Ground breakers are curious about their field of expertise. They are passionate about a niche topic in their field of expertise and are curious to explore further in depth. They are often required to share their findings with the general public. They perform very detailed experiments to validate and verify their findings methodically.
Application of technical knowledge including novel situations
Ground breakers generally think outside the box to apply the already existing/newly discovered technical knowledge to a wide range of real-life situations via various methods.
Lateral thinking
Ground breakers often think laterally, which means they view problems through different perspectives to solve novel problems.
Curiosity
Ground-breakers are generally curious and passionate about their research topic. They use this curiosity to drive them to accomplish their research study.
Critically examine details
Ground-breakers have a keen eye for detail. This comes in handy when analysing results, identifying problems and/or planning experiments. Ground-breakers criticise and analyse their own work to reflect on whether the results are reliable and robust.
Informative written communication
Ground-breakers use their information skills to gather a wide pool of information around the topic of interest, this is commonly called a ‘literature review’ and it forms the basis for most research projects. The information skills are also used along with written communication to present the findings effectively in a report, allowing another individual to replicate similar results following the same experimentation.
Use your innovation and unlimited imagination to create something new or improve something old
Development engineers work on the ground to visualise how ground-breaking advancements can be implemented.
Stephanie Louise Kwolek (123-2014) is best known for inventing the grund-breaking material, Kevlar.
She was born in Pennsylvania to Polish immigrant parents, who she strongly credited for her initial interest in science. She went on to gain a Bachelor's Degree in Science with a major in Chemistry from Margaret Morrison Carnegie College which led her to a career at DuPont where she won awards for her research into material engineering.
Whilst working for DuPont, she was searching for a lightweight but strong material that could replace the steel in car tyres. During these experiments, she accidentally created a cloudy-looking solution where it had appeared that something had gone wrong. Instead of disposing of it, she decided the test the solution and discovered that it was five times stronger than steel. This was Kevlar.
She went on to win many awards in recognition of her ground-breaking discovery and Kevlar is still being used in over 200 applications today.