Looking for Johns Hopkins University engineering textbooks for 2026? Whether you're studying computer science, electrical engineering, applied mathematics, radar systems, or engineering management, finding the right textbooks can help you prepare for your coursework.
The Johns Hopkins University Whiting School of Engineering, including its Engineering for Professionals programs, offers specialized courses covering a wide range of technical disciplines.
This guide highlights 19 textbooks associated with selected Johns Hopkins University course syllabi for Spring, Summer, and Fall 2026. Each book includes its ISBN-13, relevant course information, and a direct link to its listing on YakiBooki.
1. Computer Science and Programming Textbooks
Modern Operating Systems – 5th Edition
ISBN-13: 9780137618873
Course: 605.612.82 – Operating Systems
Academic Year: 2026
Modern Operating Systems explores the fundamental principles behind modern computer operating systems, including process management, memory management, file systems, concurrency, and system security.
It is particularly useful for computer science students interested in understanding how operating systems manage hardware and software resources.
View Modern Operating Systems – 5th Edition
Java: The Complete Reference – 10th Edition
ISBN-13: 9781259589331
Course: 605.201.81 – Introduction to Programming Using Java
Semester: Summer 2026
Java: The Complete Reference provides a comprehensive introduction to Java programming, covering object-oriented programming, data structures, exception handling, multithreading, and other core Java concepts.
View Java: The Complete Reference – 10th Edition
2. Electrical Engineering, Antennas and Radar Systems
Antenna Theory: Analysis and Design – 4th Edition
ISBN-13: 9781118642061
Course: 525.738.81 – Advanced Antenna Systems
Semester: Summer 2026
Antenna Theory: Analysis and Design covers the principles of antenna radiation, electromagnetic wave propagation, antenna arrays, and antenna design techniques.
It is a valuable reference for electrical engineering students specializing in communications and antenna systems.
View Antenna Theory: Analysis and Design – 4th Edition
Principles of Modern Radar – 1st Edition
ISBN-13: 9781891121524
Course: 525.648.82 – Introduction to Radar Systems
Semester: Summer 2026
Principles of Modern Radar introduces the fundamental concepts behind radar operation, including radar signal processing, detection, system design, and performance analysis.
View Principles of Modern Radar – 1st Edition
Introduction to Radar Systems – 3rd Edition
ISBN-13: 9780072881387
Course: 525.648.82 – Introduction to Radar Systems
Semester: Summer 2026
Syllabus Status: Recommended
Introduction to Radar Systems explains radar principles, including radar range, target detection, radar equations, and system performance.
View Introduction to Radar Systems – 3rd Edition
Discrete-Time Signal Processing – 3rd Edition
ISBN-13: 9780131988422
Course: 525.648.82 – Introduction to Radar Systems
Semester: Summer 2026
Discrete-Time Signal Processing covers digital signal processing techniques, discrete-time systems, Fourier analysis, and digital filtering.
The concepts are relevant to radar, communications, audio processing, and other engineering applications.
View Discrete-Time Signal Processing – 3rd Edition
3. Optical Engineering and Semiconductor Technology
Optical Radiation Detectors – 1st Edition
ISBN-13: 9780471897972
Course: 615.780.81 – Optical Detectors & Applications
Semester: Fall 2026
Syllabus Status: Recommended
Optical Radiation Detectors examines technologies used to detect and measure optical radiation.
It provides foundational knowledge for students studying optical instrumentation, sensors, and photonic systems.
View Optical Radiation Detectors – 1st Edition
Fundamentals of Infrared and Visible Detector Operation and Testing – 2nd Edition
ISBN-13: 9781118094884
Course: 615.780.81 – Optical Detectors & Applications
Semester: Fall 2026
This textbook explores the operating principles, performance characteristics, and testing methods of infrared and visible-light detectors.
View Fundamentals of Infrared and Visible Detector Operation and Testing – 2nd Edition
Semiconductor Devices: Physics and Technology – 3rd Edition
ISBN-13: 9780470537947
Course: 615.780.81 – Optical Detectors & Applications
Semester: Fall 2026
Semiconductor Devices: Physics and Technology introduces semiconductor physics, electronic device operation, and semiconductor fabrication concepts.
View Semiconductor Devices: Physics and Technology – 3rd Edition
4. Digital Image Processing and Applied Engineering
Digital Image Processing – 4th Edition
ISBN-13: 9781292223049
Course: 525.619.8VL – Introduction to Digital Image and Video Processing
Semester: Fall 2026
Syllabus Status: Recommended
Digital Image Processing covers image enhancement, restoration, segmentation, filtering, and image analysis.
It is relevant to computer vision, medical imaging, robotics, and digital multimedia applications.
View Digital Image Processing – 4th Edition
Space Weather: Physics and Effects
ISBN-13: 9783540239079
Course: 675.751.82 – Space Weather
Academic Year: 2026
Syllabus Status: Optional
Space Weather: Physics and Effects explores solar activity, space plasma environments, geomagnetic disturbances, and their effects on technological systems.
View Space Weather: Physics and Effects
5. Applied Mathematics and Statistical Methods
Advanced Engineering Mathematics – 10th Edition
ISBN-13: 9780470458365
Course: 535.641.86 – Mathematical Methods for Engineers
Semester: Summer 2026
Syllabus Status: Recommended
Advanced Engineering Mathematics provides mathematical methods used throughout engineering, including differential equations, linear algebra, vector calculus, and numerical methods.
View Advanced Engineering Mathematics – 10th Edition
Applied Partial Differential Equations with Fourier Series and Boundary Value Problems – 5th Edition
ISBN-13: 9780321797056
Course: 625.717.82 – Advanced Differential Equations: Partial Differential Equations
Semester: Fall 2026
Syllabus Status: Required
This textbook covers partial differential equations, Fourier series, and boundary value problems used in mathematical modeling and engineering applications.
View Applied Partial Differential Equations – 5th Edition
Introducing Monte Carlo Methods with R – 1st Edition
ISBN-13: 9781441915764
Course: 625.633.81 – Monte Carlo Methods
Semester: Spring 2026
Syllabus Status: Required
Introducing Monte Carlo Methods with R explains simulation-based statistical techniques and their implementation using the R programming language.
It is useful for students studying probability, computational statistics, and mathematical simulation.
View Introducing Monte Carlo Methods with R – 1st Edition
6. Product Development and Engineering Management
Product Design and Development – 7th Edition
ISBN-13: 9781260043655
Course: 595.701.8VL – Product and Supply Chain Management for Technical Professionals
Semester: Fall 2026
Syllabus Status: Required
Product Design and Development introduces product planning, concept development, design processes, and product development management.
It is particularly relevant to engineering professionals involved in product innovation and technical project management.
View Product Design and Development – 7th Edition
Publication Manual of the American Psychological Association – 7th Edition
ISBN-13: 9781433832161
Course: 595.662.83 – Technical Organization Management
Semester: Fall 2026
Syllabus Status: Optional
The Publication Manual of the American Psychological Association provides guidance on academic writing, research presentation, citation formatting, and scholarly documentation.
View APA Publication Manual – 7th Edition
7. Johns Hopkins University Engineering Textbooks: Quick ISBN Reference
| Textbook | ISBN-13 |
|---|---|
| Antenna Theory: Analysis and Design (4th Ed.) | 9781118642061 |
| Modern Operating Systems (5th Ed.) | 9780137618873 |
| Product Design and Development (7th Ed.) | 9781260043655 |
| Introducing Monte Carlo Methods with R (1st Ed.) | 9781441915764 |
| Advanced Engineering Mathematics (10th Ed.) | 9780470458365 |
| Optical Radiation Detectors (1st Ed.) | 9780471897972 |
| Fundamentals of Infrared and Visible Detector Operation and Testing (2nd Ed.) | 9781118094884 |
| Semiconductor Devices: Physics and Technology (3rd Ed.) | 9780470537947 |
| Digital Image Processing (4th Ed.) | 9781292223049 |
| Applied Partial Differential Equations (5th Ed.) | 9780321797056 |
| APA Publication Manual (7th Ed.) | 9781433832161 |
| Principles of Modern Radar (1st Ed.) | 9781891121524 |
| Introduction to Radar Systems (3rd Ed.) | 9780072881387 |
| Discrete-Time Signal Processing (3rd Ed.) | 9780131988422 |
| Java: The Complete Reference (10th Ed.) | 9781259589331 |
| Space Weather: Physics and Effects | 9783540239079 |
8. How to Find the Correct Johns Hopkins Engineering Textbooks
When selecting textbooks for Johns Hopkins University engineering courses, students should verify the course number, academic semester, textbook edition, and ISBN.
Some courses designate books as required, recommended, or optional, while others list references without a clearly specified requirement status.
Students can also consult the corresponding Johns Hopkins Engineering for Professionals syllabi for more detailed course information.
Browse Johns Hopkins Engineering for Professionals course syllabi
9. Explore Engineering and Technology Textbooks on YakiBooki
YakiBooki offers digital textbook listings across engineering, computer science, mathematics, technology, and related academic subjects.
Students can use the direct links throughout this guide to locate specific textbook titles and editions.
Explore textbooks at YakiBooki
Disclaimer: This article is an independent educational resource based on supplied Johns Hopkins University course references. YakiBooki is not affiliated with or endorsed by Johns Hopkins University. Course materials and textbook requirements may change.