IIT | Quality Education for a better Mindanao

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• College of Engineering
• Programs

Programs

The College of Engineering offers eight (8) undergraduate programs, three (3) masters degree programs, and three (3) doctoral programs.

Undergraduate

• Bachelor of Science in Ceramic Engineering (BSCerE)
• Bachelor of Science in Chemical Engineering (BSChE)
• Bachelor of Science in Metallurgical Engineering (BSMetE)
• Bachelor of Science in Civil Engineering (BSCE)
• Bachelor of Science in Mechanical Engineering (BSME)
• Bachelor of Science in Computer Engineering (BSEC)
• Bachelor of Science in Electrical Engineering (BSEE)
• Bachelor of Science in Electronics and Communication Engineering (BSECE)

Graduate

• Master of Science in Civil Engineering (MSCE)
• Master of Science in Mechanical Engineering (MSME)
• Master of Science in Electrical Engineering (MSEE)
• Master of Engineering (MOE)
• Doctor of Engineering (DOE)

NOTE: Admissions to the graduate programs are handled by the School of Graduate Studies. For detailed descriptions of these programs, click here.

Ceramic, Chemical, and Metallurgical Engineering Department

• Bachelor of Science in Ceramic Engineering (BSCerE)

  Objectives

  The BSCerE program is offered with the following objectives:

  1. to dynamically equip the students with the basic knowledge and skills on the processes and operations in the manufacture of Traditional Ceramic Products (refractories, glasses and glazes, tiles, porcelain, electric insulators, cements, potteries, enamels, and etc.), and High Technology Ceramic Materials and Products (SiC, AlN, Bio-Ceramic materials, inorganic fibers, aerospace materials, fiber optics, composite materials, semiconductor, superconducting devices and etc.);
  2. to produce quality graduates who can work effectively as senior engineers, technologists, sales engineers, consultants or managers in the ceramic or other materials industries; who are developers of ceramic ideas and researches, feasibility studies and can understand the peculiar needs of the design of a ceramic plant;
  3. to produce graduates who have developed a virtuous moral character, socially responsible, and committed to the development of the ceramic engineering field;
  4. to establish industry linkage by promoting collaboration on ceramic researches, students in-plant activities and scholarship supports programs; and,
  5. to extend consultative assistance to local communities such as skills training in ceramic sciences, seminars and in livelihood programs involving production of ceramic products.

  Career Paths

  Ceramic engineers can be employed by a variety of industries from the specialized raw material and ceramic product manufacturers to the chemical, electrical and electronics, automotive, nuclear and aerospace industries. Ceramic engineers may likewise conduct research for product development. Ceramic Engineers may engage in entrepreneurial endeavors in the areas of ceramic products production.

  List of Courses

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• Bachelor of Science in Chemical Engineering (BSChE)

  Objectives

  The BSChE program is offered with the following objectives:

  1. to provide the student a sound knowledge on engineering and chemical science to help achieve competence in treating not only current technical problems but also those that will arise in the technologies of the future;
  2. to incorporate in the curriculum, courses which are required in the Chemical Engineering Licensure Examination and by the Technical Panel for Engineering Education;
  3. to produce graduates who are capable of pursuing graduate studies in chemical engineering or in any related field;
  4. to produce graduates who are capable of doing research works; and
  5. to produce graduates who can work either in the field or in the laboratory.

  Career Paths

  Career paths for Chemical Engineering graduates include teaching and research in the academe or in research institutes, as production engineers, sales engineers, design engineers, managers or consultants in the chemical and manufacturing plants; as entrepreneurs in the manufacturing sector related to chemicals, food, pharmaceuticals, and other related consumer products. Can work in related fields such as environmental engineering, biotechnology, metallurgy and materials engineering.

  List of Courses

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• Bachelor of Science in Metallurgical Engineering (BSMetE)

  Objectives

  The BSMetE program is offered to produce graduates:

  1. who are capable of meeting the needs of mineral and metal processing industries;
  2. who are capable of conducting ore separation studies, and analyze and interpret mineral processing from diagrams;
  3. who can interpret photomicrographs of basic metal structures and relate them with the process involved; and predict metal properties under service conditions;
  4. who can support their immediate supervisors in the analysis of metal extraction process requirement;
  5. who can conceptualize, formulate and implement solutions to metal forming problems, designed and activities;
  6. who are prepared for higher studies and research;
  7. who are skillful in technical communications;
  8. who have the ability to easily adjust and adapt to the real world environment;
  9. who will qualify for licensure examination;
  10. who are knowledgeable in the application of the computers in the industry; and
  11. who can formulate process designs in ore separation, metal extraction and metal forming.

  Career Paths

  Metallurgical engineers can be employed as production engineers, sales engineers, researchers, managers or consultants in industries involved in mineral processing, metals extraction (metal refineries) and metals forming. May also engage in entrepreneurial endeavors related to mineral and metals processing/forming activities.

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Civil Engineering Department

• Bachelor of Science in Civil Engineering (BSCE)

  Objectives

  The BSCE program aims to produce graduates who possess the following qualities:

  1. technical skills for the planning, design, construction, management and maintenance of civil engineering works;
  2. sense of environmental consciousness and social responsibility;
  3. knowledge of professional responsibilities on ethics and laws;
  4. knowledge on human, financial, entrepreneurial, physical and resource management;
  5. preparedness for graduate work and research;
  6. ability to function in multi-disciplinary teams;
  7. ability to communicate effectively, both within the profession and the society at large; and
  8. a total engineer utilizing his knowledge of the arts, sciences and engineering concepts within the context of the continuously changing national and global settings.

  List of Courses

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Engineering Science and Mechanical Engineering Department

• Bachelor of Science in Mechanical Engineering (BSME)

  Objectives

  The BSME program is offered with the following objectives:

  1. to produce top quality mechanical engineering graduates;
  2. to undertake research, development and extension activities which could contribute to the industrial development of the country;
  3. to provide mechanical engineering practitioners with technical expertise and basic and advanced tools to cope with the requirements of the industry, the government and the academe; and
  4. to develop strong linkages and partnerships with the industries and other institutions.

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Electrical, Electronics & Communication, and Computer Engineering Department

• Bachelor of Science in Computer Engineering (BSEC)

  Objectives

  The BSEC program is offered with the following objectives:

  1. to provide students with a baccalaureate education necessary to understand the impact of computer engineering in a global, societal and environmental context consistent with the principles of sustainable development;
  2. to provide students with basic knowledge and skills in Computer Science, Electrical and Electronics Engineering needed for creating new technologies and meeting the current needs of society;
  3. to develop the competence of the students in conducting research activities and extension services for the benefit of the community; and,
  4. to provide students with the educational foundation that will qualify them for further study in the post-baccalaureate level towards a field of specialization.

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• Bachelor of Science in Electrical Engineering (BSEE)

  Objectives

  The BSEE program is offered to produce graduates who will be able:

  1. to learn and obtain a baccalaureate education necessary to understand the impact of Electrical Engineering in a global, societal and environmental context consistent with the principles of sustainable development;
  2. to identify, analyze and solve Electrical Engineering problems with the recognition of the role computers will play in the solution process;
  3. to conduct research activities and extension services for the benefit of the community;
  4. to qualify in taking the licensure examination in Electrical Engineering; and,
  5. to qualify for further study in the post-baccalaureate level towards a field of specialization.

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• Bachelor of Science in Electronics and Communication Engineering (BSECE)

  Objectives

  The BSECE program is offered with the following objectives:

  1. Students will learn and obtain a baccalaureate education necessary to understand the impact of Electronics and Communication Engineering in a global, societal and environmental context consistent with the principles of sustainable development.
  2. Students will obtain an appreciation for and an ability to engage in their life-long learning process and become effective engineers in the workplace of the future.
  3. Students will be able to conduct research activities and extension services for the benefit of the community.
  4. Students will experience an academic environment that facilitates and encourages learning retention and will also be well prepared for graduate school to further their education.