Engineering Technology

Introduction

The Engineering Technology (ET) Programs at CSULB serve society by graduating well-prepared professionals, who are provided with an excellent education in the fundamentals of Engineering Technology through a combination of theory and laboratory practice, and who are able to apply their knowledge and transform their ideas into working systems.

• College: College of Engineering  
• Courses: ET  

Career Possibilities

Computer Option: Hardware and software Computer Applications Engineers • Test Equipment Engineers • Manufacturing Engineers or Technical Sales Engineers in industry and organizations where a combination of hardware and software background is required
Electronics Option: Electronic Technician • Calibration Engineer • Construction Inspector • Computer Applications Engineer • Time Study Engineer • Facilities Planner • Field Engineer • Manufacturing Engineering • Operations Research Analyst • Sales Representative • Project Engineer • Associate Electronics Engineer • Product Design Engineer • Process Engineer • Instructor

General Requirements

All students in the BSEET, or BSCET programs must receive a minimum grade of “C” in each of the prerequisite courses before enrolling in any Engineering Technology course. In addition to any other all-university requirements regarding grade point averages for graduation, student must achieve a minimum of 2.0 average in all Engineering Technology courses.

Programs

• Computer Engineering Technology, B.S.
• Electronics Engineering Technology, B.S.

Courses

• E T 101 - Introduction to Engineering Technology
• E T 202 - Probability and Statistics for Technology
• E T 202L - Probability and Statistics for Technology Laboratory
• E T 204 - Applied Mechanics-Statics
• E T 205 - Computer Systems and Programming
• E T 205L - Computer Systems and Programming Lab
• E T 244 - Machine Tools
• E T 244L - Machine Tools Laboratory
• E T 250 - Circuit Analysis I
• E T 250L - Circuit Analysis I Laboratory
• E T 252 - Circuit Analysis II
• E T 252L - Circuit Analysis II Laboratory
• E T 255 - Introduction To Digital Electronics
• E T 255L - Introduction to Digital Electronics Laboratory
• E T 260 - Solid-State Electronics I
• E T 260L - Solid State Electronics I Laboratory
• E T 264 - Industrial Tooling
• E T 264L - Industrial Tooling Laboratory
• E T 286 - Introduction to Object-Oriented Programming
• E T 286L - Introduction to Object-Oriented Programming Laboratory
• E T 301 - Engineering Materials
• E T 301L - Engineering Materials Laboratory
• E T 304 - Applied Mechanics Strength of Materials
• E T 307 - Industrial Safety
• E T 309 - Industrial Communications and Leadership
• E T 311 - Quality Engineering Technology
• E T 312 - Statistical Quality Control
• E T 313 - Quality Assurance, Inspection Measurement and Testing
• E T 313L - Quality Assurance, Inspection Measurement and Testing Laboratory
• E T 335 - Engineering Materials and Processes I
• E T 335L - Engineering Materials Processes I Laboratory
• E T 341 - Solid State Electronics II
• E T 341L - Solid State Electronics II Laboratory
• E T 350 - Motors and Generators
• E T 350L - Motors and Generators Laboratory
• E T 360 - Control Instrumentation
• E T 360L - Control Instrumentation Laboratory
• E T 363 - Kinematics of Mechanisms
• E T 365 - Fluid Power and Control
• E T 365L - Fluid Power and Control Laboratory
• E T 386 - Introduction to Microprocessors
• E T 386L - Introduction to Microprocessors Laboratory
• E T 387 - Robot Programming and Mechatronics
• E T 387L - Robot Programming and Mechatronics Laboratory
• E T 388 - Technical Applications Using Programming Languages
• E T 388L - Technical Applications Using Programming Languages Laboratory
• E T 390 - Applied Computer-Aided Design and Manufacturing
• E T 390L - Applied Computer-Aided Design and Manufacturing Laboratory
• E T 409 - Selected Topics in Engineering Technology
• E T 410 - Cost Engineering and Analysis
• E T 418 - Production Methods and Process Improvement
• E T 419 - Design of Experiments
• E T 435 - Engineering Materials and Processes II
• E T 435L - Engineering Materials and Processes II Laboratory
• E T 441 - Theory of Electronic Control
• E T 442 - Computer Circuits
• E T 442L - Computer Circuits Laboratory
• E T 444 - Telecommunications
• E T 445 - Microelectronics
• E T 445L - Microelectronics Laboratory
• E T 447 - Industrial Applications of Electronic Circuits
• E T 447L - Industrial Applications of Electronic Circuits Laboratory
• E T 460 - Electronics Project Design and Development
• E T 460L - Electronics Project Design and Development Laboratory
• E T 461 - Management of Manufacturing Operations
• E T 486 - Data Structures
• E T 486L - Data Structures Laboratory
• E T 488 - Microcomputer Systems
• E T 488L - Microcomputer Systems Laboratory
• E T 489 - Computer Interfacing
• E T 489L - Computer Interfacing Laboratory
• E T 491 - Embedded Processors and Systems
• E T 491L - Embedded Processors and Systems Laboratory
• E T 492 - Computer Controlled Industrial Systems
• E T 492L - Computer Controlled Industrial Systems Laboratory
• E T 494 - Applied Systems Development Project
• E T 494L - Applied Systems Development Project Laboratory
• E T 497 - Computer Network Technology
• E T 497L - Computer Network Technology Laboratory
• E T 498 - Manufacturing Engineering Technology Capstone Project