Engineering Technology, Associate of Science - Advanced Manufacturing

Program Overview

Broward College's Engineering Technology program prepares students for careers in manufacturing, electronics, and other industries. The program emphasizes technical skills, problem-solving, and hands-on experience in engineering design, production, and quality assurance. Graduates are equipped with the knowledge and skills to troubleshoot, repair, and maintain electronic circuits, ensuring quality and safety in various industries.

Program Outline

Degree Overview:

Overview

The Engineering Technology, Associate of Science - Advanced Manufacturing program at Broward College prepares students for employment in the manufacturing, medical, electronics, aerospace, or other related industries. The program provides a strong foundation in technical skills, including communication, safety, and problem-solving, as well as hands-on experience in engineering design, production, testing, and product quality.

Objectives

The learning objectives of the program are to:

• Demonstrate proficiency in troubleshooting and repairing electronic circuits
• Accurately identify calibration requirements for tools
• Demonstrate knowledge of Occupational Safety and Health Administration (OSHA) standards
• Recognize the importance of quality in modern business scenarios
• Demonstrate proficiency in measurement and instrumentation

Program Description

The program is a planned sequence of instruction with a common core. Students are recommended to complete the core before advancing to the courses in the next level of specialization. Topics covered include:

• Communication skills
• Technical competency
• Safe and efficient work practices
• A combination of theory and laboratory activities to gain the necessary cognitive and manipulative skills to support engineering design, processes, production, testing, and product quality

Outline:

Program Content

The program covers a wide range of topics, including:

• Electronics
• CAD
• Manufacturing and service operations
• Production and inventory control
• Hydraulics and pneumatics
• Safety
• Engineering graphics
• Measurement and instrumentation
• Speech
• Natural science
• Mathematics
• History of the United States since 1877 or National Government
• Programmable logic controllers
• Introduction to quality assurance
• Electromechanical systems
• Humanities
• Processes and materials
• Automated process control

Course Schedule

The program can be completed in two years of full-time study. The typical course schedule is as follows:

• Semester 1
• EET1084C Introduction to Electronics
• SCM2360 Six Sigma Yellow Belt Body of Knowledge
• ETD1320C Basic CAD
• SCM1020 Manufacturing and Service Operations
• ETI2644 Production and Inventory Control
• Semester 2
• ETM2315C Hydraulics and Pneumatics
• ETI1701C Safety
• ENC1101 Composition I
• ETD1103C Engineering Graphics with CAD
• ETM1010C Measurement and Instrumentation
• Semester 3
• General Education Speech
• General Education Natural Science Core
• General Education Mathematics Core 1
• AMH2020 History of the United States Since 1877 or POS2041 National Government
• ETS2542C Programmable Logic Controllers
• Semester 4
• ETI1110C Introduction to Quality Assurance
• ETS2527 Electromechanical Systems
• General Education Humanities Core
• ETI1420C Processes and Materials
• ETI2535C Automated Process Control

Modules

The program is divided into several modules, each with its own specific focus. The modules are:

• Module 1: Core Concepts
• This module provides an overview of the basic concepts of engineering technology, including safety, communication, and problem-solving.
• Module 2: Electrical and Electronics
• This module covers the fundamentals of electricity and electronics, including circuit analysis, troubleshooting, and repair.
• Module 3: Mechanical Systems
• This module covers the principles of mechanical systems, including hydraulics, pneumatics, and robotics.
• Module 4: Manufacturing Processes
• This module provides an overview of the different manufacturing processes used in industry, including machining, welding, and assembly.
• Module 5: Quality Assurance
• This module covers the principles of quality assurance, including inspection, testing, and statistical process control.

Assessment:

Assessment Methods

Students in the program are assessed using a variety of methods, including:

• Exams
• Quizzes
• Projects
• Presentations
• Laboratory reports

Assessment Criteria

The assessment criteria vary depending on the course and the assessment method. However, all assessments are designed to measure students' knowledge and understanding of the course material.

Teaching:

Teaching Methods

The program is taught using a variety of methods, including:

• Lectures
• Discussions
• Demonstrations
• Laboratory experiments
• Field trips

Faculty

The program is taught by a team of experienced faculty members who are experts in their field. The faculty are committed to providing students with a high-quality education and preparing them for success in the workforce.

Unique Approaches

The program offers several unique approaches to teaching and learning, including:

• Project-based learning: Students work on projects that are designed to simulate real-world engineering challenges.
• Hands-on learning: Students gain hands-on experience in the program's state-of-the-art labs.
• Internships: Students have the opportunity to intern with local businesses and organizations.

Careers:

Potential Career Paths

Graduates of the program are prepared for a variety of careers in the engineering technology field, including:

• Engineering technician
• CAD technician
• Manufacturing engineer
• Quality control inspector
• Maintenance technician

Opportunities and Outcomes

Graduates of the program are in high demand by employers in the manufacturing, medical, electronics, aerospace, and other related industries. The program provides students with the skills and knowledge they need to be successful in their careers