STEMinist Profile: Katie Mehnert, CEO and Founder, Pink Petro


Katie Mehnert

CEO and Founder

Pink Petro

What inspired you to pursue a career in STEM?
The energy business is a fascinating and rewarding place to make a difference. We create and make things that power our world and underpin our economy and livelihoods. After years in energy technology and business transformation in Upstream and Downstream, I found my passion in health, safety, and operational risk management. Today I enjoy continuing that path as a consultant to industry while developing a diverse pipeline of female talent to drive closure of the gender gap in our sector.

What is the coolest project you have worked on and why?
The best project I tackled was road safety while at Shell. My team launched an intervention program in 16 countries across the globe and we drove down road fatalities. What made it cool? Country leadership teams, suppliers, and employees all worked together to make a difference in our pursuit to Goal Zero – an initiative that touched every part of our business, with over 100k people impacted. Ultimately Shell went on to become a leader in road safety, carving out a centre of expertise and becoming the role model in industry.

Role models and heroes:
There are plenty to count. First and foremost, my parents are my heroes. My dad and mom both always taught me three important things: owning my path, confidence, and integrity. I had many great teachers who gave me the space to learn and fail. Peggy, an engineer who has recently hit the pinnacle of her career as a CEO in a large IOC, took a risk on me as a non-engineer and changed my mindset and my career trajectory.

We all need role models and heroes and I seek to become one for other women so they know they don’t have to go at it alone.

Why do you loving working in STEM?
STEM fuels our world. It underpins our lives. It’s the engine that solves our biggest problems. It’s bigger than all of us and needs women.

Advice for future STEMinists?
Own it and make it happen. Don’t let anyone or anything stand in your way.

Favorite website or app:
I’m going to have to say, Pink Petro. In 5 weeks, we are in 11 countries with members from various technical and non technical disciplines. I’m honored my industry supported and encouraged me to pursue developing Pink Petro, a community for women in energy and their advocates. It uses JIVE social business technology to power professional development communities, Q/A forums, blogs, discussions, mentor and coach matching, ideation, and other neat features. It’s spam and ad free and supported through annual membership dues. The site includes students, educators, professionals, executives, retirees and service providers in the energy sector.

Twitter: @katiemehnert


STEMinist Profile: Charlotte Robin, PhD student


Charlotte Robin

PhD student

University of Liverpool

What inspired you to pursue a career in STEM?
I am naturally a very practical person, and have always enjoyed making things – from finger painting to flat-pack furniture! When I was younger, I had no intentions of pursuing a career in STEM, it just kind of happened!

I enjoyed doing research during my degree, but had no idea that it could be a career. When I was offered a job as a research assistant for a veterinary charity I was thrilled, and that was when I realised I wanted to be an epidemiologist. Since then I have worked on numerous research projects, done another Master’s degree and have just started my PhD in Public Health. So really, I am just at the beginning of my career!

What is the coolest project you have worked on and why?
I like to think that all the research projects I have worked on, or have helped with have contributed to improving the health and welfare of the animal or human population in some way. However, I am most proud of my PhD project. I am part of a new Health Protection Research Unit, focusing on emerging zoonotic infections. As a PhD student, it’s great to be part of such a talented and supportive group and to be doing research in such an exciting area. The Institute of Infection and Global Health is also an Athena SWAN bronze award holder, so it’s the perfect environment for a young, female academic such as myself to be working in.

Role models and heroes:
My mum. She worked incredibly hard to raise and support three children, and has taught me that you can achieve whatever you want with hard work and determination.

Why do you loving working in STEM?
The best thing about research is being the first person to discover something new – it’s very exciting!

Advice for future STEMinists?
Be brave and never give up!

I very nearly didn’t take the first job I was offered as I wasn’t sure if I was going to enjoy it – sometimes you just need to take a leap of faith and go for it. What’s the worst that can happen? You don’t enjoy it so you do something else!

And determination is essential. It took me nearly 4 years to secure PhD funding, sometimes things take longer than you expect (or hope) but if you are tenacious you will get there in the end!

Favorite website or app: Twitter

Twitter: @CharlotteRobin

STEMinist Profile: Jesi Hoolihan, Student, Astrophysics


Jesi Hoolihan


St Thomas University

What inspired you to pursue a career in STEM?
I always had an interest in math and science during my high school career and after a six year career in retail management, found myself inspired while watching Particle Fever. I haven’t looked back since!

What is the coolest project you have worked on and why?
I founded my own nonprofit organization when I was 17. Founding a company on my own really showed me that I will accomplish anything I set my mind to.

Role models and heroes:
Elon Musk. I could care less if my hero is male or female, I love seeing people bettering our species as opposed to their pocket books.

Why do you loving working in STEM?
Well, I’m not officially there yet, but I am excited to be studying astrophysics.

Advice for future STEMinists?
Anything is possible. Don’t fall into the expectations of others.

Favorite website or app:

STEMinist Profile: Garima Gupta, Graduate Student / Regional Executive Officer, Robogals North America


Garima Gupta

Graduate Student / Regional Executive Officer, Robogals North America


What inspired you to pursue a career in STEM?
I have always enjoyed math and science and it has been my dream since I was nine to become an astronaut and the first person on Mars. So my interests and dreams naturally led to engineering. My parents are both engineers and fantastic role models, so their excitement for the field and their support of my goals has helped a lot as well.

After being immersed in STEM for so long, I can’t really imagine doing anything else!

What is the coolest project you have worked on and why?
The coolest project I’ve ever worked on was during my undergrad. As part of the Kirschvink Lab at Caltech, I helped design, construct, and test a stage that would simulate the systematic movement of a magnetometer placed on a Martian rover’s instrument arm. The stage helped us find evidence of lightning strikes in rocks on Earth and a similar technology could help us do the same thing on Mars. This data could help us confirm the past existence of water on the planet and help us determine which rocks to avoid for sample return.

It was amazing to get to work on a project that combined mechanical, electrical, computer, and systems engineering as well as the geological and planetary sciences. I loved it!

I’m excited for some upcoming projects too though. I’ll be a propulsion intern at SpaceX this summer; can’t wait to see what I get to work on!

Role models and heroes:
My Parents: patient, supportive, and persevering.
Eileen Collins: incredible woman/pilot/astronaut and very humble too!
Amelia Earhart & Dara Torres: perfect examples of letting nothing stop you from achieving your goals.
Peter Diamandis: has an infectious sense of motivation and passion for his work; I hope I can communicate my excitement that well!

Why do you loving working in STEM?
I really enjoy making things with my own hands (whether it be a program on a computer or a part on the lathe) and seeing those become components in larger projects. I love that these projects always have some connection to a “bigger picture.” Working in STEM allows me to solve real-world problems and at the same time, further my dream of becoming an astronaut.

Advice for future STEMinists?
Find other people that are passionate about the same things that you are and surround yourself with them. They will not only inspire you on a daily basis and but you will also help each other accomplish exactly what you set out to accomplish (or maybe even more)!

Favorite website or app:
I really like this app “Bonza” – it’s a game that combines crossword and jigsaw puzzles. So fun! :)

Twitter: @AstroGarima

STEMinist Profile: Erica Moulton, Marine Technology/Owner


Erica Moulton

Marine Technology/Owner


What inspired you to pursue a career in STEM?
I think I knew when I was 4 that I wanted to work in the science field. Of course I was enamored by Jacques Cousteau, but I was also inspired by the physics of what Evel Knievel was doing on a motorcycle and the adventures of Marlin Perkins on Wild Kingdom. Whatever I could watch on evening television would inspire me to explore and build outside everyday. I built rockets with my friends, explored the mangrove estuary around my home, didn’t come home until the street lights came on – I think being a kid in the “free to be a kid outside” 1970’s is overall what inspired me to keep going in the STEM field. I try to inspire the same wanderlust in my own children through travel and exploration.

What is the coolest project you have worked on and why?
Coolest? That would easily go to an experiment fondly called Fish In Space. Three colleagues and I applied to have an aquaculture experiment on-board Space Shuttle Mission STS -95 (when John Glenn returned to space). It was accepted – and we learned a bit about the potential to grow Tilapia on future space missions. Second coolest? Building my first simple ROV and underwater camera system. Why? It was proof of my mastery of simple electrical skills – a mastery that has continued for over 10 years allowing me to teach hundreds of others basic electrical and waterproofing skills – enabling them to work, create and explore the underwater world.

Role models and heroes:
My role models and heroes? I don’t have specific people or characters in this category. Well not famous ones – I see the women I know personally – they understand that it takes a village – it’s those who are married, or single mom or maybe have a partner, have families, work in STEM, have balance, who say no to some things – who contribute to the world and to each other – those are my role models.

Why do you loving working in STEM?
I love working in STEM for a lot of reasons, but my favorite one? I love working in STEM because it allows me the opportunity to engage other people in STEM activities. I love to break down barriers to participation, teaching in ways that people like to learn and demonstrating that we use many facets of STEM on a daily basis without even realizing it!

Advice for future STEMinists?
Support other women! Be a sponsor, be a mentor – not a covert competitor.

Favorite website or app:
FabFems role models

Twitter: @ROV_Erica


Is Sailing for the STEMinist?

Editor’s note: Nicole Trennholm is a scientist on the Ocean Research Project and is currently aboard the Japan-bound Sakura. She is periodically sending updates from sea:

“Hey lady, wake up! It’s noon and the sun is strong and winds are still squirrelly…it is time for your watch!” the Skipper shouts with a goofy grin while poking you.

The time has come to be diligent, your conscience confirms. The boat is yours: take charge, it’s time to let the other guy get some rest. You notice your muscles have cramped as you pull yourself upright and out of your bunk. You think back to your previous watch, and how sleepy you were when looking out for squally powerful and wind stealing rain clouds. You still have anxiety for having had to call out the sleeping Skipper from his bunk to help you get back on course after an accidental jibe – where the boom accidentally swings violently to the other side as the wind gusts from the opposite direction – and a second time to lend a hand in reducing sail as the wind picked up when a suspect dark cloud passed closer than expected.

Yet it is these experiences that develop the able sailor. A little after sunrise you plotted the daily 24-hour position on the passage chart. You are traveling west onboard the sailing research yacht Sakura bound for Japan and have cruised into the Eastern Hemisphere. You are well into the Pacific Ocean, looking out for dangers to navigation and assessing the risk of vessels on a collision course, easy to manage on a day like this and considering a ship has not been spotted in well over a week.

It’s hour one of four; your ship’s log is your companion and official record so you routinely mark it up to watch for red flags such as: quick changes in barometric pressure, unexpected developments in the weather and sea state, erratic navigation details and peculiarities in the state of the ship’s systems. Staying sheltered, cool and hydrated is critical so you keep inside the cabin, out of the sun. You are able to fill any downtime with easily interrupted activities like reading, all while keeping an eye on the ship’s ability to steer its designated course. You are busy surviving. Your focus and commitment for those four hours is to safely run the ship, guard the lives on it and be prepared to brief the relief watch person on the current conditions.

I am currently aboard the Sakura bound for Japan. I am a scientist on the Ocean Research Project (ORP) team and am aspiring to become an able sailor. I utilize and practice STEM tools not only as a sailor but also to plan and conduct the ORP’s continent-to-continent Plastic Pollution Survey, the impetus for our passage which began April 25 out of San Francisco. We are collecting plastic pollution samples all the way across and both in and outside of gyre systems (large areas of circulatory current where plastic assembles) to better understand its ocean-wide effect on the marine environment.

Would you voluntarily enter into this trying environment, challenging your STEM skill set while developing another in sailing, a skill set our modern first world culture does not stress as part of your development? Sailing teaches the endurance and patience necessary to develop your survival sense by providing an ever-changing classroom and demanding an adaptive, solution-minded pupil. Sailing requires survival sense, a vanishing primal human capacity and a combination of mental, emotional and physical strength.

To negotiate your obstacles while navigating, handle a catastrophic event onboard or even continuously maintain satisfactory conditions of your shipmates and ship systems requires great discipline and composure. To experience an eventless watch is unlikely and to uphold order indefinitely aboard a sailing passage is an ongoing battle but through the accretion of experiences you will undoubtedly develop your survival sense. You already have the tools STEM disciplines have equipped you with which may prove to be your greatest assets when aspiring to become an able sailor.

The CataLyst – Can you name a female scientist?

My guess is that most people know who Marie Curie was (the first woman to win a Nobel Price), and that’s probably where the list ends for many of us. Can you name a male scientist? How about 5, or 10? Yeah, not that difficult, is it? A European wide study found that although most of us could name one, a quarter couldn’t name a single female scientist, dead or alive. So the odds of people knowing more than one are slim.

They’ve uncovered some of our planet’s and the universe’s mysteries and their discoveries have helped to shape the world we live in, yet there’s still an out-dated idea that women haven’t made a difference to society. I’m pretty sure that this can be blamed on our ignorance about female scientists through history, and the fact than in many cases these women have effectively been written out of history books to the befit of their male counterparts.

Science journalist Priya Shetty said: “Women’s contributions have always been overlooked whether in politics, literature or science.” She added that without efforts to promote them, female scientists would sink into obscurity. “They’re not part and parcel of the education system. We’re not giving youngsters role models. Some of these women have had fantastic lives – why does nobody know about them?”

The Guardian had a piece a couple of months back about a similar issue after the Royal Society had been urging people to highlight the achievements of women in science by adding to their Wikipedia pages. Wikipedia is one of the most used sources of information today. It’s free and open, and anyone can add and edit articles. Yet the Wikipedia pages of many prominent women both in science and other fields show little more than a couple of short paragraphs of information.

Dame Athene Donald, fellow of the Royal Society, said “Many female scientists are either not there at all on Wikipedia or just [have] stubs. It’s not just the historical characters, it’s the current ones, and these very eminent women just somehow get overlooked.” And so, on March 4th this year, ahead of International Women’s Day, the Royal Society, working with the Royal Academy of Engineering, hosted an “edit-athon” to boost the presence of female scientists.

I think this is a great initiative, as every day we hear about the lack of role models for girls and how the STEM industry are losing its female workforce at various points in their careers. Wikipedia is a great arena to put focus on inspirational female role models as it’s almost always going to come top of Google search results. There is also hope that as the number of female Wikipedia editors increase, the focus will be shifted more onto women.

If you want to brush up on your knowledge of female scientists then read about these 6 women who were snubbed due to sexism, or why not learn about these 10 ground breaking women scientists written off by history. And in the interest of diversity, and my last post, the Royal Society has highlighted Inspiring Scientists: Diversity in British Science. Enjoy!

STEMinist Profile: Nicole Trenholm, Program Director/Field Operations Scientist


Nicole Trenholm

Program Director/Field Operations Scientist

Ocean Research Project


What inspired you to pursue a career in STEM?
It is a deep-rooted passion of mine to embrace STEM throughout my life. I aim to contribute to society by researching the relationship between man and our planet’s oceans and encouraging sustainable solutions to nurture a mutually beneficial symbiotic relationship.

What is the coolest project you have worked on and why?
In 2013, I spent 80 days offshore; after 20 some days commuting to my work site, I collected 40 sea surface plastic samples throughout the eastern extent of the North Atlantic Gyre, a Texas size survey. Plastic debris, a concoction of un-natural chemical pollutants, are peppered throughout Earth’s oceans and changing what was once a pristine watery wilderness. It is the toxicity absorbed in the material being exchanged between marine species to people and its impact on human health that scares me. I am sailing for science but for the betterment of all parties within the biosphere.

Role models and heroes: Benjamin Franklin, Ida Lewis, Rachel Carson

Why do you loving working in STEM?
Initially, pursuing STEM was not a thought, I steered away, taking cover from STEM-related intimidation and anxiety. I am in love with the natural sciences. I want to defend the environment; therefore, I decided to charge STEM and embrace it.

Advice for future STEMinists?
Take charge and defend our home! Learn the technical tools to be STEM capable. Experience science & engineering in a hands-on manner by being proactive by engaging in citizen science & tinkering. Build your STEM network for a bigger bang.


Stop female scientists being written out of Wikipedia history

“Many female scientists are either not there at all on Wikipedia or just [have] stubs,” said Dame Athene Donald, fellow of the Royal Society and professor of experimental physics at Cambridge University. “It’s not just the historical characters, it’s the current ones, and these very eminent women just somehow get overlooked.”

[ via The Guardian ]

Women can help bridge the ‘valley of death’ in science innovation

If women’s participation is a demonstrated element for business success and innovation is the essential ingredient for businesses to flourish, then why have we not embraced the opportunity to boost the role of women in science and business? Perhaps if we did we would witness greater translation of research to industry and our economic success would grow even more.

[ via ]