Dr. Sheetal Menon’s Post

Chemical Engineering Undergrad? 🤓 Then wait, I have something to tell you... 💡 I'm just finishing my first week as a GET-Process Engineer, and I've already learned a lot about the field. 👷 Here are 5 things that I think every chemical engineering undergrad should know about process engineering: 1. Process engineering is a multidisciplinary field. This means that process engineers need to have a strong foundation in a variety of subjects, including 🧪 chemistry, 🧫 physics, 📐 mathematics, and ⚙️ engineering. They also need to be able to apply their knowledge to real-world problems. 🌎 2. Process engineers 🕵️♂️ are problem solvers. Industrial processes are complex and often have problems that need to be solved. Process engineers use their knowledge and skills to identify and solve these problems. This can involve troubleshooting equipment problems, 🔩 optimizing process conditions, or developing new processes. 💡 3. Process engineers are creative.💡 Process engineers need to be able to come up with new and innovative solutions to problems. This is because industrial processes are constantly evolving, and process engineers need to be able to adapt their designs and operations to meet new challenges. 📈 4. Process engineers👷♂️ are team players. Process engineers work with other engineers, scientists, and technicians to design and operate industrial processes. This requires good communication and collaboration skills. 🗣️ 5. Process engineers are committed to 🦺 safety. Process engineers design and operate industrial processes in a safe and environmentally responsible manner. This is important to protect the health and safety of workers and the environment. 🌎 I'm excited to learn more about process engineering in the coming weeks and months. I'm confident that this is a field that I will enjoy and be successful in. 🤓 Ps: This is a picture of me when I got assigned my first workstation post-induction program. #231of365 #process #engineering #chemicalengineering #college

⚗️Chemistry labs in engineering programs often focus on providing students with practical experience in understanding chemical principles that are relevant to engineering applications.🧫 ✨Students typically engage in experiments that help them understand the behavior of materials and chemicals in various conditions, which is essential for designing and optimizing engineering processes and products. 🧪These labs aim to equip engineering students with a solid foundation in chemistry, enabling them to apply their knowledge to solve real-world engineering problems.📚 #chemistrylaboratory #handsonlearning

This week, I am sharing 5 tips for Chemical Engineering Students and recent Graduates. My first tip is a basic but important one: Make the most of your University experience. Do your best, as better grades are more attractive. Where possible, choose optional courses, research and design projects that demonstrate your specific interests. However, having a lower grade is not as bad as you might fear. There are other factors employers consider. Beyond academics, take responsibility for helping to manage a student society or club to build your teamwork and organisation skills. Make the most of your University experience and look out for my second tip tomorrow. #chemicalengineering #processengineering #universitystudent #graduate #earlycareeradvice

About a job ad/candidate brief of Lecturer in Chemical Engineering: First few points already sieve aside non-Chemical Engineering graduates. In my home country (Indonesia), we call this linearity requirement. I thought this was a thing of the past in advanced countries. But I found this among ads from Russell's Group university lectureship openings. If you were a hiring manager, would you consider applicants whose first degrees were in Chemistry, Engineering Physics or Materials Science but had conducted research in Chem Eng department during her/his PhD or postdoctoral stints to teach in your chemical engineering department?

Hey there, fellow enthusiasts of science and innovation! Today, I want to share my excitement and passion for a field that I believe is the true backbone of our modern world: chemical engineering. Imagine a world without smartphones, life-saving medicines, clean energy, or even the food we enjoy daily. Chemical engineers are the architects of these advancements. They blend principles of chemistry, physics, mathematics, and biology to design processes that transform raw materials into products we rely on, making chemical engineering the driving force behind innovation in countless industries. Chemical engineers are natural problem solvers. We take on complex challenges that impact society and the environment, from developing eco-friendly production methods to ensuring the safety of chemical processes. In this field, innovation is not just a buzzword; it's a way of life. Chemical engineers are at the forefront of groundbreaking research, exploring nanotechnology, biotechnology, and materials science. In today's world, sustainability is a top priority, and chemical engineers lead the charge by developing cleaner and more sustainable processes, ensuring a brighter future for generations to come. The opportunities in chemical engineering are vast and exciting. You can embark on a career in research and development, process design, project management, or consulting, with financial stability and room for growth. Chemical engineering offers a global reach, allowing you to make a global impact, connect with diverse cultures and ideas, and work in collaborative interdisciplinary teams. So, if you're passionate about making a difference, solving complex problems, and contributing to a sustainable future, consider exploring a career in chemical engineering. Your contributions to this vital field can help shape a better world for all. Take the first step today. Explore educational opportunities in chemical engineering, connect with professionals in the field, and start your journey toward becoming a catalyst for positive change in our world. #engineering #stem #learninganddevelopment

Chemical engineering is a great career option for those who are interested in science, math, and problem-solving. Chemical engineers use their knowledge to design and develop processes that turn raw materials into useful products. They also work to improve the efficiency and safety of these processes. #chemicalengineering #career #engineering #science #math #problemsolving #jobs #industry #future #growth #rewarding #higheredforall

Chemical Engineers design and implement some of the key solutions to industrial challenges, enabling the wider world of modern manufacture to improve and flourish. With the potential to work across a variety of industries, if you’ve graduated in the last year or looking for degree options, you may be asking yourself exactly what you can do with a chemical engineering degree? If so, this article might give you a clue 👉 https://bit.ly/48IHrY2 #ChemicalEngineering #ChemistryCareers #IndustrialInnovation

It is an exciting time to join the Chemical Engineering faculty! Opportunities exist to collaborate in advanced energetics, bio-engineering, pharmaceutics, renewables, and materials. Check out what is happening in the Center for Graphene Research and Innovation, at the National Center for Physical Acoustics, in University of Mississippi School of Pharmacy … and if you want to dig deep into discussions on education there are broad connections with law, policy, journalism and ethics that bring academic engagement to new levels. Where do you want to go with Chemical Engineering? #buildyourlegacy

Securing a role in the world of chemical engineering 🔧🤖 The path to becoming a chemical engineer requires a diverse skill set that combines scientific understanding with engineering prowess. Read below for key skills necessary for success in engineering and more! 👇 https://bit.ly/3QEM1kg #StudentCircuit #Student #Engineering #Tech #Technology #Engineer #StudentEngineer #EngineeringGrad

❓Did you know that manufacturing falls under the STEM career umbrella? In fact, many local manufacturing facilities employ a variety of engineers including chemical, industrial and electrical engineers. Engineers are vital to the manufacturing process because they keep facilities running efficient and effectively. Where can you study engineering in Central Louisiana? Northwestern State University! The university’s Engineering Technology program offers two Bachelor of Science degree programs: Industrial Engineering Technology and Electronics Engineering Technology. 🌟Industrial Engineering Technology – this program graduates individuals with the ability to problem solve, make decisions, communicate technical ideas, lead project teams, and possess strong organizational, leadership and supervisory skills. 🌟Electronics Engineering Technology – this program has two concentrations: 1️⃣ Electronics Concentration – graduates from this concentration are equipped to enter the high technology job market that deals with the overall area of electronics. 2️⃣ Biomedical Concentration – these graduates are prepared to excel in the expanding medical technology field that explores the interface between man and machines used in the healthcare facilities. Learn more about these NSU programs at https://hubs.li/Q0260B4-0 #MFGMonth2023 #STEMinManufacturing #manufacturingcareers #CentralLouisianaManufacturing