Curriculum - The Robert H. Buckman College of Engineering Online Education Program - Purdue University

Select nine credit hours each from two of the following course groups:

Circuit Design

• ECE 51216: Digital Systems Design Automation (3 credit hours)
• ECE 55200: Introduction to Lasers (3 credit hours)
• ECE 55900: MOS VLSI Design (3 credit hours)
• ECE 59500: Applied Quantum Computing I-Fundamentals (1 credit hour)
• ECE 59500: Applied Quantum Computing II-Hardware (1 credit hour)
• ECE 59500: Applied Quantum Computing III-Algorithm and Software (1 credit hour)
• ECE 59500: CMOS Analog IC Design (3 credit hours)
• ECE 59500: Data Analysis, Design of Experiments and Machine Learning (1 credit hour)
• ECE 59500: Fundamentals of Transistors (1 credit hour) 
• ECE 59500: Introduction to Electronics Packaging and Heterogeneous Integration (3 credit hours)
• ECE 59500: Semiconductor Device Integration Through Simulation (3 credit hours)
• ECE 60420: Radio Frequency Integrated Circuits (3 credit hours)
• ECE 60422: Primer on RF Circuit Design (1 credit hour)
• ECE 60423: RF System Design (1 credit hour)
• ECE 60424: RF Design: Passive/Active Components (1credit hour)
• ECE 61220: Advanced VLSI Design (3 credit hours)
• ECE 68800: VLSI Testing and Verification (3 credit hours)
• ECE 69500: High-Speed Mixed Signal IC (3 credit hours)
• ME 51100: Heat Transfer in Electronic Systems (3 credit hours)
• ME 54100: Engineering Design: A Decision-Based Perspective (3 credit hours)
• ME 57100: Reliability Based Design (3 credit hours)
• ME 57900: Fourier Methods in Digital Signal Processing (3 credit hours)
• ME 68100: Finite and Boundary Element Methods (3 credit hours) 

Devices and Manufacturing

• ECE 50631: Fundamentals of Current Flow (1 credit hour)
• ECE 50632: Introduction to Quantum Transport (1 credit hour)
• ECE 50633: Boltzmann Law: Physics to Machine Learning (1 credit hour)
• ECE 52600: Fundamental of BioMEMS and Micro-Integrated Systems (3 credit hours)
• ECE 55700: Integrated Circuit/MEMS Fabrication Laboratory (3 credit hours)
• ECE 59500: Applied Quantum Computing I-Fundamentals (1 credit hour)
• ECE 59500: Introduction to Nanolithography (1 credit hour)
• ECE 59500: Topics in EUV Lithography (1 credit hour)
• ECE 59500: Topics in Computational Lithography (1 credit hour)
• ECE 59500: Applied Quantum Computing II-Hardware(1 credit hour)
• ECE 59500: Applied Quantum Computing III-Algorithm and Software (1 credit hour)
• ECE 59500: Data Analysis, Design of Experiments and Machine Learning (1 credit hour)
• ECE 59500: Introduction to Electronics Packaging and Heterogeneous Integration (3 credit hours)
• ECE 59500: Semiconductor Fundamentals (1 credit hour)
• ECE 59500: Semiconductor Device Integration Through Simulation (3 credit hours)
• ECE 59500: Application Orientated Computational Nanotechnology (3 credit hours)
• ECE 59500: Optical Imaging Systems Design (3 credit hours)
• ECE 59500: Semiconductor Memory Technologies and Applications (3 credit hours)
• ECE 60600: Solid State Devices I (3 credit hours)
• ECE 69500: Flexible and Stretchable Electronics (3 credit hours)
• MSE 51000: Microstructural Characterization Techniques (3 credit hours)
• MSE 51800: Failure Analysis (3 credit hours)
• MSE 53000: Materials Processing in Manufacturing (3 credit hours)
• MSE 56800: Additive Manufacturing of Material (3 credit hours)
• MSE 60000: Materials Engineering Fundamentals (3 credit hours)
• ME 54100: Engineering Design: A Decision-Based Perspective (3 credit hours)
• ME 57100: Reliability Based Design (3 credit hours)
• ME 68100: Finite and Boundary Element Methods (3 credit hours) 

System Design

• ECE 50631: Fundamentals of Current Flow (1 credit hour)
• ECE 51216: Digital Systems Design Automation (3 credit hours)
• ECE 51220: Applied Algorithms (3 credit hours)
• ECE 55900: MOS VLSI Design (3 credit hours)
• ECE 56500: Computer Architecture (3 credit hours)
• ECE 56800: Embedded Systems (3 credit hours)
• ECE 59500: Data Analysis, Design of Experiments and Machine Learning (1 credit hour)
• ECE 59500: Introduction to Electronics Packaging and Heterogeneous Integration (3 credit hours)
• ECE 61220: Advanced VLSI Design (3 credit hours)
• ECE 68800: VLSI Testing and Verification (3 credit hours)
• ECE 69500: Advanced Internet of Things Design and Applications (3 credit hours)
• ECE 69500: Quantum Circuits and Systems (1 credit hour)
• ECE 69500: High-Speed Mixed Signal IC (3 credit hours)
• ECE 69500: Optimization for Deep Learning (3 credit hours)
• ME 51100: Heat Transfer in Electronic Systems (3 credit hours)
• ME 54100: Engineering Design: A Decision-Based Perspective (3 credit hours)
• ME 57900: Fourier Methods in Digital Signal Processing (3 credit hours)
• ME 68100: Finite and Boundary Element Methods (3 credit hours)
• SYS 52000: Systems Engineering Processes and Professional Competencies (3 credit hours) 

Supply Chain Management*

• MGMT 56500: Strategic Sourcing and Procurement(2 credit hours)
• MGMT 56600: Global Supply Chain Management (2 credit hours)
• MGMT 56000: Manufacturing Planning and Control (2 credit hours)
• MGMT 56800: Supply Chain Analytics (2 credit hours)
• MGMT 56900: Ethical and Sustainable Supply Chain Management (2 credit hours)
• MGMT 59000: Frontiers in Manufacturing (1 credit hour)
• MGMT 59000: Operations Management Essentials (1 credit hour)
• MGMT 66400: Supply Chain Management(1 credit hour)
• MGMT 66000: Introduction to Operations Management** (2 credit hours)
• MGMT 67000: Business Analytics / STAT 51100 Statistical Methods (3 credit hours) 

*Students utilizing courses from the Supply Chain Management group may take an extra 3 credits in this group and follow the linked curriculum to obtain the Supply Chain Management Graduate Certificate.  

**MGMT 66000 is a pre-requisite for most of the other MGMT courses and should be taken first.

Any courses listed on our courses page will fulfill this requirement, including available non-engineering courses. All questions regarding courses and transfer credits should be directed to a student’s academic advisor.