Additional Undergraduate Majors • BS Degree

Electrical Engineering (BS)

The Bachelor of Science in Electrical Engineering covers circuits, electronics, signals, and digital systems to prepare students for engineering practice and technology careers.

Major Requirements Four-Year Plan

Curriculum Structure

Program Overview & Learning Outcomes

The Bachelor of Science in Electrical Engineering covers circuits, electronics, signals, and digital systems to prepare students for engineering practice and technology careers.

Student Learning Outcomes

Upon completion of the baccalaureate curriculum, graduates will:

Design, analyze, and test analog and digital electronic circuits, semiconductor devices, and integrated systems.
Apply signal processing, control theory, and electromagnetic wave fundamentals to communication and power systems.
Architect and program embedded microprocessor systems interfacing hardware sensors, actuators, and communication protocols.
Execute complex electrical engineering design projects incorporating public safety, regulatory compliance, and professional ethics.

Prerequisite Progression Chain

Circuits & Electronics Track: PHYS 122 → EE 201 → EE 202 → EE 350; EE 201 → EE 310 → EE 490 → EE 491.

Signals & Systems Track: EE 201 + MATH 340 → EE 301 → EE 340.

Digital Systems Track: CS 150 → EE 210 → EE 330.

Electromagnetics Track: PHYS 122 + MATH 240 → EE 320.

Mathematics Core: MATH 140 → MATH 141 → MATH 240, MATH 250 → MATH 340.

Undergraduate Catalog

77 Major Credits

Total degree requirement: 120 credits including Alkimi Core and electives.

Undergraduate Catalog §10.13: Electrical Engineering (BS)

Academic Department

Electrical & Computer Engineering

Advising questions: Academic Advising Center

Location: Lovell Hall 101
Phone: (555) 555-0158
Email: advising@university.alkimi.ai

Required Coursework

Major Requirements (77 Credits)

Course Code	Course Title	Credits	Prerequisites & Notes
EE 201	Electric Circuits I (with Lab)	4 cr	PHYS 122, MATH 141 (prior or concurrent)
EE 202	Electric Circuits II	3 cr	EE 201, MATH 340 (prior or concurrent)
EE 210	Digital Logic & Computer Systems (with Lab)	4 cr	CS 150
EE 301	Signals & Linear Systems	3 cr	EE 201, MATH 340
EE 310	Electronic Circuit Design (with Lab)	4 cr	EE 201
EE 320	Electromagnetic Fields & Waves	3 cr	PHYS 122, MATH 240
EE 330	Microprocessor Systems & Embedded Interfacing	4 cr	EE 210, CS 150
EE 340	Feedback Control Systems	3 cr	EE 301
EE 350	Electric Power & Energy Conversion	3 cr	EE 202
EE 490	Senior Electrical Engineering Design I	3 cr	EE 310, EE 330, senior standing
EE 491	Senior Electrical Engineering Design II	3 cr	EE 490
EE Electives	Two 400-Level Electrical Engineering Electives	6 cr	EE 310 or EE 320
MATH 140	Calculus I	4 cr	MATH 110 or placement
MATH 141	Calculus II	4 cr	MATH 140
MATH 240	Multivariable Calculus	4 cr	MATH 141
MATH 250	Linear Algebra	3 cr	MATH 141
MATH 340	Differential Equations	3 cr	MATH 240, MATH 250
PHYS 121	University Physics I: Mechanics (with Lab)	4 cr	MATH 140 (prior or concurrent)
PHYS 122	University Physics II: Electricity & Magnetism (with Lab)	4 cr	PHYS 121, MATH 141 (prior or concurrent)
CS 150	Introduction to Programming with Python	4 cr	None
CHEM 101	General Chemistry I	4 cr	MATH 105 or placement into MATH 140

Sample Degree Roadmap

Four-Year Graduation Plan (120 Credits)

A representative semester-by-semester sequence fulfilling the Alkimi Core (40 credits), major requirements (77 credits), and elective coursework.

Year 1 Fall Term

Semester 1

CHEM 101 (4), MATH 140 (4), ENGL 101 (3), FYS 101 (3) = 14 cr

Total: 14 cr

Year 1 Spring Term

Semester 2

PHYS 121 (4), MATH 141 (4), CS 150 (4), ENGL 102 (3) = 15 cr

Total: 15 cr

Year 2 Fall Term

Semester 3

PHYS 122 (4), MATH 240 (4), MATH 250 (3), EE 210 (4), Core Arts (3) = 18 cr

Total: 18 cr

Year 2 Spring Term

Semester 4

EE 201 (4), MATH 340 (3), EE 330 (4), Core Social Science (3), Core Humanities (3) = 17 cr

Total: 17 cr

Year 3 Fall Term

Semester 5

EE 202 (3), EE 301 (3), EE 310 (4), EE 320 (3), Core Social Science (3) = 16 cr

Total: 16 cr

Year 3 Spring Term

Semester 6

EE 340 (3), EE 350 (3), EE Elective 1 (3), Core Humanities (3), Core Global Perspectives (3) = 15 cr

Total: 15 cr

Year 4 Fall Term

Semester 7

EE 490 (3), EE Elective 2 (3), Upper-Division Elective (3), Elective (3) = 12 cr

Total: 12 cr

Year 4 Spring Term

Semester 8

EE 491 (3), CORE 400 Capstone (2), Elective (3), Elective (3), Elective (2) = 13 cr

Total: 13 cr

Instruction & Mentorship

Department Faculty

Learn alongside distinguished scholars, active researchers, and dedicated classroom mentors.

Dr. Lars Sandberg

Professor of Electrical & Computer Engineering; Chair of the Department of Electrical & Computer Engineering

Office: Rowan Engineering Center 148
Email: lsandberg@university.alkimi.ai

Dr. Anand Banerjee

Professor of Electrical & Computer Engineering

Office: Rowan Engineering Center 162
Email: abanerjee@university.alkimi.ai

Kathleen Eastman

Professor of Practice of Electrical & Computer Engineering

Office: Rowan Engineering Center 168
Email: keastman@university.alkimi.ai

Dr. Rajesh Jain

Professor of Electrical & Computer Engineering

Office: Rowan Engineering Center 209
Email: rjain@university.alkimi.ai

Dr. Gordon Rawlings

Professor of Electrical & Computer Engineering

Office: Rowan Engineering Center 203
Email: grawlings@university.alkimi.ai

Dr. Malik Sims

Professor of Electrical & Computer Engineering

Office: Rowan Engineering Center 178
Email: msims@university.alkimi.ai