Manufacturing Engineering Technology - USTP CDO

DEPARTMENT OF MANUFACTURING ENGINEERING TECHNOLOGY

📢 ANNOUNCEMENT | USTP College of Technology

📌 Enrollment Schedule for Midyear Term A.Y. 2024–2025

🔹 Undergraduate Level: June 6–11, 2025
🔹 Graduate Level: June 6–14, 2025

📚 Start of Classes
🟡 Undergraduate Level: June 13, 2025
🟡 Graduate Level: June 21, 2025

Happy 8th Charter Day, USTP!

The dynamic faculty members of Manufacturing Engineering Technology.

From left to right,
Eng'r. Jujo M. Pobadora
Eng'r. Ruth April A. Labajan - MJST Director
Eng'r. Cran Leigh Mae A. Salamanca - Executive Assistant to the Dean
Mr. Jonax Samones

Absent from the picture are:
Dr. Consorcio S. Namoco Jr. - VP for Research
Eng'r. Dominic O. Cagadas - Chairperson
Eng'r. Kenneth James Magsayo
Eng'r. Venerando C. Comaling
Mr. Douglas Kent R. Mana

Heads Up, BSMET, CDO Campus Students!

Online Enrollment is now OPEN!

It's time to secure your slots for the 1st semester, Academic Year 2024-2025.

Enrollment is currently open for Regular Students ONLY.
Courses for Section 1 are already available for selection. Don't miss out!

Spread the word!

Did you know?🤔

Bachelor of Science in Manufacturing Engineering Technology (MET) program prepares students to apply engineering principles and technical skills in manufacturing industries.

Here are some key aspects of the program and potential job outcomes after graduating:

Program Overview:
It includes coursework in areas such as manufacturing processes, materials science, quality control, CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing), industrial automation, and production management.

Hands-on Experience: Emphasizes practical skills through laboratory work, internships, and projects focusing on manufacturing systems and processes.

Technical Skills: Graduates gain proficiency in using tools and technologies essential for manufacturing design, analysis, and implementation.

Job Opportunities:

✔️Manufacturing: They optimize production processes, improve efficiency, and ensure quality standards are met. They may work on process improvement, cost reduction, and implementing new technologies.

✔️Quality: Responsible for maintaining quality standards in manufacturing, conducting inspections, analyzing data, and implementing corrective actions.

✔️Production: Oversees the manufacturing process, coordinates activities on the production floor, manages resources, and ensures production targets are met.

✔️Supply Chain: Manages logistics, procurement, and inventory to ensure materials are available for production and products are delivered to customers on time.

✔️Process: Focuses on optimizing specific manufacturing processes, improving yields, reducing waste, and enhancing overall efficiency.

Industry Sectors:
✔️Automotive: Manufacturing vehicles and components.
✔️Aerospace: Producing aircraft and related systems.
✔️Electronics: Manufacturing electronic components and devices.
Consumer Goods: Producing goods for everyday use.
✔️Pharmaceuticals: Manufacturing drugs and medical devices.

Skills Required:
⚫️Technical Proficiency: Knowledge of manufacturing processes, CAD/CAM, and industrial automation.
⚫️Problem-Solving: Ability to troubleshoot and resolve production issues.
⚫️Analytical Thinking: Skills in data analysis and process optimization.
⚫️Communication: Ability to collaborate with cross-functional teams.
⚫️Project Management: Skills to oversee projects and meet deadlines.

Career Advancement:
Graduates can advance to roles such as engineer, project manager, or move into technical sales, consulting, or even pursue graduate studies in related fields.

In summary, a Bachelor of Science in Manufacturing Engineering Technology equips graduates with the skills and knowledge needed for various technical roles within the manufacturing industry, offering opportunities for career growth and specialization in areas such as process improvement, quality assurance, and production management.