Introduction
The Department of Chemical Engineering is the youngest, dynamic, and most energetic department at the KFUEIT established in spring 2018. The first batch of 50 students of BS Chemical Engineering was enrolled in October 2018 after obtaining approval from the Pakistan Engineering Council (PEC).
In contrast to several other engineering universities of the country, the department of Chemical Engineering at the KFUEIT follows Outcome Based Education (OBE) system as per the Washington Accord (WA). This fact alone ensures that our graduates will be recognized in several countries including USA, Canada, England, Australia, New Zealand, Ireland, Singapore, China, Turkey, South Africa and many more.
The department of Chemical Engineering also offers a wonderful opportunity to the students of FSc Pre-Medical back ground by offering them admission to the BS Environmental Science program as compared to other traditional natural sciences programs. The environmental science graduates are in quite high demand in industries, government regulatory bodies, international NGOs, academia, and research regionally, nationally, and internationally.
The department of Chemical Engineering has established several dedicated laboratories for training and research. In line with the Vision and the Mission of KFUEIT in general and the Department of Chemical Engineering in particular, an advanced Water and Energy Systems Engineering Laboratory (WESEL) has also been established at the Department of Chemical Engineering. WESEL does not only promote research culture but also contributes positively in finding solutions for the water related problems of the world in general and this region in particular. WESEL will also support the graduate students for their research theses.
The department of Chemical Engineering at the KFUEIT is the best alternate for the students of Southern Punjab, Balochistan, and rural Sindh who used to travel hundreds of kilometers in order to get higher education in other cities. Moreover, Rahim Yar Khan is located at the junction of Punjab, Sindh, and Balochistan; this region is the industrial hub of different national and multinational industries. The establishment of the department of Chemical Engineering in Rahim Yar Khan does not only cater the needs of this region but also fulfills the demands for skilled graduates for this entire region.
Key Facts & Facilities
The Department of Chemical Engineering has a dedicated building including the following infrastructure:
- 15 Fully Equipped Labs
- 02 Lecture Theaters
- 02 Lecture Rooms
- 12 offices for the Faculty
- 02 offices for Assistants
The Department of Chemical Engineering has the following dedicated staff:
- 12 PhD Faculty Members
- 04 Masters (Foreign and Local Qualified)
- 03 Lab Engineers with BSc Engineering
- 01 Office Assistant
01 Lab Attendant
01 Office Attendant
Labs Facilities available at the Department of Chemical Engineering
The Department of Chemical Engineering has established 15 fully equipped state of the art laboratories installed with the latest equipment procured from the international and local manufactures for under graduate, graduate, and research students. The list of these world class labs is following:
Water and Energy Systems Engineering Lab
Introduction to Computing Lab
Numerical Methods for Engineers Lab
Process Design and Simulation Lab
Remote Sensing and GIS Lab
Environmental Modeling Lab
Applied Chemistry Lab
Environmental Chemistry Lab
Particulate Technology Lab
Surveying and Levelling Lab
Engineering Drawing and Graphics Lab
Engineering Physics Lab
Engineering Thermodynamics Lab
Chemical Reaction Engineering Lab
Chemical Process Technology Lab
Environmental Engineering Lab
Water Quality Analysis Lab
Environmental Toxicology Lab
Environmental Monitoring Lab
Environmental Impact Assessment Lab
Workshop Practices Lab
Fluid Mechanics Lab
Fuels and Energy Lab
Heat Transfer Operations Lab
Mass Transfer Operations Lab
Separation Processes Lab
Instrumentation and Process Control Lab
Mission of the Department of Chemical Engineering
“To serve the national and international community by providing quality education, research, and innovations in the field of Chemical Engineering by producing competent professionals, and to establish the effective partnership among academia and industry for regional and global development”.
Program Educational Objectives (PEO’s) of Chemical Engineering Program:
PEO-1
Our graduates will excel for career growth in industry, consultancy, academia or other challenging professions while maintaining ethical standards.Our graduates will excel for career growth in industry, consultancy, academia or other challenging professions while maintaining ethical standards.
PEO-2
Our graduates will contribute as persistent work force to develop strategies for quality assurance and innovation with their successful leadership role in industry, business and/or their communities for sustainable growth of country and world as well.
PEO-3
Our graduates will demonstrate their skills to solve the engineering problems of the real-world systems with their life-long learning ability and perform their social responsibilities.
Program Learning Outcomes (PLO’s) of Chemical Engineering Program:
Engineering Knowledge:
An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems.
Problem Analysis:
An ability to identify, formulate, research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.
Design/Development of Solutions:
An ability to design solutions for complex engineering problems and design systems, components or processes that meet specified needs with appropriate consideration for public health and safety, cultural, societal, and environmental considerations.
Investigation:
An ability to investigate complex engineering problems in a methodical way including literature survey, design and conduct of experiments, analysis and interpretation of experimental data, and synthesis of information to derive valid conclusions.
Modern Tool Usage:
An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modeling, to complex engineering activities, with an understanding of the limitations.
The Engineer and the Society:
An ability to apply reasoning informed by contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to professional engineering practice and solution to complex engineering problems.
Environment and Sustainability:
An ability to understand the impact of professional engineering solutions in societal and environmental contexts and demonstrate knowledge of and need for sustainable development.
Ethics:
Apply ethical principles and commit to professional ethics and responsibilities and norms of engineering practice.
Individual and Teamwork:
Individual and Teamwork: An ability to work effectively, as an individual or in a team, on multifaceted and /or multidisciplinary settings.
Communication:
An ability to communicate effectively, orally as well as in writing, on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
Project Management:
An ability to demonstrate management skills and apply engineering principles to one’s own work, as a member and/or leader in a team, to manage projects in a multidisciplinary environment.
Life Long Learning:
An ability to recognize importance of, and pursue lifelong learning in the broader context of innovation and technological developments.
Key Facts & Facilities
The department of Chemical Engineering has a dedicated building including the following infrastructure:
The department of Chemical Engineering has the following dedicated staff:
Labs Facilities available at the Department of Chemical Engineering
The department of Chemical Engineering has established 15 fully equipped state of the art laboratories installed with the latest equipment procured from the international and local manufactures for under graduate, graduate, and research students. The list of these world class labs is following:
Job Prospects after Graduation from the Department of Chemical Engineering
Chemical Engineers and Environmental professionals are employed by a large number of national and multinational companies, research organizations, industries, and small firms. Following are some of the typical industries and organizations where our graduates will be employed:
This list does not end here; virtually any product or service that a person uses in his daily life will have been helped along either by a Chemical Engineer or an Environmental professional. Our graduates will have numerous opportunities nationally and internationally.
- Sugar Industry
- Fertilizers Industry
- Cement Industry
- Paper Industry
- Thermal Power Plants
- Sea Water Desalination Companies
- Coal Gasification Companies
- Wastewater Treatment Companies
- Petroleum Refining Companies
- Oil and Gas Production Companies
- Utility Companies
- Supply Chain Management Companies
- Petrochemicals Manufacturing Companies
- Pharmaceutical Manufacturing Companies
- Hospitals
- Occupational Safety and Health Management
- Construction Industry
- Atomic Energy Commission
- Processed Food and Beverages Companies
- Cleaning Products, Soaps and Detergents Manufacturing Companies
- Cosmetics Manufacturing Companies
- Textiles, Clothes, and Garments Manufacturing Companies
- 15 Fully Equipped Labs
- 02 Lecture Theaters
- 02 Lecture Rooms
- 12 offices for the Faculty
- 02 offices for Assistants
- 03 PhDs (Foreign Qualified)
- 02 Masters (Foreign and Local Qualified)
- 02 Lab Engineers
- 01 Lab Technician
- 01 Office Assistant
- 01 Lab Attendant
- 01 Office Attendant
- Water and Energy Systems Engineering Lab
- Introduction to Computing Lab
- Numerical Methods for Engineers Lab
- Process Design and Simulation Lab
- Remote Sensing and GIS Lab
- Environmental Modeling Lab
- Applied Chemistry Lab
- Environmental Chemistry Lab
- Particulate Technology Lab
- Surveying and Levelling Lab
- Engineering Drawing and Graphics Lab
- Engineering Physics Lab
- Engineering Thermodynamics Lab
- Chemical Reaction Engineering Lab
- Chemical Process Technology Lab
- Environmental Engineering Lab
- Water Quality Analysis Lab
- Environmental Toxicology Lab
- Environmental Monitoring Lab
- Environmental Impact Assessment Lab
- Workshop Practices Lab
- Fluid Mechanics Lab
- Fuels and Energy Lab
- Heat Transfer Operations Lab
- Mass Transfer Operations Lab
- Separation Processes Lab
- Instrumentation and Process Control Lab
The Department of Chemical Engineering is the youngest, dynamic, and most energetic department at the KFUEIT established in spring 2018. The first batch of 50 students of BS Chemical Engineering was enrolled in October 2018 after obtaining approval from the Pakistan Engineering Council (PEC).
In contrast to several other engineering universities of the country, the department of Chemical Engineering at the KFUEIT follows Outcome Based Education (OBE) system as per the Washington Accord (WA). This fact alone ensures that our graduates will be recognized in several countries including USA, Canada, England, Australia, New Zealand, Ireland, Singapore, China, Turkey, South Africa and many more.
The department of Chemical Engineering also offers a wonderful opportunity to the students of FSc Pre-Medical back ground by offering them admission to the BS Environmental Science program as compared to other traditional natural sciences programs. The environmental science graduates are in quite high demand in industries, government regulatory bodies, international NGOs, academia, and research regionally, nationally, and internationally.
The department of Chemical Engineering has established several dedicated laboratories for training and research. In line with the Vision and the Mission of KFUEIT in general and the Department of Chemical Engineering in particular, an advanced Water and Energy Systems Engineering Laboratory (WESEL) has also been established at the Department of Chemical Engineering. WESEL does not only promote research culture but also contributes positively in finding solutions for the water related problems of the world in general and this region in particular. WESEL will also support the graduate students for their research theses.
The department of Chemical Engineering at the KFUEIT is the best alternate for the students of Southern Punjab, Balochistan, and rural Sindh who used to travel hundreds of kilometers in order to get higher education in other cities. Moreover, Rahim Yar Khan is located at the junction of Punjab, Sindh, and Balochistan; this region is the industrial hub of different national and multinational industries. The establishment of the department of Chemical Engineering in Rahim Yar Khan does not only cater the needs of this region but also fulfills the demands for skilled graduates for this entire region.
Vision and Mission of the Department of Chemical Engineering
To provide qualified manpower with inter-disciplinary strong academic foundations needed to develop useful products and services for the environmentally sustainable society.
This is achieved by offering high quality education and training to our under and post graduate students while enabling them to accept the challenging leadership positions within the industry, academia, research, and regulatory bodies.
Key Facts & Facilities
The department of Chemical Engineering has a dedicated building including the following infrastructure:
The department of Chemical Engineering has the following dedicated staff:
Labs Facilities available at the Department of Chemical Engineering
The department of Chemical Engineering has established 15 fully equipped state of the art laboratories installed with the latest equipment procured from the international and local manufactures for under graduate, graduate, and research students. The list of these world class labs is following:
Job Prospects after Graduation from the Department of Chemical Engineering
Chemical Engineers and Environmental professionals are employed by a large number of national and multinational companies, research organizations, industries, and small firms. Following are some of the typical industries and organizations where our graduates will be employed:
This list does not end here; virtually any product or service that a person uses in his daily life will have been helped along either by a Chemical Engineer or an Environmental professional. Our graduates will have numerous opportunities nationally and internationally.
- Sugar Industry
- Fertilizers Industry
- Cement Industry
- Paper Industry
- Thermal Power Plants
- Sea Water Desalination Companies
- Coal Gasification Companies
- Wastewater Treatment Companies
- Petroleum Refining Companies
- Oil and Gas Production Companies
- Utility Companies
- Supply Chain Management Companies
- Petrochemicals Manufacturing Companies
- Pharmaceutical Manufacturing Companies
- Hospitals
- Occupational Safety and Health Management
- Construction Industry
- Atomic Energy Commission
- Processed Food and Beverages Companies
- Cleaning Products, Soaps and Detergents Manufacturing Companies
- Cosmetics Manufacturing Companies
- Textiles, Clothes, and Garments Manufacturing Companies
- 15 Fully Equipped Labs
- 02 Lecture Theaters
- 02 Lecture Rooms
- 12 offices for the Faculty
- 02 offices for Assistants
- 03 PhDs (Foreign Qualified)
- 02 Masters (Foreign and Local Qualified)
- 02 Lab Engineers
- 01 Lab Technician
- 01 Office Assistant
- 01 Lab Attendant
- 01 Office Attendant
- Water and Energy Systems Engineering Lab
- Introduction to Computing Lab
- Numerical Methods for Engineers Lab
- Process Design and Simulation Lab
- Remote Sensing and GIS Lab
- Environmental Modeling Lab
- Applied Chemistry Lab
- Environmental Chemistry Lab
- Particulate Technology Lab
- Surveying and Levelling Lab
- Engineering Drawing and Graphics Lab
- Engineering Physics Lab
- Engineering Thermodynamics Lab
- Chemical Reaction Engineering Lab
- Chemical Process Technology Lab
- Environmental Engineering Lab
- Water Quality Analysis Lab
- Environmental Toxicology Lab
- Environmental Monitoring Lab
- Environmental Impact Assessment Lab
- Workshop Practices Lab
- Fluid Mechanics Lab
- Fuels and Energy Lab
- Heat Transfer Operations Lab
- Mass Transfer Operations Lab
- Separation Processes Lab
- Instrumentation and Process Control Lab
- Sugar Industry
- Fertilizers Industry
- Cement Industry
- Paper Industry
- Thermal Power Plants
- Sea Water Desalination Companies
- Coal Gasification Companies
- Wastewater Treatment Companies
- Petroleum Refining Companies
- Oil and Gas Production Companies
- Utility Companies
- Supply Chain Management Companies
- Petrochemicals Manufacturing Companies
- Pharmaceutical Manufacturing Companies
- Hospitals
- Occupational Safety and Health Management
- Construction Industry
- Atomic Energy Commission
- Processed Food and Beverages Companies
- Cleaning Products, Soaps and Detergents Manufacturing Companies
- Cosmetics Manufacturing Companies
- Textiles, Clothes, and Garments Manufacturing Companies
- Metallurgical and Mining Industry
- Synthetic Rubber, Fibers, Plastics, and Polymer Manufacturing Companies
- Alternative Energy Systems
- Semiconductors Manufacturing Industry
- Environmental Modelling and Remediation Companies
- Education, Research and Development Organizations
- Government Agencies and Regulatory Bodies
- Design and Equipment Manufacturing Companies
- Metallurgical and Mining Industry
- Synthetic Rubber, Fibers, Plastics, and Polymer Manufacturing Companies
- Alternative Energy Systems
- Semiconductors Manufacturing Industry
- Environmental Modelling and Remediation Companies
- Education, Research and Development Organizations
- Government Agencies and Regulatory Bodies
- Design and Equipment Manufacturing Companies
- Metallurgical and Mining Industry
- Synthetic Rubber, Fibers, Plastics, and Polymer Manufacturing Companies
- Alternative Energy Systems
- Semiconductors Manufacturing Industry
- Environmental Modelling and Remediation Companies
- Education, Research and Development Organizations
- Government Agencies and Regulatory Bodies
- Design and Equipment Manufacturing Companies
This list does not end here; virtually any product or service that a person uses in his daily life will have been helped along either by a Chemical Engineer or an Environmental professional. Our graduates will have numerous opportunities nationally and internationally.