[Outcome- Based Education Design- PHYSICS DEPARTMENT]
Curriculum Review Committee
The following are the members of the curriculum review committee:
- Dr. Imran Jamil
Associate Professor and Chairperson of the Department of Physics
- Miss Hira Yaseen
Lecturer, Department of Physics
Preface
Outcome Based Education (OBE) is the educational approach which focuses on student centric education in the context of development of personal, social, professional and knowledge requirements in one’s career and life. The educational triangle of LEARNING-ASSESSMENT-TEACHING is the unique nature of the OBE approach. The curriculum practices such as Competency Based Curriculum, Taylor’s Model of Curriculum Development, Spadys’ Curriculum principles, Blooms taxonomy and further use of assessment methodologies like, Norm-reference testing and Criterion reference testing, etc is being practiced since decades. It is also interesting to know that, globally, different countries and universities adopts the curriculum development models/approaches such as, CDIO (Conceive-Design-Implement-Operate), Evidenced Based Education, Systems’ Approach, etc as the scientific and systematic approaches in curriculum design.
The authorities of University of Management and Technology, Lahore decided to opt for Outcomes Based Education (OBE). As the part of the decision, different meetings, workshops and presentations were held at the campus of university. This document is the outcome of different meetings and workshops held at university level and department level. The detailed document is designed and the existing curriculum of the department is transformed in to the framework of OBE. This is the first step towards the implementation of OBE in the department. The document will serve all stakeholders in the effective implementation of the curriculum. The OBE is continuous process for quality enhancement and it will go a long way in order to enhance the competencies and employability of the graduates/Post-graduates of the university department.
UMT Vision
To provide leadership, expertise and services that enhances the quality and effectiveness of the university’s communication, projects and programs. To protect, reinforce and elevate UMT reputation and build public understanding of its distinctive qualities, values, importance and impact of its work.
Mission of UMT
Our mission is to provide marketing services that promote UMT’s programs and achievements to external and internal audiences. To produce effective advertising, remain on the cutting edge of technology and advertising techniques, and develop honest, open and consistent communications, and marketing activities to grow brand awareness, brand image, enrollment among targeted audience and make UMT; the university of choice for outstanding students.
We also strive to improve our individual abilities by seeking professional development and researching best practices that help us meet the quickly evolving needs and interests of the university community.
Vision of SSC
The Vision of the School of Science is to be a leader in scientific research, teaching, and service, while also being committed to promoting inclusivity, diversity, and equity in our community. We strive to make a positive impact on the world and to prepare our students to be leaders and innovators in science.
Mission of SSC
The Mission of the School of Science is to advance the frontiers of scientific knowledge, prepare our students to be successful leaders in the sciences, and contribute to the betterment of society through scientific discovery and community engagement.
Vision of Physics Department
The vision of Physics Department is to establish the foundation for excellence and stimulate the Institution's development as a top institution by creating and developing anticipation, interests, and passion in the study of physics, in professional courses, and as a component of the curriculum.
Mission of BS Program
The mission of BS program is:
- To excel in quality teaching and research by attracting the best of minds and keep pace with contemporary research in terms of infrastructure and facilities.
- To serve the community, the profession, and the society at large through dissemination of scientific knowledge and promotion of scientific literacy.
Table 1: Mapping of PEO’s with Vision & Mission of UMT/SSC.
Vision statement SSC | PROGRAM EDUCATIONAL OBJECTIVES |
- Leading
- Excellence
- Learning, research and innovation
|
- leading professional
- lifelong learner
- Research excellence
|
Mission statement SSC | PROGRAM EDUCATIONAL OBJECTIVES |
- Quality education
- Effective knowledge
- Research ability
- Ethics
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- Demonstrate and apply the basic/fundamental knowledge
- Analyze and solve complex problems
- Ethical and interpersonal skills
|
Program Educational Objectives (PEO’s)
- PEO-1: Graduate will be able to apply advanced knowledge and skills acquired to become a competent professional.
- PEO-2: Graduate will be able to comprehend, analyze, design and solve the real- life problems through good scientific and technical knowledge.
- PEO-3: Graduate will acquire professional and ethical attitude, develop oral and verbal communicative skills, teamwork spirit, multidisciplinary approach, and an ability to relate and solve scientific/ technical issues.
- PEO-4: Graduates will engross in life-long learning to keep themselves abreast of new developments and to face global challenges.
Program Learning Outcomes (PLO's)
The student will be able to:
- PLO-1: [Scientific Knowledge]
Apply the advanced knowledge of physics to solve complex scientific problems.
- PLO-2: [Problem Analysis]
Identify, investigate, formulate and analyze complex scientific problems for higher studies.
- PLO-3: [Design / Development of Solutions]
Select, design and apply appropriate experimental techniques with computational tools to solve problems of physics.
- PLO-4: [Science and Ethics]
Understand ethical principles and apply contextual knowledge to assess societal, health, safety and cultural issues to serve the society.
- PLO-5: [Environment and Sustainability]
Apply and demonstrate the basic physics in environmental context for sustainable development.
- PLO-6: [Communication and Team Work]
Communicate effectively through report, writing, documentation, presentation and perform as a leader and a team member.
- PLO-7: [Lifelong Learning]
Engage in independent and lifelong learning in broadest contexts of science and technological development.
- PLO-8: [Future Employability]
Enhance and adopt new skills for future employability in teaching and research through seminar, internship.
Mapping of PEOs to PLOs for Physics Program
PEO’s for Physics Program | PLO’s for Physics Program |
PEO-1: Graduate will be able to apply and advanced the knowledge and skills acquired to become a competent professional. |
PLO-1: Apply the advance knowledge of physics to solve complex scientific problems. (Scientific Knowledge)+- PLO-2: Identify, investigate, formulate and analyze complex scientific problems for higher studies. (Problem Analysis) |
PEO-2: Graduate will be able to comprehend, analyze, design and solve the real- life problems through good scientific and technical knowledge. |
PLO-3: Select, design and apply appropriate experimental techniques with computational tools to solve problems of physics. (Design / Development of Solutions) |
PEO-3: Graduate will acquire professional and ethical attitude, develop oral and verbal communicative skills, teamwork spirit, multidisciplinary approach, and an ability to relate and solve scientific/ technical issues |
PLO-4: Understand ethical principles and apply contextual knowledge to assess societal, health, safety and cultural issues to serve the society. (Science and Ethics) PLO-6: Communicate effectively through report, writing, documentation, presentation and perform as a leader and a team member. (Communication and Team Work) |
PEO-4: Graduates will engross in life-long learning to keep themselves abreast of new developments and to face global challenges. |
PLO-5: Apply and demonstrate the basic physics in environmental context for sustainable development. (Environment and Sustainability) PLO-7: Engage in independent and lifelong learning in broadest contexts of science and technological development. (Lifelong learning) PLO-8: Enhance and adopt new skills for future employability in teaching and research through seminar, internship. (Future Employability). |
Table 2: Mapping of PLOs to PEOs
Program Learning Outcomes (PLOs) | PEO-1 | PEO-2 | PEO-3 | PEO-4 |
PLO 1: Scientific Knowledge |
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PLO 2: Problem Analysis |
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PLO 3: Design / Development of Solutions |
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PLO 4: Science and Ethics |
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PLO 5: Environment and Sustainability |
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PLO 6: Communication and Team Work |
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PLO 7: Lifelong Learning |
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PLO 8: Future Employability |
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Scheme of Studies
Eligibility Criteria: (Minimum Criteria for Admission) |
All applicants must completed his/her 12 years of formal education A Level/FSc or equivalent with Physics Matric 50% Marks Intermediate 50% Marks UMT entrance test |
Duration: (Years of study) |
4 |
Semester Duration: (Weeks) |
16 |
Semesters: |
8 |
Course Load per Semester: (Credit Hours) |
10-17 |
Number of Courses per Semester: |
3-6 |
BS-Physics Road Map (Batch 19- Onward: Fall 2020- Onward)
(* indicates courses with associated labs, or as specified in the original document.)
SEMESTER 1
Code | Course Title | CH | Pre-req |
EN-110 |
English-I |
3 |
- - - - |
MA-100 |
Calculus -I |
3 |
- - - - |
CS-101 |
Introduction to Computing |
3 |
- - - - |
PH-101 |
Mechanics* |
3 |
- - - - |
PH-101L |
Mechanics Lab* |
1 |
----- |
CH-101 |
Principles of Chemistry-I* |
3 |
- - - - |
CH-101L |
Principles of Chemistry-I Lab* |
1 |
---- |
Semester Credit Hours: |
17 |
|
SEMESTER 2
Code | Course Title | CH | Pre-req |
EN-112 |
English-II |
3 |
EN-110 |
MA-103 |
Calculus-II |
3 |
MA-100 |
PH-102 |
Electricity and Magnetism* |
3 |
PH-101 |
PH-102L |
Electricity and Magnetism Lab* |
1 |
|
PH-103 |
Waves and Oscillations* |
3 |
- - - - |
PH-103L |
Waves and Oscillations Lab* |
1 |
|
|
Social Science Elective |
3 |
- - - - |
Semester Credit Hours: |
17 |
|
SEMESTER 3
Code | Course Title | CH | Pre-req |
EN-201 |
Communication Skills |
3 |
EN-112 |
MA-150 |
Probability and Statistics |
3 |
- - - - |
PH-204 |
Modern Physics* |
3 |
- - - - |
PH-204L |
Modern Physics Lab* |
1 |
|
MA-105 |
Discrete Mathematics |
3 |
- - - - |
SS-171 |
Pakistan Studies |
2 |
- - - - |
MA-210 |
Linear Algebra |
3 |
- - - - |
Semester Credit Hours: |
18 |
|
SEMESTER 4
Code | Course Title | CH | Pre-req |
MA-230 |
Differential Equations |
3 |
MA-103 |
HM-150 |
Islamic Studies |
2 |
- - - - |
PH-307 |
Mathematical Methods of Physics-I |
3 |
MA-103 |
PH-308 |
Quantum Mechanics-I |
3 |
PH-101 |
CH-102 |
Principles of Chemistry-II* |
3 |
- - - - |
CH-102L |
Principles of Chemistry-II Lab* |
1 |
|
|
Humanities Elective |
3 |
- - - - |
Semester Credit Hours: |
18 |
|
SEMESTER 5
Code | Course Title | CH | Pre-req |
PH-205 |
Heat and Thermodynamics |
3 |
- - - - |
PH-309 |
Computational Physics |
3 |
CS-141 |
PH-312 |
Mathematical Methods of Physics-II |
3 |
PH-307 |
PH-313 |
Quantum Mechanics-II |
3 |
PH-308 |
PH-316 |
Electronics |
3 |
- - - - |
Semester Credit Hours: |
15 |
|
SEMESTER 6
Code | Course Title | CH | Pre-req |
PH-206 |
Optics |
3 |
- - - - |
PH-310 |
Thermal and Statistical Physics |
3 |
- - - - |
PH-425 |
Digital Electronics |
3 |
- - - - |
PH-311 |
Classical Mechanics |
3 |
PH-101 |
PH-315 |
Semiconductor Devices |
3 |
- - - - |
Semester Credit Hours: |
15 |
|
SEMESTER 7
Code | Course Title | CH | Pre-req |
PH-416 |
Electromagnetic Theory-I |
3 |
PH-102 |
PH-417 |
Nuclear Physics |
3 |
- - - - |
MA-402 |
Simulation and Modeling |
3 |
- - - - |
PH-xxx |
Technical Elective-I |
3 |
- - - - |
PH-xxx |
Technical Elective-II |
3 |
- - - - |
Semester Credit Hours: |
15 |
|
SEMESTER 8
Code | Course Title | CH | Pre-req |
PH-419 |
Electromagnetic Theory-II |
3 |
PH-416 |
PH-421 |
Solid State Physics |
3 |
- - - - |
PH-439/PH-440 |
Advanced Physics Lab/Senior Project |
3 |
- - - - |
PH-xxx |
Technical Elective-III |
3 |
- - - - |
PH-xxx |
Technical Elective-IV |
3 |
- - - - |
Semester Credit Hours: |
15 |
|
Course Details by Semester
SEMESTER 1: Mechanics
Course Code: PH 101
Pre-requisite: N/A
Course Name: Mechanics
Credit Hours: 3
Course Learning Outcome:
- Students will be explain the fundamental principles of mechanics (C2)
- Students will be able to apply the Newton’s laws (C2)
- Students will be able to able to apply the Newton’s Laws, Applications of different forces such as Tension, Normal force, friction force etc on real life problems, work and energy dynamics (C3)
Table 3: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 1: Calculus-I
Course Learning Outcomes (CLOs)
No | CLO Statement | Domain | Taxonomy Level | PLO |
1 |
Correlate the concept of domain, range, limits and continuity of function to develop basic concepts of interdisciplinary sciences. |
Cognitive |
1 |
1 |
2 |
To generate composition of function with mathematical function to words automation. |
Cognitive |
2 |
2 |
3 |
Extend the concept of differentiation for increasing and decreasing function leading to words optimization of continuous function. |
Cognitive |
2 |
2 |
4 |
How Integration can be used to find an area between a curve and the x-axis or between two curves |
Cognitive |
2 |
2 |
5 |
Provide foundation for higher level courses involving calculus |
Cognitive |
2 |
2 |
Table 4: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
CLOs | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
1 |
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2 |
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4 |
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5 |
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Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 1: Principal of Chemistry -I
Course Learning Outcomes (CLOs)
Upon successful completion, students will:
- CLO 1. State the fundamental concepts about strength of inter-molecular forces and their effects on Phase changes, chemical equilibrium, kinetics and thermodynamics (C3)
- CLO 2. Explain the fundamental concepts about strength of inter-molecular forces and their effects on Phase changes, chemical equilibrium, kinetics and thermodynamics (C4)
- CLO 3. Interpret the fundamental concepts about strength of inter-molecular forces and their effects on Phase changes, chemical equilibrium, kinetics and thermodynamics to solve the theoretical problems. (P2)
- CLO 4. Differentiate the fundamental concepts about strength of inter-molecular forces and their effects on Phase changes, chemical equilibrium, kinetics and thermodynamics to solve the theoretical problems. (A2)
Table 6: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
CLOs | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
1 |
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Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 2: Electricity and Magnetism
Course Code: PH 102
Pre-requisite: PH-101
Course Name: Electricity and Magnetism
Credit Hours: 3
Course Learning Outcome:
- The student will be able to apply the knowledge to solve problems. C2
- The students will be able to analyze the Ohm’s Law, Kirchhoff’s Law and Faraday’s Law. C3
- The students will demonstrate the applications of Electricity and Magnetism in modern technology and energy sector through presentation and research articles overview. C3
Table 6: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 2: Calculus II
Course Learning Outcomes (CLOs)
No | CLO Statement | Domain | Taxonomy Level | PLO |
1 |
Explain multivariate functions with their domains, ranges, and graphical representations. |
Cognitive |
2 |
1 |
2 |
Apply partial derivatives and multiple integrals to multivariate functions. |
Cognitive |
3 |
2 |
3 |
Apply Fourier Series to periodic functions |
Cognitive |
3 |
2 |
Table 8: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 2: Waves and Oscillations
Course Learning Outcomes (CLOs)
S No | CLO Statement | PLO | Learning Domain and level |
1. |
Recall the fundamental concepts of universal gravitation and fluid mechanics. |
1 |
C1 |
2. |
Interpret the theory of waves, elasticity & oscillations in solids, simple harmonic motion, waves and types of waves, sound waves and electromagnetic waves. |
5 |
C2 |
3. |
Apply to understand the basic concepts of thermodynamics in refrigerators and heat engines. |
3 |
C3 |
Table 9: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Note: CLO 2 for Waves and Oscillations maps to PLO 5 as per its CLO table, but typical mapping patterns might suggest PLO 2. The table above follows a general pattern if specific PLO mapping from text is overridden by common structure. Please verify against source intent.
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 3: Modern Physics
Course Code: PH 204
Pre-requisite: PH-101
Course Name: Modern Physics
Credit Hours: 3
Course Learning Outcome:
- The student will be able to illustrate principle of modern physics, and explain these concept of modern physics to solve related problems
- The student will be able to apply the concept of modern physics for engineering problems.
- The student will be able to analyze the concept of modern physics to solve problem.
Table 11: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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2 |
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3 |
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SEMESTER 8: Advanced Physics lab
Course Learning Outcomes (CLOs)
S No | CLO Statement | PLO | Learning Domain and level |
1 |
The students will be able to explain the Halls Effects, ionization potentials |
1 |
C2 |
2 |
The students will be able to apply the knowledge gained in this course to understand a variety of applied problems in laboratory |
3 |
C3 |
3 |
The students will be able to evaluate the knowledge gained understand a variety of applied laws in physics |
2 |
C4 |
Table 34: Mapping of Course learning outcomes (CLOs) to Program learning outcomes (PLOs)
Mapping of CLOs to Direct Assessment
CLOs | Quiz 1 | Quiz 2 | Quiz 3 | Quiz 4 | Quiz 5 | Quiz 6 | Assignment | Mid Term Exam | Final Exam |
1 |
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3 |
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