workstation via piping. When using high temperatures and gases together, students must have sufficient knowledge of gases to do the work safely. So there is a lot to learn, and success also requires coping in chemistry classes.
The production of jewellery involves a lot of meticulous work, so good eyesight is necessary. Not all details are easy to see with the naked eye, so a magnifying glass is an indispensable tool. Good concentration is also an advantage, as things easily go wrong if you are not paying attention.
"When heating metal, the flame must be closely monitored. For example, yellow gold can shrink when working on it," Anniken says, and continues: "Another challenge is when you water several points in the same object. The nozzle can easily hit metal and make cracks or bumps."