Pre-Engineering
This exciting and innovative program is designed to ignite the curiosity and creativity of students interested in pursuing careers in engineering and related fields. The course will provide students with a strong foundation in engineering principles, problem-solving skills, and hands-on experiences that prepare them for success in higher education and diverse engineering pathways.
Whether students aspire to become mechanical engineers, electrical engineers, or pursue further education in engineering disciplines, this course provides a solid foundation in pre-engineering and applied sciences. Students will gain the skills, knowledge, and passion to pursue advanced studies in engineering and make meaningful contributions to the field.
Prepare for a future in innovation and technology where hands-on projects, cutting-edge concepts, and real-world applications ignite a passion for engineering excellence.
Program Objectives
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Explore various engineering disciplines, including mechanical, electrical, civil, and aerospace engineering.
Gain insights into the diversity of engineering careers and industries.
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Develop skills in the engineering design process, from concept ideation to prototyping.
Learn problem-solving techniques and critical thinking skills applicable to engineering challenges.
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Gain proficiency in CAD software for creating 2D and 3D models.
Explore the principles of parametric design and computer modeling in engineering projects.
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Understand the properties of materials and their applications in engineering.
Explore the principles of material selection and testing
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Learn fundamental principles of mechanics and dynamics.
Apply concepts to analyze forces, motion, and mechanical systems.
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Gain insights into basic electronics principles and circuit design.
Explore the application of electronic components in engineering projects.
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Learn the basics of programming languages relevant to engineering applications.
Engage in hands-on projects involving robotics and automation.
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Item description
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Engage in project-based learning experiences.
Collaborate on real-world projects, applying engineering principles to design and build prototypes.
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Gain proficiency in industry-standard software and tools used in engineering.
Explore software applications for simulation, analysis, and project management.
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Connect with professionals in the engineering field through guest engineers, industry visits, and virtual interactions.
Gain insights into career pathways, industry trends, and potential internship or apprenticeship programs.
Concurrent Enrollment
UMF PHY 110N Basic College Physics 4 Cr.
