Bachelor of Science in Mechanical Engineering
Mechanical engineers design and manufacture everything from small, individual parts and devices like microscale sensors and inkjet printer nozzles to massive, heavy machinery and large systems like rockets and space stations. Mechanical engineers are environmental stewards, looking for ways to build and maintain energy-efficient components, products, machines and systems.
Here at PNW – part of the world renowned Purdue system – you have the opportunity to earn baccalaureate and master’s engineering degrees within five years.
In addition to extensive technical training, you’ll learn project management as well as written and oral communication skills essential for the engineering profession.
Our vibrant community is home to several active engineering student organizations and our students compete in national innovation competitions.
This program combines advanced mathematics, engineering principles and hands-on lab experience in all aspects of the discipline, including thermodynamics, mechanics, dynamics, kinematics, heat transfer and machine design.
Learn the fundamentals of calculus while exploring the foundational concepts of mechanics.
- MA 16300 – Integrated Calculus Analysis Geometry I
- MA 16400 – Integrated Calculus Analysis Geometry II
- PHYS 15200 – Mechanics
Expand your study of mechanics and advanced mathematics.
- MA 26100 – Multivariate Calculus
- MA 26400 – Differential Equations
- CE 27300 – Mechanics of Materials
- ME 27500 – Basic Mechanics II (Dynamics)
Explore kinematics, dynamics and heat transfer.
- ME 32000 – Kinematics Analysis and Design
- ME 32500 – Dynamics of Physical Systems
- ME 41600 – Heat Transfer
Complete your studies with machine design, any remaining general education core classes and a required experiential learning course.
- ME46100 – Machine Design
- ME 42900 – Senior Engineering Design I
- ME 43900 – Senior Engineering Design II
- PHIL 32400 – Ethics for the Professions
- PHIL 11100 – Ethics
US News and World Report includes the engineering programs at PNW in its top 50 rankings of master’s comprehensive universities nationwide.
Our student-centered Mechanical Engineering program, offered on both PNW campuses, includes hands-on projects and a senior design capstone experience. You’ll study in state-of-the-art labs under faculty who hold PhDs in their areas of instruction.
As a graduate of this ABET-accredited program, you’ll be able to:
- Identify, formulate and solve engineering problems
- Use skills and tools necessary for engineering practice
- Design and conduct experiments; analyze data
- Design systems or processes within realistic constraints
- Recognize ethical and professional responsibilities
- Understand the impact of engineering in economic, environmental and societal contexts
Funding opportunities available to Electrical Engineering students include:
- Michael Todd Bell Mechanical Engineering Scholarship
- Schwingendorf Engineering Scholarship
- Sydney Smith Memorial Endowed Scholarship
Beyond the Classroom
We know that learning happens everywhere. At PNW, you can take part in engineering challenges and competitions like:
- Formula SAE Car
- NASA Rover Challenger
- Solar Vehicle
Many mechanical engineers work in industries that manufacture machinery or automotive parts.
According to the Bureau of Labor Statistics, the median annual wage for mechanical engineers was $84,190 in May 2016.
Our alumni work with some of the most innovative organizations across the region and around the world, including:
- US Steel
The Mechanical Engineering Bachelor of Science degree is accredited by the Engineering Accreditation Commission of ABET. This ensures that the program is independently reviewed and meets quality expectations for the engineering profession.
As an ABET-accredited engineering program, PNW’s program for the Bachelor of Science in Mechanical Engineering at the School of Engineering fulfills the educational requirements for PE licensure in Indiana and all states of the US.
Upon graduation, I started working with General Motors as a Component Validation Engineer (CVE). My responsibilities also include training of the entire GM validation team (over 500 employees) on CVE procedures. With constant changes in technology, this job stays fresh and challenging. The knowledge I earned while attending Purdue has been an integral part of the success that I enjoy at GM.
Meet the Faculty
NIPSCO Distinguished Professor of Engineering Simulation; Director, the Center for Innovation through Visualization and Simulation (CIVS)
Professor Zhou is active in teaching, research, and engagement. She oversees an PNW interdisciplinary research center and a nation-wide steel consortium, as well as ME/CE graduate programs
Assistant Professor of Mechanical Engineering
Assistant Professor of Mechanical Engineering
Dr. Zhou is currently an Assistant Professor in Mechanical Engineering at Purdue University Northwest (PNW). Courses: General Thermodynamics II, Fluid Mechanics, Intro to Microfluidics.