"ENGINEERING TECHNOLOGY" PROJECT LEAD THE WAY (PLTW)
Project Lead The Way Inc. (PLTW) is a national program forming partnerships among Public Schools, Higher Education Institutions and the Private Sector to increase the quantity and quality of engineers and engineering technologists graduating from our education system. First developed in the 1980’s by Richard Blais who was then chairman of the Technology Department of an upstate New York school district, PLTW is now offered in over 45 states and the District of Columbia. Project Lead The Way website
Project Lead The Way at El Camino College is called "Engineering Technology." Exciting courses such as Principles of Engineering, Introduction to Engineering Design and Computer Integrated Manufacturing, provide relevant hands-on activities to stimulate interest and provide meaningful relevance and improve success in higher level Math and Science courses. For more details about the Engineering Technology program at El Camino College, Click here.
HIGH SCHOOL STUDENTS - STEPS TO APPLY (Click Here)
Introduction Classes
The following are a sample of some of the introductory courses.
Engineering Technology 10
Principles of Engineering Technology
3 units; 2 hours lecture, 4 hours lab
Credit, degree applicable
Transfer CSU
In this course, students will explore technology systems and engineering processes to learn how math, science, and technology impact our society. The topics introduced include the design process, communication and documentation, engineering systems, statics, properties of materials, quality assurance, materials testing, and engineering for reliability.
Engineering Technology 12
Introduction to Engineering Design
3 units; 2 hours lecture, 4 hours lab
Recommended Preparation: Environmental Technology 10
Credit, degree applicable
Transfer CSU
In this course, students will gain a basic understanding of the design process used in engineering fields and the application of computer modeling software. Emphasis is placed on the design process, geometric relationships, visualization, technical sketching, modeling, model documentation, assemblies, and production processes.
Machine Tool Technology 46
Basic Machine Tool Operation - "Machining for Robotics"
3 units; 2 hours lecture, 4 hours lab
Credit, degree applicable
Transfer CSU
In this course students are introduced to the basic principles and operation of machine tools with emphasis on bench operations, drilling, engine lathe, milling, and grinding machines. Standard industry practices and tool set ups are emphasized. Laboratory projects and exercises related to the lectures and demonstrations will be assigned.
Manufacturing Technology 70
Basic Robotics
2 units; 1 hour lecture, 3 hours lab
Credit, degree applicable
Transfer CSU
In this course, students will explore the technologies used to fabricate model robotic systems. Additional topics covered include basic electronics theory, electromechanical fabrication, micro-controller operation, machining processes, metal fabrication, and careers in technology. Project building and problem solving will be stressed.
Machine Tool Technology 101abcd
Introduction to Machine Tool Technology
4 units; 2 hours lecture, 6 hours lab
Credit, degree applicable
Transfer CSU
This introductory course covers the principles and operation of conventional and CNC (Computer Numerically Controlled) machine tools with an emphasis on safety, measurement, hand tools, power saws, drilling machines, lathes, and milling and grinding machines focusing on practices and setups used in industry.
Manufacturing Technology 75
Integrated Robotic and Automated Technologies
3 units; 2 hours lecture,4 hours lab
Recommended Preparation: Electronics and Computer Hardware Technology 11, Manufacturing Technology 70
Credit, degree applicable
Transfer CSU
This course covers robotic and automation applications with emphasis on embedded electronics, micro-controller programming, motors, and drive trains. Additional topics covered include electronics theory, electromechanical fabrication, sensors, manufacturing materials and processes, and career fields in which robotic applications are used. Students will construct, program, and test a vehicular or process robot.
Contact for questions or for more information:
Career & Technical Education
Karen Hess
(310) 660-3593 x3782
khess@elcamino.edu
|
Engineering and