6.3 Tentative Schedule of Classes (By Area of Concentration) for the 2018-2019 Academic Year

6.3.1 - Advanced Energy Technology 

Fall

  • • Mech Eng 246 – Advanced Energy Conversion Principles

    • Mech Eng 250A – Advanced Conductive and Radiative Transport (formely listed as ME 292E)

    • Mech Eng 255 - Advanced Combustion Process

 

Spring

• Mech Eng 250B (3 units) – Advanced Convective Tranport and Computational Methods (formerly ME 252)  Scheduled on Tu/Th 9:30 – 11 am (NEW)

• Mech Eng 254 (3 units) – Thermodynamics I (NEW)

• Mech Eng 256 (3 units) – Combustion

• Mech Eng 259 (3 units)  – Microscale Thermophysics and Heat Transfer

 

6.3.2 - Modeling and Simulation of Physical Processes and Systems 

Fall

  • • Mech Eng C224 - Mechanical Behavior of Engineering Materials 

  • • Mech Eng 280A - Introduction to the Finite Element Method (REQUIRED)

    • Mech Eng 290D - Solid Modeling and CAD/CAM Fundamentals

  •  

Spring

• Mech Eng C201(3 units) - Modeling and Simulation of Advanced Manufacturing Processes (required)

• Mech Eng 221 (3 units) – Graduate Introduction to Lean Manufacturing Systems (NEW)

• Mech Eng  229 (3 units) – Design of Basic Electro-Mechanical Devices

• Mech Eng  280B (3 units) – Finite Element Methods in Nonlinear Continua 

 

 

6.3.3 - Experiential Advanced Control Systems Design

Fall

• Mech Eng C231A / El Eng C220B  (3 units)- Experiential Advanced Control Design I (required)

• Mech Eng C232 / El Eng C220A (3 units) - Advanced Control Systems I

• Mech Eng 292B – 002 (3 units) - Feedback Control of Legged Robots (new to MEng)

• Mech Eng 292B – 003 (3 units) – Control and Dynamics of Unmanned Aerial Vehicles (new to MEng)

 

  •  

Spring

• Mech Eng C231B / El Eng C220C (3 units) – Experiential Advanced Control Design II (Tentatively scheduled on Tu/Th from 12:30 – 2 pm) (required)

• Mech Eng C237 (3 units) – Control of Nonlinear Dynamic Systems. Scheduled on 

• Tu/Th  2 – 3:30 pm (NEW)

• Mech Eng 233 (3 units) - Advanced Control Systems II 

• Mech Eng 235 (4 units) - Design of Microprocessor-Based Mechanical Systems

 

 

6.3.5 - Product Design

Fall

• Mech Eng 224 ( 3 units) – Mechanical Behavior of Engineering Materials

• Mech Eng  C231A / El Eng C220B (3 units) - Experiential Advanced Control Design

• Mech Eng 239 (4 units) – Advanced Design and Automation

• Mech Eng C278 (3 units) – Advanced Designing for the Human Body 

• Mech Eng 290D (3 units) – Solid Modeling and CAD/CAM Fundamentals

• Mech Eng 292C-001 (3 units)- Human-Centered Design Methods

• Mech ENg 292C-002 (4 units) – Upper-Limb Prosthesis Design 

 

  •  

Spring

• Mec Eng C205 (3 units) – Critical Making on Mondays from 10 – 12 noon - NEW (Enrollment by application only.  Application available in end of October)

• Mech Eng 229 (3 units) - Design of Basic Electro-Mechanical Devices

• Mech Eng 235 (4 units) - Design of Microprocessor-Based Mechanical Engineering

• Mech Eng 290H (3 units) – Green Product Development: Design for Sustainability – Day/Time TBD. (NEW)

• Mech Eng 292C-001 (3 units) – “Reimagining Mobility” Room shared with DesInv 181 and taught on Tu/Th 3 – 4:30 pm. (Enrollment by application/instructor permission only. Application link: https://goo.gl/forms/5s12A9L0HAZ2np9c2) (NEW)

• Mech Eng 292C-002 (3 units) – “Global Product Development” Room shared with DesInv 190-002 and the lecture time is Tu/Th 11 – 2pm.   (ENROLLMENT:  This course is open to master’s students and PhD candidates who have prior experience with the human-centered design process. Admission to the course is by application. The application deadline is October 31st and the form can be found at: http://gpd.jacobshall.org ) (NEW)

 

6.3.6 - Biomechanics

Fall

• Mech Eng C278( 3 units) – Advanced Designing for the Human Body
• Mech Eng 224 (3 units) - Mechanical Behavior of Engineering Materials
• Mech Eng 239 (3 units) - Advanced Design and Automation 
• Mech Eng 290D (3 units) – Solid Modeling and CAD/CAM Fundamentals

 

 

Spring 

• Mech Eng C210 (3 units) – Advanced Orthopedic Biomechnics
• Mech Eng C213 (3 units) – Fluid Mechanics of Biological Systems
• Mech Eng C215 (3 units) - Advanced Structural Aspects of Biomaterials 
• Mech Eng C225 (3 units) – Deformation and Fracture of Engineering Materials