At 16, Eleatha Alexis Tate wanted to become a heavy diesel mechanic. She was fascinated by machinery, but she was told it was not something girls usually did.
She chose a different direction, although her interest in mechanics never disappeared. Completing the 52884WA Advanced Diploma of Mechanical Engineering Technology* gave her an avenue to pursue her passion despite all weight and odds.
Eleatha spent around 10 years in the automotive industry before moving into fly-in, fly-out mining, where she eventually became a Mechanical Supervisor. However, she had not completed Year 12 and did not have a trade qualification. In a male-dominated industry, she sometimes felt she had to prove her knowledge before others would take her technical opinions seriously.
She wanted a recognized qualification that would give her experience more weight. More importantly, she wanted to understand the engineering principles behind the equipment she already knew.
Finding another way into engineering
Eleatha considered several mechanical engineering courses before finding Engineering Institute of Technology (EIT). Although she had not completed Year 12, her extensive industry experience was recognized. After reviewing her résumé, EIT assessed her professional background and determined that she was eligible to enroll.
“When I received the invitation to study at EIT, I literally cried,” she recalled.
The invitation felt like recognition that the knowledge she had built throughout her career is valuable in her field. It also gave her the opportunity to work toward her first higher-level formal qualification.
Online study made that opportunity manageable. Eleatha was working fly-in, fly-out while raising her children, and she wanted to remain present with them when she was home. Because she could not attend many live webinars, recorded sessions allowed her to study around work and family responsibilities.
Juggling her responsibilities and studies was not an easy task. Engineering Mathematics was her biggest challenge, while the first structural module also tested her confidence. There were times when she wanted to give up, but her partner and the people around her encouraged her to continue.
Putting theory to work
Many of the machines and concepts in the course were already familiar to Eleatha. What changed was the way she understood them.
Hydraulics and pneumatics became some of her favorite subjects. Studying failure mechanisms and engineering calculations also gave her a more systematic way to approach technical problems.
She began speaking more often with mechanical engineers on site, watching how they worked, and asking questions. As someone with attention-regulation difficulties, Eleatha also found it useful to ask for concepts to be explained in different ways until they made sense.
The learning soon started to have a positive impact on her work. Instead of repairing only the visible symptom, she became more focused on finding the underlying cause of a mechanical problem. She applied this thinking while troubleshooting conveyor tracking and pulley alignment during shutdowns and became more involved in planning and scoping maintenance work.
Her studies also made her more confident working between engineers and frontline teams. She could question a proposed solution when what worked on paper did not reflect conditions in the field.
“I don’t think technical knowledge replaces practical experience, or vice versa. They work best together,” she said.
That combination has become particularly useful since Eleatha moved further into workplace safety. She now provides specialist input into fixed plant and mechanical safety, including risks involving maintenance, guarding, isolations, stored energy, and equipment failures. She can consider whether a control is technically sound and whether it is practical for the people expected to use it.
Rethinking what she could achieve
Completing the 52884WA Advanced Diploma of Mechanical Engineering Technology* gave Eleatha the professional recognition she had long sought, and its impact extended beyond the workplace.
She began the course questioning whether someone who had not completed Year 12 could succeed in further education. Finishing it taught her that “not finishing something and failing at something are not the same thing.”
The qualification gave her the confidence to pursue opportunities she had never previously considered, including further study. It also broadened her career ambitions.
Eleatha’s long-term interest is Business Improvement, where she hopes to combine engineering, safety, leadership, and frontline experience to make systems safer, more effective, and more practical. Looking ahead, she is also considering pursuing a bachelor’s degree.
For now, one of the most meaningful responses has come from her family.
“My kids think what I’ve achieved is pretty awesome,” she said.
When she thinks about the teenager who was discouraged from following her mechanical interests, Eleatha believes her younger self would be amazed by where they eventually led.
Her advice to others who doubt whether they are capable of further study is simple: try, commit to learning, and ask for help when it is needed.
“Before EIT, I thought I had limitations,” Eleatha said. “Now I know there’s no such thing.”
*VSL approved course, maximum tuition fee for Australian students: $12,112.00
This article was published September 16th, 2026 and the content is current as at the date of publication.
