PhD in Mechanical Engineering

Total Credits: 30-36 credits (excluding dissertation)

Core Courses

1. MECH 7101 - Advanced Mechanical Systems

• - Credits: 3

• - Prerequisites: Master’s degree in Mechanical Engineering or related field; foundational coursework in mechanical systems

• - Description: In-depth study of complex mechanical systems, including modeling, control, and optimization of multi-component systems.

2. MECH 7201 - Energy & Sustainability

• - Credits: 3

• - Prerequisites: MECH 5401 (Energy Systems) or equivalent background in energy engineering or environmental impact analysis

• - Description: Principles of sustainable energy production, energy efficiency, and environmental considerations in design and policy.

3. MECH 7301 - Advanced Simulation

• - Credits: 3

• - Prerequisites: MECH 5201 (Computational Fluid Dynamics) or equivalent computational modeling experience

• - Description: High-fidelity simulation techniques including finite element analysis, multiscale modeling, and multiphysics simulations for complex systems.

4. MECH 7901 - Dissertation

• - Credits: 12

• - Prerequisites: Successful completion of coursework, comprehensive exams, and approval of research proposal

• - Description: Original, independent research culminating in a dissertation document and oral defense, contributing new knowledge to the field.

Prerequisites & Electives

Prerequisites Overview:

1. - Master’s degree in Mechanical Engineering or a closely related discipline.

2. - Prior coursework in mechanical systems, energy, and computational modeling.

3. - Successful passing of qualifying exams and approval of research plan.

Elective Courses (Examples):

1. - Advanced Robotics & Automation

2. - Nanomechanics & Surface Engineering

3. - Thermal Management & Heat Transfer

4. - Multiphysics Modeling

5. - Smart Materials & Adaptive Systems

6. - Renewable Energy Technologies

7. - Control Systems & Automation

8. - Sustainable Manufacturing

Electives are selected based on research interests or specialization areas.

This outline provides a comprehensive view of the PhD program in Mechanical Engineering, including core courses, prerequisites, electives, and the dissertation.