One of the primary reasons this specific reviewer is hailed as "better" is its holistic coverage of the engineering math syllabus. Unlike other books that focus solely on Algebra or Calculus, the Excel Academic Council edition integrates all major topics into a single volume.
Inside this book, you will find meticulously categorized sections, including:
Having 1,001 problems spread across these domains means you do not need to buy four different books. This single volume acts as a "one-stop shop" for the mathematics portion of the Civil Engineering (CE), Mechanical Engineering (ME), and Electrical Engineering (EE) board exams.
"1001 Solved Problems in Engineering Mathematics" is a pragmatic and effective resource. It succeeds in its mission: to provide engineering students with ample practice material to conquer their fear of mathematics.
It is best described as a "Practice Workbook." If a student attends a lecture to learn the concept and uses this book to master the application, they will find themselves well-prepared for their semester examinations.
Rating: ★★★★☆ (4/5) Highly recommended for exam preparation and practice drills.
1001 Solved Problems in Engineering Mathematics Excel Academic Council
(primarily authored by Jaime R. Tiong and Romeo A. Rojas Jr.) is a standard review book for engineering licensure exams in the Philippines, covering disciplines like CE, EE, ME, and ECE. Book Overview Structure: Organized into a 23-day review program , making it ideal for structured study schedules.
Includes summarized formulas, key concepts ("Tips & Trivia"), multiple-choice questions (MCQs) with an answer key, and fully worked-out solutions. Subjects Covered:
Ranges from basic Algebra and Systems of Numbers to Advanced Mathematics, Engineering Mechanics, and Strength of Materials. Topic Schedule (Days 1–23)
The book follows a "Day-by-Day" format to ensure complete coverage of the engineering board exam syllabus: Primary Topics Covered Systems of Numbers, Conversions, and Units Fundamentals of Algebra, Properties of Equality, and Zero Quadratic Equations, Binomial Theorem, and Logarithms Age, Work, Mixture, Digit, and Motion Word Problems Venn Diagrams, Permutations, Combinations, and Probability Analytic Geometry (Parabola, Ellipse, and Hyperbola) Other Days
Matrices, Laplace Transforms, Statics, Dynamics, and Strength of Materials Study Tips for Reviewees Summarized Formulas:
Before tackling problems, master the "THEORY" sections at the start of each chapter which provide the necessary formulas. Timed Practice:
Most chapters include a suggested time limit (e.g., "60 problems for 2 hours") to help you build speed for the actual board exam. Supplement with Video:
If a solution in the book is unclear, there are comprehensive video playlists on platforms like that solve these exact problems step-by-step. Accessing the Material:
The book is widely available at local engineering bookstores or can be found for reference on or a list of common formulas used in the first few chapters? 1001 Solved Problems in Engineering Mathematics Review
1001 Solved Problems in Engineering Mathematics , published by the Excel Academic Council, is widely considered a staple resource for engineering students, particularly those preparing for licensure board exams. Often associated with authors Jaime R. Tiong and Romeo A. Rojas Jr., the book is prized for its structured, practical approach to mastering complex mathematical concepts. Core Structure and Content
The book is meticulously organized to serve as a comprehensive study plan, often divided into a 23-day curriculum. Each section typically includes:
Summarized Formulas and Concepts: Brief theory sections and "Tips & Trivia" to refresh fundamental knowledge before diving into practice.
Multiple-Choice Problems: Designed to mimic the format of actual board exams, such as the Electronics Engineering (ECE) board exam.
Detailed Solutions: Complete, step-by-step solutions for every problem, allowing students to bridge the gap between theory and application. Subjects Covered
The collection spans a broad range of engineering mathematics, progressing from foundational to advanced topics:
Fundamentals: Systems of numbers, conversions, and basic algebra.
Intermediate Math: Trigonometry, logarithms, and coordinate geometry. One of the primary reasons this specific reviewer
Advanced Topics: Differential and integral calculus, differential equations, and matrix algebra.
Specialized Areas: Probability, statistics, and engineering science subjects. Why It Is Highly Regarded
Students and educators recommend this resource because it focuses on active problem-solving rather than passive reading. By providing 1001 unique problems, it ensures that learners encounter a wide variety of scenarios they might face in professional examinations or real-world engineering tasks.
Resources for this book, including video walkthroughs and PDF previews, can be found on platforms like TikTok, YouTube, and Scribd. Are you preparing for a specific board exam, or
Older editions of 1001 problems (from the 1990s) are riddled with outdated units or typographical errors. The Excel Academic Council consistently releases updated editions that reflect the current trend of the Philippine Board Exams (PRC). They remove obscure, theoretical proofs and add more application-based problems relevant to 21st-century engineering.
Assuming you can do ~25 problems/day:
| Week | Focus | Daily action | |------|-------|---------------| | 1 | Algebra + Trig | 20 problems + error log | | 2 | Geometry + Vectors | 20 problems + timed (2 min each) | | 3 | Calculus I (limits, derivatives) | 15 problems + redo past errors | | 4 | Calculus II (integrals, DE) | 15 problems + formula sheet update | | 5 | Probability + Statistics | 20 problems + flashcards for distributions | | 6 | Complex numbers + Laplace | 15 problems + alternate methods | | 7 | Mixed topics (random sets) | 30 problems/day, 1.5 min each | | 8 | Full mock: 100 problems | Simulate exam conditions |
Total study time: 10 hours/week on this book
For over two decades, the journey from engineering freshman to licensed professional has been paved with one universal constant: Mathematics. It is the language of engineering. Yet, for many students, the gap between understanding a concept in a lecture and applying it under the pressure of a board exam feels insurmountable.
In the Philippines and across Southeast Asia, one review material has risen to legendary status. You’ve seen the maroon and white cover. You’ve heard the whispers in review centers: "Kung kaya mo ang EXCEL, kaya mo ang board exam." (If you can handle EXCEL, you can handle the board exam.)
We are talking about the quintessential tome: "1001 Solved Problems in Engineering Mathematics by Excel Academic Council."
But the internet is crowded with math books. Why does this specific book still dominate? And most importantly—why is it universally considered "better" than its competitors (Gillesania, Hibbeler, or generic engineering math compilations)?
Here is the definitive breakdown of why the Excel Academic Council’s 1001 series remains the gold standard.
📘 Book: 1001 Solved Problems in Engineering Mathematics
✍️ Author: Excel Academic Council
🎯 Best for: Exam drill & repetition
⏱️ Ideal pace: 20–30 problems/day
📝 Must-do: Error log + timed sets
🚫 Avoid: Passive reading of solutions
🔁 Combine with: Formula sheet + theory review
Would you like a printable 1-page checklist or a weekly tracker template for this book?
The fluorescent lights of the university library hummed, a low-frequency drone that felt like it was drilling directly into Leo’s skull. Spread before him was the legendary “Blue Bible”— 1001 Solved Problems in Engineering Mathematics by the Excel Academic Council.
To most, it was a textbook. To a third-year engineering student on the brink of failing Differential Equations, it was a trial by fire.
Leo looked at Problem #742. It involved a mixing tank, two inflow pipes, and a rate of change that seemed to defy the laws of physics—and his sanity. He had been staring at the same three lines of integration for forty minutes.
“You’re overthinking the constant,” a voice whispered.
Leo jumped. Sitting across from him was Sarah, a top-of-the-class senior known for carrying a copy of the same book, its edges frayed and pages stained with coffee.
“Excel Council doesn’t want you to just find ‘C’,” she said, sliding his notebook toward her. “They want you to see the flow. Look at Problem #112. The logic is the same. It’s not about the numbers; it’s about the pattern.”
She scribbled a single line of logic—a shortcut not found in the official solution manual, but one born from hours of wrestling with the Council’s rigorous curriculum.
Leo blinked. The messy variables suddenly snapped into a crystal-clear sequence. It was like seeing the code in the Matrix. For the next four hours, they didn't just solve problems; they conquered them. Trigonometry, Power Series, and Laplace Transforms fell like dominoes.
As the library began to close, Leo closed the heavy book. He felt a strange sense of calm. The 1001 problems weren't meant to break him; they were meant to rebuild his brain. Having 1,001 problems spread across these domains means
"See you at the boards tomorrow?" Sarah asked, packing her bag.
Leo patted the worn cover of the Excel manual. "Problem #1002 is going to be passing this exam." specific branch of math
from the book for the next part of the story, or should we move to the day of the big exam
1001 Solved Problems in Engineering Mathematics by Excel Academic Council has become a cornerstone resource for students and professionals across the Philippines preparing for board exams and technical coursework. Published by the Excel Review Center, this comprehensive guide bridges the gap between theoretical mathematical concepts and their practical applications in various engineering disciplines. Comprehensive Coverage of Engineering Math
The book is structured to guide learners through a logical progression of topics, moving from fundamental algebraic principles to advanced calculus and differential equations. Key subject areas include:
Algebra & Fundamentals: System of numbers, conversions, quadratic equations, binomial theorem, and logarithms.
Specialized Math Problems: Clock problems, variations, progressions (arithmetic and geometric), and Diophantine equations.
Probability & Statistics: Venn diagrams, permutations, combinations, and binomial distribution.
Geometry & Trigonometry: Plane geometry basics, area formulas, and complex trigonometric identities.
Advanced Engineering Math: Differential and integral calculus, differential equations, and vector analysis. Key Features for Board Exam Preparation
What sets this collection apart from standard textbooks is its focus on step-by-step problem-solving. Each of the 1,001 problems is presented with clear, detailed solutions that allow students to understand the underlying logic rather than just memorizing formulas.
The book 1001 Solved Problems in Engineering Mathematics by the Excel Academic Council (often authored by Jaime R. Tiong and Romeo A. Rojas Jr.) is a staple for engineering students, particularly those preparing for licensure board exams. Key Features & Content
The book is specifically designed to bridge the gap between theoretical knowledge and practical application through a structured, high-volume practice approach.
Structured Study Plan: The content is organized into a 23-day review format, making it easy for students to pace their preparation.
Comprehensive Coverage: It covers a vast range of engineering math subjects, including: Algebra: Number systems, binomial theorem, and logarithms.
Advanced Math: Differential and integral calculus, differential equations, and complex analysis.
Applied Topics: Probability, statistics, and some physics/engineering science subjects.
Problem Format: Each section typically includes summarized formulas and concepts, followed by multiple-choice questions (MCQs) with an answer key and complete, step-by-step solutions.
1001 Solved Problems in Engineering Mathematics by the Excel Academic Council is a comprehensive study guide widely used by engineering students and board exam reviewees to bridge the gap between theoretical math and practical engineering application. Often authored by Jaime R. Tiong and Romeo A. Rojas Jr., the book is specifically designed for rigorous exam preparation, such as for the ECE board exams. Key Features
1,001 Practice Problems: Provides a massive bank of problems ranging from basic conceptual questions to advanced real-world engineering scenarios.
Step-by-Step Solutions: Each problem includes detailed, clear explanations to help learners understand the underlying methodology.
Structured Layout: The content is organized by topics and difficulty levels, often structured into a "Day 1 to Day 23" study plan to facilitate systematic revision.
Summarized Formulas: Includes quick-reference theory sections and formula summaries before each set of problems. Comprehensive Topic Coverage Total study time: 10 hours/week on this book
The book spans the entire spectrum of engineering mathematics required for licensure and coursework:
Algebra & Fundamentals: Systems of numbers, logarithms, quadratic equations, binomial theorems, and progressions.
Calculus: Differential and integral calculus, including limits, derivatives, integration techniques, and multivariable calculus.
Geometry & Trigonometry: Plane and solid geometry, analytic geometry, and spherical trigonometry.
Advanced Math: Differential equations, linear algebra (matrices and vectors), and complex analysis.
Applied Mathematics: Probability and statistics, permutations, combinations, and Venn diagrams. Why It Is Highly Recommended
Exam-Focused: The book mimics the format and difficulty of major engineering entrance and professional licensure tests.
Self-Assessment: The inclusion of multiple-choice questions with answer keys allows students to track their progress effectively.
Democratized Access: Reviewers from sites like Wiki School Today note that it makes complex knowledge accessible to students from diverse backgrounds.
This resource is available for purchase at retailers like My Book District and is often featured on platforms like TikTok Shop for board exam review.
1001 Solved Problems in Engineering Mathematics authored by Jaime R. Tiong Romeo A. Rojas Jr. and published under the Excel Academic Council
, is widely regarded as a cornerstone for engineering students and board exam reviewees in the Philippines and beyond. This comprehensive guide provides a structured approach to mastering the mathematical foundations necessary for various engineering disciplines, such as Civil, Electrical, and Electronics Engineering. Structure and Content The text is uniquely organized into a 23-day review program
, which helps students manage the vast syllabus of engineering mathematics systematically. Each "day" or chapter typically includes: Summarized Formulas and Theories
: Brief overviews of essential concepts to refresh the reader's memory. Multiple-Choice Problems
: A vast collection of problems designed to mimic the format of professional licensure examinations. Detailed Solutions
: Step-by-step mathematical resolutions that provide clarity on how to apply abstract formulas to concrete problems. The book covers a broad spectrum of topics, including: Algebra and Trigonometry : Systems of numbers, logarithms, and binomial theorems.
: Both differential and integral calculus, including limits and derivatives. Advanced Mathematics
: Differential equations, vector and matrix algebra, and probability and statistics. Specialized Engineering Math
: Plane and solid geometry, analytic geometry, and physics-related mathematical problems. Educational Impact For many engineering graduates, the Excel Academic Council's
publication is more than just a textbook; it is a critical tool for board exam preparation. By offering 1,001 distinct problems
, it allows for the repetitive practice needed to gain speed and accuracy, which are vital for time-pressured exams. The inclusion of complete solutions from the authors helps students self-correct and learn specific problem-solving techniques that may not be covered in standard classroom lectures. In summary, the book's effectiveness lies in its pedagogical design
—bridging the gap between theoretical knowledge and practical application—making it a preferred choice for those seeking to solidify their mathematical expertise in the engineering field. 1001 Solved Problems in Engineering Maths | PDF - Scribd