This E- Journo Eskwela is an online course developed to support the campus journalist in increasing their knowledge and skills and competencies of of student journalists.

This fundamental course, News Writing 101, is the essential entry point for aspiring journalists, establishing the core principles and practices of professional news reporting and writing. Students will master the basic building blocks of journalism, including the inverted pyramid structure, identifying news value, conducting accurate interviews, and crafting clear, concise, and objective leads for various platforms. By the end, you will possess the foundational skills necessary to confidently gather, evaluate, and write accurate news stories under deadline.

This foundational course, Sports Writing 101, introduces students to the core principles and practices of covering athletics for various media, moving beyond simple score reporting to professional storytelling. You'll master essential journalism skills, including conducting compelling interviews, crafting vivid game accounts, and developing insightful feature stories that capture the human drama of sport. By the end, you'll possess the fundamental techniques needed to confidently report on sports across print, digital, and broadcast platforms.

This course is designed for campus journalists and beginners, covering the essential skills needed to produce compelling audio content for radio and online platforms within a campus environment. Students will learn the fundamentals of scriptwriting, voice performance, ethical reporting, and basic audio editing to create engaging news features and public service announcements. By the end of the course, participants will be ready to confidently host, report, or produce a short, professional-quality radio segment relevant to the campus community.

Introduction to Engineering is a course designed to teach students about the different engineering fields and expose them to research opportunities, career possibilities, and coursework that will challenge and engage them.  This introductory  course provides a framework for the practice of engineering. 

This is a 2-semester course sequence for fourth-year DECE Engineering students. It is designed to introduce students to the steps in a systematic design process, to provide design experience through a aerospace vehicle design project, and to build teaming, organizational, and communication skills.      

This LMS will be use for examination purposes only.

Thank you!

AY 2026-2027 | ECE 406: Electronic Circuit Analysis and Design

Instructor: Engr. Darwin Mañaga

AY 2026-2027 | ECE 409: Electronic System Design 1 

Instructor: Engr. Darwin Mañaga

Electronic Systems and Design 1 provides students with a comprehensive introduction to the theory, operating principles, and design of electronic devices and control circuits that support industrial processes. Delivered in an online learning environment, the course combines digital resources, interactive simulations, and virtual labs to provide students with authentic and engaging learning experiences regardless of their location.

This course is part of the elective sequence in Electronics Engineering under the Information and Computer Technology track, serving as the second part that focuses on routing and switching protocols. It builds upon fundamental networking principles and progresses toward more complex network configurations and troubleshooting techniques. The course equips students with competencies in small- and medium-sized network planning, design, deployment, implementation, and operations and maintenance (O&M) optimization.

This  course provides an introduction to building management systems (BMS). In this course, you will gain an understanding of the role and typical components of a BMS, the fundamentals of control theory, data gathering systems, and how a BMS can be used to optimise building performance. 

This course introduces the fundamental concepts, principles, components, and applications of instrumentation and control engineering in industrial processes.

The course emphasizes the practical understanding of measurement systems, sensors and transducers, signal transmission, process variables, control loops, final control elements, instrument symbols, process documentation, and basic feedback control.

This course covers fundamental concepts and applications of electronic measurements and instrumentation, including measurement principles, error analysis, sensors and transducers, signal conditioning, data acquisition, and modern instrumentation systems.

The course covers concepts involving microprocessor/microcontroller systems architecture/organization including microprocessor/microcontroller programming, interfacing techniques, memory systems and bus standards. In the laboratory, the students will be involved with experiments using microcontrollers and the use of microprocessor/microcontroller development environment and other tools. Experiment’s topics include:  c language programming language, interfacing with input and output devices, data transfer between microcontroller-based circuits and Iot enabled circuits.

Operating systems are an essential part of any computer system. Similarly, a course on operating systems is an essential part of any computer science education. This field is undergoing rapid change, as computers are now prevalent in virtually every arena of day-to-day life— from embedded devices in automobiles through the most sophisticated planning tools for governments and multinational firm.

At the end of this course, students will gain fundamental concepts and learn algorithms being used in both open-source and commercial operating systems.

This is an introduction on what Moodle is. In Moodle, a teacher has responsibility for the materials in their own course. They often also manage enrolments and are able to change the layout of the course page. This quick start guide introduces Moodle's features to those with the Teacher role.

Moodle Development Course

Python Basic 101

This course provides an overview of the various student affairs and services available to support students' academic success, personal growth, and well-being. It covers key areas such as library services, counseling,  student organizations, health services, and campus life programs. By engaging with these resources, students can enhance their learning experience, develop leadership skills, and foster a sense of community within the university.

Engineers of today’s world are being more and more indulged in their profession. Industrial Engineers are expected to perform major responsibilities required to them.  To meet this demand, a certain degree of fundamental knowledge and appreciation of engineering ethics and its practices among engineers are required of the emerging professionals in the field of Industrial Engineering. Its importance serves the purpose for directing engineers of the proper conduct and ethical behaviour in dealing with transactions and in all aspects of their job. Here in this course, the student will be able to learn to preserve the values, that is, integrity, honesty, quality completion in performing of task and relations of the industrial engineer with the state, the public, the clients, employer, engineers and other professionals.

Upon completion of this course, the students should be able to:

1. Determine the significance of morality in the formation of right conscience and behaviour.

2. Illustrate  the work and responsibilities of an industrial engineer

3. Recognize the relations of the IE with the state, the public, the clients, employer, engineers and other professionals

4. Apply the values and ethical principles learned and effect more harmonious social and work relations.

 This course marks a significant milestone in your academic and professional journey, as it brings together your prior learning, industry experience, and acquired competencies into a culminating output.

As ETEEAP learners, you come with rich professional backgrounds and real-world expertise. This capstone project is designed to recognize and validate that experience by allowing you to develop a project that is . Rather than focusing purely on theory, this course emphasizes in real organizational or community settings.

Throughout the course, you will be guided in refining your project concept, documenting your work systematically, and presenting your outputs clearly and professionally. You are expected to demonstrate independence, critical thinking, ethical practice, and effective communication—key competencies expected of ETEEAP graduates.

Operations Research (OR) has a wide scope and many applications in science, engineering, economics, and business; thus, the ability to solve OR problems is essential for both students and practitioners. Operations research helps in solving problems in different environments that require a decision. Being able to solve real-life problems and obtain the right solution requires understanding and modeling the problem, applying appropriate optimization tools and skills to solve the mathematical model. The ultimate goal of this course is to teach students to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics. Likewise, this course will help students familiarize and use the computation tools like EXCEL, LINDO, LINGO, Win-QSB, and TORA for solving optimization problems. In particular, this course covers Integer programming, Monte Carlo Simulation, dynamic programming, Decision Theory, Queue Models, Markov Analysis, and Game Theory. The course shares many problems, and it will be treated like mathematics subjects, where concepts can be easily acquired by solving application areas.

Work study is an area of knowledge which combined the two techniques, method study and work measurement which are used in the analysis of human work in all its contexts. It is a technique to identify non-value adding operations by investigation of all the factors affecting the work system. It is the only accurate and systematic procedure-oriented technique to establish time standards. It is a powerful tool for increasing productivity, improving equipment utilization, conserving materials and energy, reducing human effort, and advancing the goals of the organization. Accordingly, in this course, the students will recognize how work study will enhance the production efficiency of the company by elimination of waste and unnecessary operations. The course will help the students to determine work standards, the importance of properly defined work processes and apprehend the role of standards for competitive operations. 

The course includes lectures, laboratories, and practical project (work-study) in an industrial organization.

ETEEAP MEXE 407 - PLC Fundamentals and Programming
Dr. Louie L. Villaverde

This course introduces the fundamental principles and applications of control systems engineering. Topics include modeling, analysis, and design of control systems using classical and modern control techniques. A working knowledge in control systems prepares students to understand its application in robotics, process control industry and manufacturing. 

Total Quality Management (TQM) is one of the management courses under the BIT curriculum. As a management philosophy, it is aimed to embed in the head, hands, and heart of the students the culture of quality in every aspect of the organization, both public and private in the sphere of service and product to achieve excellence.

Manufacturing technology deals with the specifications, operating parameters, and designs of process equipment in manufacturing. Each process is supplemented with simple illustrations, numerical calculations for the design process, and a discussion of the results so obtained. Moreover, manufacturing technology involved in turning raw materials into finished products is to be used for the same purpose. These in turn would require a variety of new materials and their associated processing such as computer-aided design and manufacturing. Also, demanding working conditions that are desired in modern industrial operations make large demands on the manufacturing industry. Further, the working knowledge of manufacturing technology helps the economics of the manufacturing operations to be viable in the modern environment.

Asia’s business world is changing rapidly. Companies face this new world with a mixed set of skills. They overstretch the system and production as they meet competitors with deeper skills. With the development of Computer Numerically Control systems of programming and operation, all the tedious works are lessened. It would be easier and services would be enhanced and quality services can be expected.

          Computer Numerical Control (CNC) is one in which the functions and motions of a machine tool are controlled by means of a prepared program containing coded alphanumeric data. CNC can control the motions of the workpiece or tool, the input parameters such as feed, depth of cut, speed, and the functions such as turning spindle on/off, turning coolant on/off.

          The ever-increasing use of CNC in industry has created a need for personnel who are knowledgeable about and capable of preparing the programs which guide the machine tools to produce parts to the required shape and accuracy. Within this, the fundamental knowledge in CNC operation and programming is necessary to fill the needs of industrializing country. Acquiring the basic knowledge and skills of this CNC technology will provide the students with enriched academic and training experiences in preparation to the field of work.

The Advanced Pipefitting and Pattern Development course is designed to provide in-depth knowledge and advanced skills in the field of pipefitting and the intricate art of pattern development. Building on fundamental pipefitting concepts, this course delves into complex pipe systems, advanced fabrication techniques, and the creation of intricate patterns for various piping components.