"I love the fact that engineering is practical whilst also very team and people orientated."
What is your role at Venator?
I’m Venator’s
Capex (Capital Expenditure) Director. That means that I am responsible for ensuring that the many engineering projects needed to keep our manufacturing sites operating safely are delivered by the site project teams in the most efficient way possible so that we do not exceed the overall budget that the business has allocated to Capex projects.
Why did you decide to become an engineer?
I have always wanted to do something in the science or engineering field and was inspired by a fantastic work experience placement that I had at an oil processing and blending plant in Manchester whilst studying for my A-Levels. I was encouraged by my parents to do something that would hopefully always provide employment and be able to travel if I wanted to (my dad is an engineer). That’s why I completed a Chemical engineering degree. Not many women were on my course, but that didn’t deter me – I have always liked to be different and not follow the crowd!
What do you love most about engineering?
I love the fact that engineering is practical whilst also very team and people orientated. Plus, you are often changing something for the better, so you feel like you have made a difference, which is important to me. It also has so many career choices in so many different industrial fields – you can either stay in pure engineering and progress your career that way, or you can start to specialise, for example into Process Safety Engineering, or you can use the skills to move into something related but a bit different like Project Management or Business Transformation, which is what I did.
How has Venator helped you in your career as an engineer?
I had worked in many different industries before joining Venator, including nuclear, oil and gas, and pharmaceutical, but working in the TiO2 business was new to me and so it was a great learning curve to understand the processes we use and some of the unique challenges that we face on the plants that drive the need for Capex projects. I learned things like that high temperatures and the very acidic nature of the processes means that the equipment we use needs more frequent repair and replacement than normal, which then informs and drives the sort of projects that we need to deliver to make sure that we can keep the plants safely operating.
What advice would you give to people looking to start a career in engineering?
There are lots of different options regarding engineering, such as working in engineering design or working on a site on a manufacturing plant. There are also lots of different disciplines such as chemical engineering, mechanical, electrical, civil etc. Try and talk to people about it, or better still get some work experience like I did, and research before deciding. Also consider apprenticeships as a way of getting into engineering – doing an engineering degree isn’t for everyone; lots of people prefer the more generic and practical skillset that an apprenticeship can give you.
How can engineers change the world?
A fact that is often quoted is “engineers save more lives than doctors”.
Engineers find innovative solutions, they help to design and build the world that we live in, and they make sure that the things we use are safe. In fact, pretty much everything we rely on in our day-to-day lives has some engineering input: roads, bridges, buildings, pharmaceutical drugs, clothes, food… you name it, and it will have an engineering element to it that ensures that it is designed and constructed in a way that keeps people safe. So that’s why engineers are said to save more lives than doctors! Imagine if we didn’t have trained professional engineers building the bridge that you were about to drive over - would you feel safe to use it? I don’t think so.
Is there anything else you would like to add?
I guess that I must have enjoyed my time in engineering and said something right about it as my younger brother followed me into it and became a chemical engineer! He hasn’t diversified like me – he has stayed as a specialist Process Engineer and, instead of joining a company as a staff employee like I did, he has stayed as a contractor and moved from contract to contract over the years. Good engineers are always in demand. His flexibility has allowed him to balance a rewarding and challenging engineering career with his love of travelling the world, surfing and snowboarding.