Mechanical Engineering University of Massachusetts Lowell

Overview

The Mechanical Engineering programme at the University of Massachusetts Lowell provides students with an advanced technical education designed to boost career potential. This Master of Science in Engineering allows for deep specialisation in modern fields such as energy, thermofluids, and mechanics through state-of-the-art laboratory facilities.

The curriculum is structured to be flexible, offering both thesis and non-thesis pathways to suit individual professional goals. Students benefit from a STEM-designated curriculum that incorporates the latest innovations and trends, ensuring graduates are prepared for the evolving demands of the global engineering sector.

Instruction is delivered by expert faculty members who are recognised as award-winning researchers.

Why Mechanical Engineering at University of Massachusetts Lowell?

The university is home to internationally renowned research centres, including the Center for Wind Energy and the Structural Dynamics and Acoustic Systems Laboratory. These facilities allow students to work alongside over 30 full-time faculty members on pioneering projects in nanomanufacturing and acoustics.

The Francis College of Engineering emphasises experiential learning through its dedicated Master’s Co-op option. This distinctive feature enables students to integrate professional work experience with their academic studies, significantly enhancing their employability and practical skill sets before graduation.

Ranked highly for its impact, the institution provides a supportive environment with various scholarships and financial aid opportunities. The programme’s diverse concentrations allow for a tailored educational experience that aligns with specific interests in design, manufacturing, or sustainable energy systems.

Tuition Fee Breakdown

• International fee: USD 28398 per year
• National fee: USD 28398 per year
• Local fee: USD 16186 per year

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

Syllabus

The curriculum requires 30 credit hours and includes core requirements in mathematics, mechanics, and thermofluids. Modules may include:

Core Requirements

• Numerical Methods for Partial Differential Equations
• Mathematical Methods for Engineers
• Partial Differential Equations
• Applied Math I
• Mechanics of Composite Materials
• Advanced Thermodynamics
• Multi-Scale Computational Fluid Dynamics I
• Advanced Fluids Mechanics
• Transport Processes in Energy Systems

Design and Manufacturing Concentration

• Applied Finite Elements
• Cooling of Electronic
• MEMS & Microsystems
• Quality Engineering
• Design for Reliability Engineering
• Industrial Design of Experiments
• Engineering Project Management
• Robotics

Energy Concentration

• Fuel Cell Fundamentals
• Off-Grid Electric Systems
• Nanomaterials for Energy
• Green Combustion and Biofuels
• Sustainable Energy
• Combustion Modeling
• Advanced Transport Phenomena
• Reactor Physics
• Reactor Engineering and Safety Analysis
• Dynamic Systems

Careers with Mechanical Engineering

Graduates from this programme are well-positioned for roles in high-demand sectors, with significant job growth projected in the field. Many alumni secure positions in leading aerospace, defence, and medical technology organisations across the United Kingdom and the United States.

Recent graduates have found employment at prestigious companies such as Raytheon, BAE Systems, and GE Aerospace. Other notable employers include Medtronic, Bose Corporation, iRobot, RTX, MilliporeSigma, L3Harris Technologies, and Mercury Systems, reflecting the broad industrial appeal of the degree.

The programme prepares individuals for diverse professional paths, ranging from robotics and sustainable energy to structural dynamics. With an average salary for engineers in the region exceeding six figures, the degree offers a strong return on investment for those entering the engineering workforce.