Purdue 3-2 engineering program

Information on all courses at Purdue is available at mypurdue. You also can review course descriptions or view our map of the 30 credit-hours curriculum with advising information and latest retention data.

Beginning in the Fall , First-Year Engineering students explored the engineering majors at Purdue using a new series of Career Exploration videos and engaging in out-of-class activities led by the schools and divisions of engineering.

This replaced a former career exploration program of school presentations during classtime. Get ahead and watch informative videos about each discipline of engineering at Purdue University. A lot of what I have been doing so far involves team dynamics, working with new people customers , and a lot of Microsoft Excel use. In all honesty, it was hard for me to see the point of some of the lessons being taught both as a student and a peer teacher.

However, I just wanted to commend you and your team for all of your hard work in truly preparing me for life in the engineering world. Academic Advising. Advising First-Year Engineering advisors will be advising both in-person and virtually online. In-person appointments start with check-in at reception in ARMS Spring Registration Advising Spring registration advising will begin during the second week in September.

The Purdue College of Engineering is the largest of the top 10 U. The Krannert MBA offers a unique mix of critical problem solving, teamwork and analytics that prepares graduates to turn data into decisions while developing the necessary skills to lead in the business world. The streamlined time frame saves you time and reduces costs. Information For. Such products - biofuels, human therapeutics, new foods - are environmentally friendly and renewable, representing a future wave of consumer demand for better health and environment.

Biomedical Engineering. Biomedical engineers innovate medical devices, create advanced therapeutics, and make better systems for healthcare diagnostics and delivery. Purdue biomedical engineers apply their technical skills in engineering design and biomedical sciences to develop solutions to challenges in human medicine.

Website for prospective students. Chemical Engineering. With a degree in chemical engineering, you can work in a range of industries - including the chemical, energy, oil, biotechnology, consumer products, or pharmaceutical industries - that transform raw materials into beneficial products.

Chemical engineers are vital in developing industrial processes that meet the world's demand for high-value-added products petrochemicals, nutritional products, alternative energy, personal electronic, drug delivery systems, and more. Our website. Plan a Visit to Purdue Engineering. Civil Engineering. Civil engineers design, build, and sustain the world. They process geospatial data and create innovative materials to develop skylines, protect natural resources, integrate multiple modes of transport systems, provide clean water and energy, mitigate natural and man-made hazards, and provide environmental protection.

Civil Engineers continuously improve the way we live. Plan a Visit to Civil Engineering. Computer Engineering. As a computer engineer, you will have the ability to develop both hardware and software by applying knowledge from sub-fields within both electrical engineering and computer science. Your possible career paths include developing and maintaining software, VLSI chip design, computer systems design, and applications of digital systems in nearly every industry - computer, communications, information technology, automotive, and aerospace, to name a few.

Construction Engineering and Management. Construction engineers design and build the infrastructure of our society to shape where we work, live, and play. Purdue's unique program prepares you for engineering and project management responsibilities within the construction industry. Featuring three week paid internships, the program has consistently placed percent of its graduates in jobs upon graduation.

Tour CEM. Electrical Engineering. Electrical engineering offers opportunities in a very broad range of subfields that touch almost every aspect of the human experience.

These include power systems, communications, nanotechnology, biomedical instrumentation and electronic gadgets - nearly anything that involves electricity, electronics, and electromagnetism. Today's world depends upon the technology developed and supported by electrical engineers, and the industries in which you can pursue a career range from high-technology to many types of manufacturing.

Environmental and Ecological Engineering. Environmental and ecological engineers respond to environmental challenges and opportunities to improve drinking water quality, minimize and treat waste streams, remediate brownfields, restore ecosystems, optimize resource conservation, and manage air and water quality.