Mineral engineering u of t reddit

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Mineral Engineering

Everything that humans use is either caught, grown or mined. Mineral engineering is the applied science of our interaction with the planet. What sets the Lassonde Mineral Engineering program apart is our broad approach to the discipline: here, you learn mineral exploration, mine design and management, mineral processing and mining finance. Your courses will cover topics in chemical, civil, materials, mechanical and computer engineering, as well as math, physics and geology. Your degree will provide you with the expertise to lead the way in making mining more sustainable, safe and productive. After first year, the class sizes are small, allowing for a strong sense of community. Toronto is the mining finance capital of the world. Our students are in demand and are usually in a position to choose from several attractive job offers upon graduation. They locate diamond deposits, find oil, build massive tunnels, crunch the numbers for multi-billion-dollar hydroelectric projects and design underground cities. University of Toronto Engineering 35 St. Discover Engineering. Search for: Search. About Programs Apply Work. Student Life Money Connect. Stay Connected facebook twitter instagram.

How to Get Into University of Toronto Engineering

View More…. An optional month paid work experience program for undergraduate students. Got something big to solve? U of T Engineering graduate programs can get you closer. Pre-University Outreach is a set of programs sponsored or supported by the Faculty of Applied Science and Engineering that connects our current students and faculty with members of the community. Faculty Council. Faculty History. Academic Plan — Annual Report U of T Engineering has the largest and most diverse robotics program in Canada, and together with a range of strategic industrial partners we are ushering in a future where robots will extend human capabilities and improve lives. Looking to partner with our Robotics researchers? Data analytics and artificial intelligence programs and research at U of T Engineering is reshaping processes to improve lives and generate value for people around the world. U of T Engineering is a leader in health care engineering. Together with doctors, medical researchers, policymakers and industry, we are helping people around the world live longer, healthier lives. Looking to partner with our Human Health researchers? U of T Engineering researchers are leading the way in addressing the global water crisis. Our faculty members have deep expertise in established and emerging areas of water research to create robust and resilient solutions. Looking to partner with our Water researchers? Advanced manufacturing programs and research at U of T Engineering are creating next-generation technology while preparing future engineers to lead in industry. Looking to partner with our Advanced Manufacturing researchers? Sustainability programs and research at U of T Engineering are at the forefront of alternative technologies that can mitigate the impact of climate change. We wish to acknowledge this land on which the University of Toronto operates. Today, this meeting place is still the home to many Indigenous people from across Turtle Island and we are grateful to have the opportunity to work on this land. University of Toronto Engineering 35 St. Search for: Search. Upcoming Events. Fri Good Friday holiday: University closed April Mon Tue U of T Engineering researchers develop pill-sized heating device for diagnostic testing. Smart finger pads for robots among six U of T Engineering projects awarded with Connaught Innovation funding. U of T Engineering alumnus explains what you need to know keep your biometric data safe. Engineering Graduate Studies Got something big to solve? Engineering Outreach Pre-University Outreach is a set of programs sponsored or supported by the Faculty of Applied Science and Engineering that connects our current students and faculty with members of the community. Elementary School Programs Our elementary school programs include: Jr. DEEP Jr. Office of the Dean.

Executive Board

Written by Alex Dorward. In addition to being ranked the top faculty in Canada by a whole slew of publications, it has also been ranked anywhere from 8 th to 44 th in the world in recent years. As such, it is a very difficult program to get into and knowing how to get into University of Toronto Engineering is essential. In addition, the faculty now offers a range of multi-disciplinary minors and certificate programs in fields ranging bio engineering to global engineering to complement their chosen engineering discipline:. The University of Toronto also offers a range of multi-disciplinary minor and certificate programs to complement your major. The most highly regarded paid internship program in Canada, PEY gives students an opportunity to take a month long paid internship usually between 3 rd and 4 th years at a range of employers. However, this combination of academic breadth and practical opportunities means that U of T Engineering is a coveted program among many prospective undergraduate students both from within Canada and around the world. Today, we look quickly at the application components and offer some tips to maximize your chances of getting in. Grades matter. A lot. Grades are one of the biggest contributors in how to get into University of Toronto Engineering. In addition to the average calculated from your pre-requisite grade 12 courses, U of T will also look at your entire academic history since grade 9. Moreover, the faculty will only look at first-attempt grades for each course, making it all the more important that you do well the first time. That being said, if you are reading this, chances are your academic transcript for grades are set in stone, for better or for worse. Thus, if your goal is to attend U of T for engineering, it is best you hit the books early for your final year of high school so at least your mid-term marks make you a competitive candidate from a grades standpoint. In addition to academics, applicants to U of T Engineering will also be asked to fill out a Student Profile Form, which is supposed to help the admissions team assess your strengths outside the classroom. The SPF basically involves you listing out your extra-curricular activities and an essay. When listing out your extra-curricular activities, make sure they help complete the picture of how you want to present yourself as part of your application. The beast of the SPF, however, is the essay. Although the exact wording changes every year, it is always along the lines of the following:. What has inspired you to pursue an engineering degree and why would you like to study at the University of Toronto? What skills have you developed through your extra-curricular experiences that will support your future success as both a student and an engineer? Translated in plain English, you have characters approx. With regards to the first question, be sure to pay careful attention to the second part of the question why U of T. Many students can offer very compelling reasons of why they would like to pursue engineering, but have weaker arguments as to why they feel U of T is their best fit. For example, if your reason for pursuing engineering is that you are interested in creating new medical technologies or devices to improve patient care, be sure to mention the Bioengineering Minor and the opportunities to engage in research with professors at IBBME as factors drawing you to U of T. Would-be computer engineers may talk about their interest in being involved with the Mobile Applications Lab to enhance their development skills. Aspiring civil engineers may talk about the top-ranked faculty U of T ranks among the top 5 globally for Civil Engineering.

Applications & Admissions

Engineering Science at the University of Toronto is one of the most selective and advanced engineering programs offered in the world. Engineering Science at U of T is an enriched program that provides students with excellent preparation in a wide range of fields. Top students from across Canada and around the world choose to study in this program, making for a superb peer group that contributes significantly to the quality of the program and the student experience. Graduates of the program are also well qualified to immediately embark on professional engineering-related careers. Engineering Science is separate from the other Engineering programs at the University of Toronto. In the first two years, students develop a strong foundation in both engineering and science. Other key distinguishing program features of note are:. Engineering Science students also benefit from a very strong design and communication curriculum integrated throughout the program, providing considerable support to their wide variety of post-graduation endeavors. In addition to providing students with a superb academic background, the Engineering Science program produces graduates who are fast learners with strong analytical, problem-solving and organizational skills. Graduates tend to be well-rounded, with interests that extend beyond the curricular to include leadership, volunteerism and community-building. Other key distinguishing program features of note are: The Engineering Science program is designed and delivered at a level that is more academically demanding; The Engineering Science program contains more mathematics, science and engineering science, with greater focus on deriving results using a first principles approach; The Engineering Science program requires that all students complete an independent research-based thesis project. What is Engineering Science?

UofT or Queens for Mineral Engineering?

Lost your password? Please enter your email address. You will receive a link and will create a new password via email. Got a question about student life? From program comparisons to admission requirements to residence reviews—get real answers from real Canadian students. Uoft mostly cares about averages. The only time they might look at your ECs is when someone is in the same range as you and they have to make a close call between the x number of applicants. Thats the only time it will come in handy but I am sure uoft doesn't accepted any students under anif so very few under some type of circumstances. Otherwise it is a waste of money to apply but take your chances. Mineral is one of the easier diciplines to get into. Anyone know if it is a good program? Does it have good job prospects? Would you be a lot better going into something genral like mech or chemical? I think mineral is basically like civil. Not sure. I think going into mech or chem would be better tbh. It seems like a nice program. It is very specific though. If you're really sure you want to work with minerals, natural resources and geology related things, then it's a good program because it's tailored towards those fields and will give you an edge over someone who's degree was more general like mech. However, it's more difficult to change career paths. If you have doubts about what you want to be doing, it's a bit dangerous. Salary wise, they seem to do very well. But they also have one of the lowest employment rates for PEYso it's weird. Also, note that in mineral, you're going to be working away from the city most likely. Mech and chem are definitely broader and more versatile…which is a pro and a con. Nowadays, employers really like looking for people who can fill a specific niche they can afford to be picky with so many people graduating with degrees. Many mechs and chems will you tell you that their studies were too broad. Personally, I don't think it's a bad thing but that's also because I'm very indecisive and enjoy flexibility. The job market always changes so it's good to not close doors. Mineral would be easier to get into. Your average doesn't give you good chances, but it's definitely worth a shot. People have gotten into min with an ish range before I know of at least one person. Make sure you rank mineral as your 1 choice. They never admit this, but it definitely does matter. If you think about it, it makes sense. For the Uoft application, you get 4 choices.

Welcome to the Lassonde Mineral Engineering Program

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