University of Massachusetts-Boston · Courses

ENGIN

40 courses with the subject ENGIN, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.

ENGIN 103Introduction to Engineering

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 104Introduction to Electrical and Computer Engineering

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: Students will work in teams to build and test electrical circuits and to explore the 648

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 202Statics (Mechanical Engineering)

agenomes nservation Biology neering 107

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 203Engineering Graphics and Design (Mechanical Engineerin

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 211LEngineering Mathematics7

Physics Courses (12 Credits) PHYSIC 113 - Fundamentals of Physics I PHYSIC 114 - Fundamentals of Physics II PHYSIC 181 - Physics Laboratory I PHYSIC 182 - Physics Laboratory II Computer Science Course

Subject: ENGIN
Credits (min): 7
Credits (max): 7
Credit unit: Credits
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 221Strength of Materials I

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 231Circuit Analysis I

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: Mathematical models for circuit elements, basic circuit laws, techniques for writing and solving circuit equations. Circuit theorems, operational amplifiers, first- and second-order circuits. Numerical methods of circuit analysis. Enrollment Requirements: Pre- or corequisite: PHYSIC 114 Course Catalog ID: 000731 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 232Circuit Analysis II

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: Analysis of AC circuits using phasors, mutual inductance and the dot convention, ideal transformers, power analysis, balanced three-phase circuits, frequency response and Bode 650

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 241Digital Systems with Lab

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 246Computer Organization and Assembly Language

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 271Circuit Lab I

Credit(s): 1 Component(s): Laboratory Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: An introductory electrical measurements and linear circuit analysis laboratory to accompany ENGIN 231 (Circuit Analysis I). Topics include voltage and current division in resistive networks, circuit theorems, operational amplifiers, first- and second-order circuits, power transfer, capacitors and inductors. 651

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 272Circuit Lab II

• ENGIN 300 through 499 ENVSCI 120 - Introduction to Environmental Science ENVSCI 121 - Introduction to Environmental Science Lab ENVSCI 122 - Introduction to Environmental Policy & Management ENVSCI 210 - Earth's Dynamic Systems ENVSCI 226 - Introduction to Oceanography ENVSCI 260 - Global Environmental Change ENVSCI 267L - Introduction to Coastal Biological Systems ENVSCI 270 - Cities and the Environment ENVSCI 280 - Global Society and the Environment ENVSCI 281 - Introduction to Geographic Information Systems ENVSCI 302 - Geomorphology ENVSCI 305 - Hydrology ENVSCI 312 - Glacial and Quaternary Geology ENVSCI 313 - Oceans and Human Health ENVSCI 316 - Coastal and Marine Pollution ENVSCI 324 - Coastal Zone Management ENVSCI 325 - Introduction to Biological Oceanography ENVSCI 327 - Coastal Geology ENVSCI 336L - Ecosystems Ecology ENVSCI 340L - Planning and Land Use Law ENVSCI 344 - Island Economy: Environmental Dimensions of Local Pro ENVSCI 345L - Natural Resources & Sustainable Development ENVSCI 347 - Mineralogy and Petrology ENVSCI 349L - Economic Approaches to Environmental Problems ENVSCI 350 - Quant Hydrogeology ENVSCI 356 - Natural History of Nantucket ENVSCI 360 - Computer and Analytical Cartography ENVSCI 364 - Environmental Management and Sustainability ENVSCI 372 - Introduction to Remote Sensing ENVSCI 375L - Urban Planning ENVSCI 378 - Ecosystem Management Law and Policy ENVSCI 381 - GIS Applications and Spatial Databases ENVSCI 383 - Water Resources Management: Principles, practices, an ENVSCI 384 - Climate and Energy: Law, Policy, and Management ENVSCI 385 - Applied Hydrogeology ENVSCI 390 - Changing Coastal Environments ENVSCI 393 - Ecophysiology and Conservation of Fishes ENVSCI 402 - Sedimentology & Stratigraphy ENVSCI 406 - GIT Data Collection and Field Methods ENVSCI 460 - Digital Image Processing in Remote Sensing ENVSCI 465 - Environmental Modeling with Raster GIS ENVSCI 472 - Programming for Geospatial Analysis ENVSCI 488 - Advanced Marine Geographic Information Systems

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 304Engineering Design

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 321Signals and Systems

652

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 322Probability and Random Processes

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: An introduction to probabilistic description (via the probability density function or distribution function) and statistical description (via the ensemble average, variance, etc.) of random signals as applied to the analysis of linear systems. Other topics include conditional probability, statistical independence, correlation, sampling theory, confidence intervals, hypothesis testing, stationary and ergodic processes, auto-correlation and cross-correlation functions, spectral density, and their interconnections. Enrollment Requirements: Prerequisite: ENGIN 321 Course Catalog ID: 032234 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 331Fields and Waves

653

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 332Fields and Waves II

175

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 341Advanced Digital Design

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: The course will cover topics including tools and methodologies for top-down design of complex digital systems. Important topics include minimization, mixed logic, algorithmic state machines, microprogrammed controllers, creating and using a gold model, data and control path design, and data movement and routing via buses. Design methodologies covered include managing the design process from concept to implementation, gold model validation, and introduction to design flow. A hardware description language is used extensively to demonstrate models and methodologies, and is also used in design exercises and projects. Enrollment Requirements: Prerequisite: ENGIN 241 Course Catalog ID: 039055 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 342Computer Communications and Security

Credit(s): 3 654

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 343Introduction to Artificial Intelligence for Engineers

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: This course offers an introductory yet comprehensive overview of machine learning principles and techniques, tailored for Engineering undergraduate students. Students will explore foundational concepts including supervised and unsupervised learning. Enrollment Requirements: Semester(s) typically offered: Spring Course Catalog ID: 042901 655

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu
Prerequisite: MATH 260
Corequisite: ENGIN 322 , CS 210 or Instructor permission

ENGIN 344Introduction to Cyber-Physical Energy Systems

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (no P/F option) Repeatable for credit: Not repeatable Description: This course covers the tools and methodologies essential for resolving intricate issues within largescale Cyber-Physical Energy Systems (CPES), addressing prevalent challenges encountered in today's power industry. Covered topics include a comprehensive review of power system operation and the per-unit normalization alongside system modeling of expansive grids. Emphasis is placed on constructing network admittance and impedance matrices, conducting power flow calculations, and optimizing dispatch operations. Additionally, the course covers time-domain modeling of generators, symmetrical component modeling for unbalanced systems, as well as both balanced and unbalanced fault analyses. Transient stability studies, generator control, system protection, and transmission line transients will also be briefly explored. The incorporation of computer-based activities, particularly utilizing MATLAB and engineering toolboxes (e.g., Simulink, Simscape Electrical, etc.), will be integrated into the learning process. Through a blend of theoretical foundations and homework assignments, students will solve practical operation research problems. Enrollment Requirements: Co/Pre-requisite: ENGIN 232 or permission of the instructor Semester(s) typically offered: Fall Course Catalog ID: 042756 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu
Prerequisite: MATH 260

ENGIN 346Embedded Systems

Formerly: Microcontrollers Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable 656

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 351Fundamentals of Semiconductor Devices

l, built, and human environments 174

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 353Introduction to Computational Modeling for Renewable Energy

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (no P/F option) Description: This course covers relevant principles of engineering, physics, and mathematics to design, analyze, and optimize renewable energy systems. The first part of the course comprehensively covers technological aspects of traditional renewable energy systems. The course follows in the second part with a guided immersion in the decision-making process of renewable energy systems engineering design, computational modeling, and optimization. In the final portion of the course, students are prompted to analyze and interpret data produced by 657

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 362Fluid Mechanics

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 365Electronics I with Lab

or PHYSIC 298 - Special Topics Laboratory or PHYSIC 398 - Special Topics Laboratory

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 366Electronics II with Lab13

Organic Chemistry Courses

Subject: ENGIN
Credits (min): 13
Credits (max): 13
Credit unit: Credits
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 421Radar Systems

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 435Antenna Design

124

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 441System on Chip (SoC) Design

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 442Internet of Things

r is counted as one course. 126

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 444Cyber-Physical Systems Security

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (no P/F option) Repeatable for credit: Not repeatable Description: This course delves into the intricate realm of security within Cyber-Physical Systems (CPS), focusing particularly on energy systems. It provides a comprehensive understanding of 659

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 446Computer Architecture Design

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: An introduction to computer architectures; analysis and design of computer subsystems including central processing units, memories and input/output subsystems; important concepts include datapaths, computer arithmetic, instruction cycles, pipelining, virtual and cache memories, direct memory access and controller design. Enrollment Requirements: Prerequisites: • ENGIN 341 and • ENGIN 346 or CS 341 Course Catalog ID: 039058 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 448Operating Systems

Credit(s): 3 Component(s): Lecture 660

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 451Semiconductor Device Design, Simulation and Fabrication

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: This hands-on course will cover topics including design, simulation, fabrication, and characterization of basic semiconductor devices made of either silicon or compound III-V semiconductors as well as the fabrication methods needed to produce such devices. Enrollment Requirements: Prerequisite: ENGIN 351 Course Catalog ID: 039215 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 471RF/Microwave Circuits

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: This course is the first of a two course sequence on modern microwave engineering. 661

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 478Independent Study

Credit(s): 1-3 Component(s): Independent Study Grading Basis: Graded (includes P/F option) Repeatable for credit: Repeatable - total credits: 6 / total completions: 2 Description: Study of an engineering topic or work on a research project by a student or group of students under faculty supervision on subjects not currently offered in a regularly scheduled course. Enrollment Requirements: Instructor consent consent required for enrollment: Instructor Course Catalog ID: 039216 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 480Special Topics6-10

Thematic Electives

Subject: ENGIN
Credits (min): 6
Credits (max): 10
Credit unit: Credits
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 491Senior Design Project I

Credit(s): 3 Component(s): Lecture Grading Basis: Graded (includes P/F option) Repeatable for credit: Not repeatable Description: ENGIN 491, Senior Design Project I is the first semester of the two-part, two- semester Senior Design Project sequence (ENGIN 491/492 ) designed to help students prepare to make the transition to the Engineering workplace. During the first semester (ENGIN 491), students work in project teams to create a design solution to an engineering problem, and use their technical writing and presentation skills to produce a project plan and design report. Enrollment Requirements: Instructor consent consent required for enrollment: Instructor Course Catalog ID: 037603 Course Offer Number: 1

Subject: ENGIN
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

ENGIN 492Senior Design Project II12

ECE Electives

Subject: ENGIN
Credits (min): 12
Credits (max): 12
Credit unit: Credits
Type: course
Edition: 2026-2027
Source: catalog.umb.edu

Source: University of Massachusetts-Boston's catalog, linked per course · table learning_unit · CourseShelf publish 61