General Engineering: Mechanical Engineering Physics, B.S.

Program Overview

Do you enjoy the challenge of creating solutions? Can you imagine yourself working at the forefront of technology? If so, a major in general engineering could be the right choice for you.

PLNU’s general engineering program interweaves classical and modern physics, chemistry, and mathematics with engineering, providing you with an opportunity to gain both breadth and depth in the field. Some of our students with this degree will enter the job market immediately, while others will earn a master's degree in a specific engineering field upon graduation.

PLNU offers two emphases of the general engineering major: electrical engineering and mechanical engineering physics. Each emphasis augments a solid base in physics and mathematics with a selection of courses in engineering, which will help prepare you to work in the private sector, in national laboratories at the very forefront of technology, or to pursue an advanced degree in engineering.

The emphasis in mechanical engineering physics explores the theory and analysis of forces, stress, and strain within engineering structural elements, in addition to basic circuit elements and conditions of equilibrium. This emphasis can help prepare you for careers in renewable energy, urban planning, seismic science, transportation, and more.

Tyler Fisher using a cat scan machine

Student Profile

Tyler Fisher

Fisher has worked to ensure that healthcare facilities throughout Southern California are meeting industry regulations for medical imaging equipment. He tests a variety of equipment to verify that each is operating correctly, providing quality images, and is safe for patient and physician use.

Read More

Course List

Loading...

Start Application

Are you ready to take the next step to begin your PLNU journey? Whether you’re a high school senior, college transfer student, or international student, find out what we’re looking for in our applicants and how you can apply.

Apply Now

Student Support

For most students, the transition into college life is one full of adjustments. There is the excitement of newfound freedoms, but also some uncertainty as you begin to make choices and take responsibility for your own future. 

At PLNU, we’re committed to supporting you — academically, professionally, spiritually, personally — so that you may be successful both in your time as a student and beyond. That’s why we offer a holistic support system that focuses on your unique experiences, particular needs, and personal and professional goals — resulting from our deep concern for you, our student.

With a focus on authentic relationships and personalized attention, our goal is to help transform you so you can follow your calling in your own career and life.

Student Support

Career Opportunities

Are you curious about the mechanisms and science behind machinery and infrastructure? Utilize a degree in mechanical engineering to break down and innovate the vehicles and technology that make our society possible. 

Electrical engineering vs. mechanical engineering:

While both play a significant role in mathematical and creative problem-solving as well as communication and leadership skills, electrical engineers focus on power generation — such as electricity — while mechanical engineers focus on power application – getting physical parts, motors, and components to behave or act in a desired manner.

At PLNU, our mechanical engineering physics program focuses on three goals:

  • Allowing you to explore the theory and analysis of forces, stress, and strain within engineering structural elements
  • Developing in you strong understanding of basic circuit elements and conditions of equilibrium
  • Providing you with an opportunity to gain both breadth and depth in classical and modern physics, chemistry, and mathematics with engineering

What do mechanical engineering jobs look like post-graduation?

Employment in careers related to a degree in mechanical engineering is projected to remain steady yet still competitive. For mechanical engineers, employment is projected to grow 4% from 2019 to 2029, about as fast as the average for all occupations (U.S. Bureau of Labor Statistics). It’s noted that those with success in the job search should be well versed and immersed in the most recent advances in technology.

What are PLNU alumni doing with their degrees in mechanical engineering?

Many PLNU graduates have gone on to work in careers in academia, aerospace, computer technology, automotive industry, construction, manufacturing design, renewable energy, research, seismic science, transportation, and urban planning (just to name a few). All are equipped with thorough knowledge and tools for their roles within these industries. 

Some of the positions PLNU graduates currently hold:

Mechanical Engineer

2020 Median annual salary: $90,160

Mechanical engineers design, develop, and test mechanical and thermal sensors and devices (tools, engines, machines, etc.). They are expected to be excellent problem solvers who can analyze a mishap in the machinery or engine and find a solution. They often design machines inside buildings as well as material-handling systems, such as conveyor systems. Most of their work is completed on computers, which helps them create and analyze designs, run simulations, and test the likelihood of success for a potential creation.

Necessary attributes and skills:

  • Problem-solving skills and hands-on worker
  • Creativity to design or redesign mechanical and thermal devices or subsystems
  • Knowledge of programming for computer-aided design
  • Developing and testing prototypes of devices
  • Analyzing and determining the success or failure of test results and modifying as needed
  • Overseeing the manufacturing process 

Industrial engineer

2020 Median annual salary: $88,950

Industrial engineers find ways to increase efficiency in production processes. They plan and create systems within their organization to integrate workers, machines, materials, information, and energy to make a product or provide a service. Within the umbrella term of industrial engineer, there are certain areas of focus: automated aspects of manufacturing processes, healthcare systems, and even business administration.

Necessary attributes and skills:

  • Planning out production schedules, engineering specifications, and other information
  • Analyzing and figuring out how to manufacture parts or products, or deliver services, with top efficiency
  • Innovating systems to make financial planning and cost analysis more efficient
  • Coordinating activities and production planning to meet quality standards
  • Communicating with clients, vendors, and personnel about projects

Automotive Engineer

2020 Median annual salary: $82,346

Automotive engineers develop improved or new designs for automotive structures, engines, transmissions, and associated equipment. They also must be creative and cost-efficient with modifying existing equipment for building and testing a vehicle (usually utilizing computerized technology).

Necessary attributes and skills:

  • Creativity to design or redesign mechanical devices or subsystems
  • Problem-solving skills and hands-on worker
  • Knowledge of inner working of automobiles 
  • Programming for computer-aided design
  • Communication with clients and suppliers
  • Analyzing and determining the success or failure of test results and modifying as needed
  • Overseeing the purchase and installation of devices into the vehicle

Biomedical Engineer

2020 Median annual salary: $92,620

Biomedical engineers combine engineering with science principles to create and innovate equipment, devices, healthcare, computer systems, and software. The work of bioengineers spans a variety of fields. Some focus on designing computer software to run complicated instruments, others develop new drug therapies, while still others utilize math and statistics to understand signals transmitted by the brain or heart. Overall, biomedical engineers focus on advances in technology and medicine to develop new devices and equipment for improving human health. 

Necessary attributes and skills:

  • Designing equipment, devices, and machines for diagnosing medical problems
  • Installing, maintaining, or providing technical support for biomedical equipment
  • Collaborating with manufacturing staff on the use of equipment
  • Collaborating with scientists on how engineering principles apply to biological systems
  • Creativity for developing statistical models or simulations
  • Strong writer for technical reports and research papers
  • Communication to present research findings 
  • Ability to design or conduct experiments 

Launch your exploration into the machinery and technology that make our society possible with a degree in mechanical engineering physics

PLNU’s Mechanical Engineering Physics B.S. will set you up for success in the wide-ranging opportunities available post-graduation. Whether you pursue the automotive industry, computer technology, research, or an intersection of these and more, you will be well prepared with the creativity and skills fostered on PLNU’s campus.

Apply to PLNU today or get connected with one of our counselors for additional support and to answer any questions you may have.

Department Faculty

TOP SEARCHES