Chemical Engineering

Within three to five years after obtaining a Bachelor’s degree in Chemical Engineering at the University of St. La Salle, a graduate is expected to have:

1. Successful career in chemical engineering and /or related fields, and be prepared to pursue a broad range of chemical engineering-related career and graduate school opportunities.
2. Utilize his/her knowledge in chemical engineering and effectively contribute to address contemporary chemical engineering issues for society as well as to the profession. Manifest ability to communicate effectively both in written, oral or visual forms through writing research report and presentation.
3. Sense of social responsibility through participating in community based activities and professional commitment by being actively involved in professional organizations in the field of Chemical Engineering as well as community-based

By the time of graduation, the students of the program shall be able to:

1. Apply thorough knowledge of mathematics and sciences in solving for material and energy balances with other pertinent equations involved in complex Chemical Engineering Subjects.
2. Design and conduct experiments to test hypothesis and verify assumptions, analyze and interpret data and to simulate Chemical Engineering processes.
3. Design a physical or chemical system, component, or process to meet industry needs within realistic constraints, in accordance and compliance with standards set for sustainability.
4. Function well in the industry where multidisciplinary and multi-cultural teams collaborate in the attainment of processed set goals.
5. Identify, formulate and solve complex chemical engineering problems with the comprehensive application of the concepts on Unit Operations, Chemical Process Industries and Instrumentation and Process Control.
6. Apply professional and ethical responsibility in the creation of innovations and become professionals who are morally and legally conscious in the practice of their professions.
7. Communicate effectively complex chemical engineering activities with the engineering community and with the society at large and explain the role of each member of the community in the sustainability of such activity, 
8. Understand the impact of chemical engineering solutions in a global, economic, environmental and societal context and its significance in the improvement and preservation of life in general. 
9. Pursue life-long learning in the context of innovation, research, technological developments and environmental protection.
10. Use inquiry skills to examine the chemical engineering issues that impact the contemporary world and engage in research and problem solving in order to better understand and assess the significance of the chemical engineering field in these issues.
11. Use modern computational engineering tools, software or instruments in processing problems involving chemical engineering.
12. Develop interpersonal, managerial and communication skills,  and cultivate professional ethics and values needed to collaborate with other fields of study for the growth of oneself and that of the organization as a whole.
13. Focus on at least one specialized field of practice in preparation for those who will pursue graduate work and those who will venture into the field of research and development

Balik Scientist Dr. Khino J. Parohinog Courtesy
Call to Undersecretary Leah J. Buendia

March 3, 2023

Department of Science and Technology

Dr. Khino J. Parohinog is a Nanotechnology expert who earned his MS-PhD in Energy Science and Technology at Myongji University in South Korea.

His research interest lies in the development of different types of nano-adsorbents for targeted critical and precious metal recovery. His research was focused on the surface functionalization of carbon-based nanomaterials as a technique for the fabrication of the adsorbents, wherein crown ethers (CE) were immobilized on magnetic graphene oxide (MGO) to produce high-capacity, highly selective adsorbents. 

For this Balik Scientist engagement, Dr. Parohinog is hosted by the University of Mindanao(UM) and University of St. La Salle (USLS) where he helps in enhancing research capabilities of faculty and students in the Chemical Engineering Department. He is expected to provide technical assistance in formulating research plans for the synthesis of nano-adsorbent materials for contaminant removal and resource recovery. 

Talaba Shell-Derived Calcium Oxide Nanoparticles
for the Photocatalytic Degradation of Methyl Orange in Water

September 5, 2023

Congratulations to our Chemical Engineering students Bobby Maravilla Jr., Nikka Marie Gan, and Deanne Yvette Guinanao for winning 1st Place and Best Poster in the Undergraduate Research Contest at the Asian Pacific Confederation of Chemical Engineering Education Summit 2023 and Student Congress held at the SMX Convention Center last Sept. 4-5.

Their research paper, titled "Talaba Shell-Derived Calcium Oxide Nanoparticles for the Photocatalytic Degradation of Methyl Orange in Water," truly stood out.

This impressive achievement was made possible under the guidance of Dr. Mary Ann Pandan and Dr. Khino Parohinog. We applaud their dedication, hard work, and commitment to scientific excellence. Here's to a bright future filled with even more groundbreaking discoveries.

Read more: USLS ChemEng students take 1st Place in undergrad research contest at the APCChe Education Summit 2023

MOA Signing USLS and University of Kassel

December 4, 2023

The collaboration, centered around the research study titled "Assessment and Management of Plastic Waste Streams and their Leakages in Bacolod City, Philippines" brings together the expertise of faculty researchers from the Chemical Engineering and Materials Engineering Departments of the College of Engineering and Technology at USLS and faculty researchers at the University of Kassel.

Read more: USLS, University of Kassel sign MOA for Sustainable Plastic Waste Research

USLS Inks MOA with DOST-PCIEERD

October 5, 2023

A landmark Memorandum of Agreement (MOA) formalizing the establishment of the Center of Aerogel Technology for Energy and Environment (CATEE) was signed between the University of St. La Salle and the Department of Science and Technology - Philippine Council for Industry, Energy, and Emerging Technology Research and Development (DOST-PCIEERD), marking a significant milestone, on October 5 at The Richmonde Hotel in Quezon City.

The Center's primary focus will be on the synthesis and development of functionalized aerogels for a range of applications, including environmental remediation, resource recovery, and energy storage devices.

The  representing the University during the MOA signing were Dr. Romeo G. Teruel, Assistant Vice Chancellor for Research and Engagement, and Dr. Mary Ann T. Pandan, the CATEE Team Leader.

CATEE stands as a pioneering project, marking it as the first research center in Negros Occidental dedicated to advanced materials. Its mission is to elevate research and development activities within the region, cultivate, train, and attract innovative talents in the fields of science and engineering, specifically in the domain of aerogel synthesis and development.

Dr. Pandan leads the CATEE Team, which also includes USLS' Balik Scientist, Dr. Khino J. Parohinog, and faculty members from the College of Engineering and Technology, namely Engr. Rendell C. Barcimo, Dr. J-len J. Mesias, and Engr. Arvee G. Olvido.

Read more: USLS, DOST- PCIEERD sign MOA to establish aerogel tech center

USLS research on sustainable wastewater treatment published in prominent journal

The Publication and Engagement Office (PEO) extends its congratulations to Bobby G. Maravilla Jr., Nikka Marie C. Gan, Deanne Yvette B. Guinanao, Mary Ann T. Pandan, PhD, and Khino J. Parohinog, PhD, for their journal publication entitled "Photocatalytic Degradation of Methyl Orange in Water Using Oyster Shell-Derived Calcium Oxide Nanoparticles" in Bioresource Technology Reports, a Scopus-indexed journal published by Elsevier Ltd.

Journal Outlet: Bioresource Technology Reports
ISSN/ eISSN: 2589-014X
 https://doi.org/10.1016/j.biteb.2024.101813

This study addresses the Philippine textile industry's aim to adopt sustainable waste management practices, offering another valuable contribution to the field of Chemical Engineering.

The application of oyster shell-derived calcium oxide nanoparticles as a dispersible and recyclable photocatalyst has demonstrated successful treatment of wastewater containing methyl orange.

Read more: https://www.usls.edu.ph/news/view/USLS-research-on-sustainable-wastewater-treatment-published-in-prominent-journal

Process Engineering

• Chemical Process Design
• Process Simulation
• Process Optimization
• Process Safety
   

Biochemical Engineering

• Bioprocess Engineering
• Fermentation Technology
• Bioreactor Design
• Enzyme Engineering
   

Materials Engineering

• Polymer Engineering
• Nanomaterials
• Composite Materials
• Ceramics
   

Energy Engineering

• Renewable Energy Systems
• Fossil Fuel Technology
• Energy Conversion
• Energy Storage
   

Environmental Engineering

• Environmental Chemistry
• Pollution Control
• Environmental Biotechnology
• Waste Treatment
   

Chemical Reaction Engineering

• Kinetics and Reactor Design
• Catalysis
• Multiphase Reactors
• Advanced Reaction Engineering
   

Process Control

• Process Dynamics and Control
• Instrumentation
• Control System Design
• Advanced Process Control