Electronic Engineering Technology University of Massachusetts Lowell

Overview

The Electronic Engineering Technology at the University of Massachusetts Lowell provides students with the technical expertise required to excel in the competitive global electronics sector. This comprehensive programme integrates mathematical theory with practical computing applications to solve complex circuit problems and test modern electrical equipment.

Students develop a robust understanding of electronics fundamentals, preparing them to address sophisticated real-world challenges. The curriculum is designed to support diverse career paths in design, manufacturing, and testing. Graduates are well-equipped to enter the workforce immediately or pursue further academic advancement through a Master of Science in Engineering.

Why Electronic Engineering Technology at the University of Massachusetts Lowell?

The University of Massachusetts Lowell is recognised as a leading public institution, offering one of the most affordable tuition rates in the United States. The programme is fully accredited by the Engineering Technology Accreditation Commission of ABET, ensuring high academic standards and global professional recognition.

Students benefit from a flexible learning model that combines the convenience of online modules with essential hands-on experience gained at the Lowell campus. The faculty provides a supportive environment focused on student success, allowing learners to transfer significant previous college credits to accelerate their degree completion.

Tuition Fee Breakdown

• International fee: USD 1525 per credit
• National fee: USD 1525 per credit
• Local fee: USD 700 per credit

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum consists of 122 credits across 41 courses. Modules may include:

• Electric Circuits I
• Circuits II and Laboratory
• Circuits III and Laboratory
• Circuits IV
• Signals and Systems I
• Logic Design I and Laboratory
• Logic Design II and Laboratory
• Control Systems I
• Electronics I and Laboratory
• Electronics II and Laboratory
• Electronics III and Laboratory
• Electronics IV and Laboratory
• Engineering Data Analysis
• Electromagnetic Theory
• Microprocessors A
• Microprocessors B
• System Engineering and Analysis
• Engineering Economics
• Capstone Design
• C Programming
• Technical Communications for Engineering Technology
• Calculus I
• Calculus II
• Calculus III
• Differential Equations
• Alternative Energy
• LABVIEW Programming with Engineering Applications
• Programmable Logic Controllers and Lab I
• Digital Electronics
• Data Conversion and Laboratory
• Microwave Design
• GPS: Principles and Applications
• Digital Signal Processing
• Power Conversion Design I
• Power Conversion II
• Control Systems II
• Electromagnetic Theory II
• Communication Systems
• Analog Filter Design
• Radar Systems
• Ethics
• Physics I
• Physical Properties of Matter
• Psychological Science
• Sociology

Careers with Electronic Engineering Technology

Graduates of this programme are prepared for diverse roles within high-growth industries such as telecommunications, consumer electronics, and semiconductor manufacturing. The skills acquired are essential for the design and production of both electrical hardware and integrated software systems.

Common career paths include working with next-generation automation, developing smart devices, and managing complex engineering systems. The degree also serves as a direct pathway into advanced graduate studies in electrical engineering, providing a strong foundation for long-term professional growth.