Mechanical Engineering, Specialization in Energy Oakland University

Overview

The Mechanical Engineering, Specialization in Energy at Oakland University provides students with a rigorous technical foundation in the thermal and fluid sciences. This specialised programme allows undergraduates to deepen their expertise in energy systems while completing their core engineering requirements at this respected institution.

Students enrolled in this track benefit from a curriculum that integrates fundamental mechanical principles with advanced energy applications. By choosing this path, learners can tailor their professional electives to focus on sustainable and traditional power generation, ensuring they are well-equipped for modern industrial challenges. The programme is officially recognised on both the student's transcript and diploma upon completion.

Why Mechanical Engineering, Specialization in Energy at Oakland University?

Oakland University offers a distinctive learning environment through its School of Engineering and Computer Science, which emphasises practical application and technical mastery. The energy specialisation is specifically designed for those wishing to broaden their knowledge in niche areas such as nuclear engineering or internal combustion engines. Students have access to dedicated laboratories and expert faculty who lead research in fluid mechanics and thermal systems design.

The institution maintains high academic standards, requiring students to achieve major standing before progressing to advanced 3000-level coursework. This ensures that every graduate possesses a strong grasp of mathematics, science, and core engineering principles. The programme also offers flexibility through professional electives, allowing students to explore special topics or independent study projects under faculty guidance.

Tuition Fee Breakdown

• International fee: USD 23867 per year
• National fee: USD 23867 per year
• Local fee: USD 16772 per year

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

Syllabus

Modules may include:

• Intermediate Fluid Mechanics
• Intermediate Heat Transfer
• Alternative Energy Systems
• Internal Combustion Engines I
• Fluid and Thermal Systems Design
• Nuclear Engineering
• Nuclear Reactors and Power Plants
• Special Topics
• Independent Study
• Combustion Processes
• Nuclear Physics Laboratory
• Mathematics
• Engineering Core

Careers with Mechanical Engineering, Specialization in Energy

Graduates from this programme are prepared for diverse roles within the global energy and manufacturing industries. Potential career paths include positions in power generation, thermal systems design, and the automotive sector, where energy efficiency is a primary focus. The technical skills acquired at the university enable alumni to pursue engineering roles in both private corporations and public utility organisations.

The rigorous training in fluid mechanics and heat transfer also opens doors to research and development opportunities. Many graduates find success as energy consultants, systems engineers, or project managers within the nuclear and renewable energy fields. The specialised nature of the degree provides a competitive edge in sectors focused on sustainable technology and advanced mechanical design.