Professional Master’s Program (students starting Fall 2025 and later) – Implementation Track

The implementation track is an option for students admitted to the West Lafayette and Indianapolis MSECE Professional Master's Program (PMP/INVT) starting Fall 2025 and later.

Curriculum Requirements

This track has the following curriculum requirements: 

• 30 credit hours total
  • Math: Two math courses (6 credits)
  • ECE coursework: Minimum of 15 credit hours; including two ECE core courses and the following:
    • ECE 69500, Communication for Engineering Leaders (1 credit)
  • Implementation or professional development coursework: Minimum of 9 credits from the lists below
  • Allowed ECE 69600 (Advanced EE Projects) or ECE 69700 (Directed Reading EE) credit hours: Up to 3
  • ECE 69400, ECE Seminar (0 credits, West Lafayette students only)

Note: For the implementation track, courses counted as satisfying the requirements under the various headings (Math, ECE, and implementation/professional development) cannot be double counted. 

Professional Development Course List

• ECE 69500, Ideation (2 credits) 
• ECE 59500, Intellectual Property Generation and Management (3 credits)
• IE 59000: Project Management (3 credits)
• IE 54500: Engineering Economic Analysis (3 credits)
• IE 54600: Economic Decisions in Engineering  (3 credits)
• SYS 50000: Perspectives on Systems  (3 credits)
• STAT 51400: Design of Experiments (3 credits)
• ENGR 50200: Engineering Leadership (3 credits)

Implementation Course List

Number	Title	Area
50024	Machine Learning	CNSIP
50836	Introduction to Data Mining	CE
50863	Computer Network Systems	CE
51018	Hybrid Electric Vehicles	PES
51032	Computational Methods for Power System Analysis	PES
51216	Digital Systems Design Automation	VLSI
52600	Fundamental of BioMEMS and Micro-Integrated Systems	VLSI
53800	Digital Signal Processing I	CNSIP
54400	Digital Communications	CNSIP
54700	Introduction to Computer Communication Networks	CE
55900	MOS VLSI Design	VC
56500	Computer Architecture	CE
56800	Embedded Systems	CE
56900	Introduction to Robotic Systems	AC
57000	Artificial Intelligence	CE
57300	Compilers and Translator Writing Systems	CE
59500	Advanced Software Engineering	CE
59500	Application Oriented Computational Nanotechnology - Part 1	MN
59500	Applied Quantum Computing III-Algorithm and Software	FO, MN
59500	CMOS Analog IC Design	VC
59500	Computational Lithography	MN
59500	Connected & Automated Vehicles	AC
59500	Fundamentals of Transistors	MN
59500	Integrated Circuit/MEMS Fabrication Laboratory	MN
59500	Intellectual Property Generation and Management: An Inventor's View
59500	Intro to Applied Cryptography	CE
59500	RF Measurement Lab	FO
59500	Semiconductor Device Integration Thru Simulation	MN
60146	Deep Learning	CNSIP
60270	Structure and Dynamics of Large-Scale Networks	AC
60283	Networked Epidemic Processes	AC
60400	Electromagnetic Field Theory	FO
60432	Nanophotonic Modeling	FO
60600	Solid State Devices I	MN
60827	Programmable Accelerator Architectures	CE
60872	Fault Tolerant Computer Systems Design	CE
61016	Power Electronic Converters and Systems	PES
61025	Finite Element Analysis of Electric Machines	PES
62400	Multimedia Systems	CE
62900	Intro Neural Networks	CNSIP
63400	Digital Video Systems	CNSIP
63700	Digital Image Processing I	CNSIP
63900	Error Control Coding	CNSIP
64100	Digital Image Processing II: Model-Based Image & Signal Proc	CNSIP
64700	Performance Modeling of Computer Communication Networks	CE, CNSIP
66100	Computer Vision	CE
67500	Introduction to Nonlinear Systems	AC
69500	Advanced VLSI Design	VLSI
69500	Big Data for Reliability and Security	CE
69500	Datacenter and Cloud Networks	CE
69500	Fiber Optic Communications	FO
69500	Flexible and Stretchable Electronics	MN
69500	High-Speed Mixed Signal IC	VLSI
69500	Holistic Software Security	CE
69500	Hybrid Systems: Theory & Anlys	AC
69500	Intro To Operating Systems	CE
69500	ML In Cloud Computing	CE
69500	Power Distribution System Analysis	PES