The Electrical Engineering Program at SS-CASE-IT has an exceptional blend of theoretical research and extensive practical training to mold students into skillful professionals ready to take up real world challenges in the industry. A strong curriculum is offered by highly qualified engineering faculty with reputable accomplishments in research, academic publications and industrial projects.

1. Our Electrical Engineering Program is the first Electrical Engineering Program in Pakistan to receive Level 2 Accreditation from Pakistan Engineering Council (PEC) under the new OBE Accreditation System. PEC also has the signatory status for the Washington Accord.

2. Washington Accord is an international agreement among bodies responsible for reciprocal accreditation of engineering degree programs. Among the signatories are Australia, Canada, Japan, Malaysia, Russia, Singapore, South Africa, UK and USA. Graduates of our BSEE Program can directly apply for jobs in these countries.

Program Duration

1. Minimum: 4 years (8 semesters)

2. Maximum: 6 Years (With One Year Extension)

Degree Requirements

To earn a Bachelor’s degree in Electrical Engineering, a student must successfully complete the course work as outlined in degree plans (133 CH) including six credit hours of Senior Design Project and a Summer Internship of 6 to 8 weeks (non‐credited). A student has to attain a minimum CGPA of 2.0 out of 4.0 to be eligible for the degree.

Eligibility Criteria

The admission criteria for Students intake is set as per requirement of PEC. The minimum criteria for the eligibility of the entering student are:

1. The candidate must have passed the Higher Secondary School Certificate (HSSC) (Pre-Engineering) Examination with Chemistry, Mathematics and Physics with at least 60% marks from a recognized Board of Intermediate and Secondary Education of Pakistan or an equivalent examination as recognized by IBCC.

2. All foreign equivalent examinations like Cambridge Overseas Higher School Certificate Advanced Level (with Physics, Chemistry and Mathematics), British General Certificate of Education (Ad Level with Physics, Chemistry and Mathematics), American High School Graduation Diploma (HSG Diploma) etc. must provide a certificate of equivalence with HSSC (Pre-Engineering) issued by IBCC.

3. Diploma of Associate Engineer (DAE) in the relevant discipline (Electrical/Electronic or as prescribed by PEC) from a recognized Board of Technical Education obtaining at least 60% unadjusted marks.

4. Rounding off percentage figure to make it 60% will not be considered towards eligibility. This criterion is in-line with the guidelines from Pakistan Engineering Council (PEC).

ECE Department PEOs

The educational objectives of the BSc. Electrical Engineering Program are to graduate students who have the following attributes five years after their graduation.

1. The graduates are competent to solve technical problems using engineering principles, tools and practices, in an ethical and responsible manner.

2. The graduates are able to think critically and creatively, especially about the use of technology to address local and global problems.

3. The graduates are able to communicate effectively and have the necessary skills to lead and engage in a globally competitive world.

4. The graduates are able to utilize formal and informal learning opportunities to maintain and enhance technical, personal and professional growth.

Program Learning Outcomes (PLOs)

The twelve graduate attributes in the guidelines provided by Pakistan Engineering Council (PEC) as per Manual of Accreditation 2014 have been adopted by Sir Syed CASE Institute of Technology (SS-CASE-IT) as Program Learning Outcomes (PLOs) for the Electrical Engineering Program. It is ensured that these PLOs are achieved by Course Learning Outcomes (CLOs) of electrical engineering curriculum as redefined by course outlines and assessed through both direct and indirect methods for the attainment of program mission.

The list of PLOs for the Bachelor of Science in Electrical Engineering Program is:

1. Engineering Knowledge: An ability to apply knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems.

2. 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.

3. 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.

4. 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.

5. 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.

6. The Engineer and 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.

7. 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.

8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of engineering practice.

9. Individual and Team Work: An ability to work effectively, as an individual or in a team, on multifaceted and /or multidisciplinary settings.

10. 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.

11. 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.

12. Lifelong Learning: An ability to recognize importance of, and pursue lifelong learning in the broader context of innovation and technological developments.

Semester - I
Code	Title	Credit Hours			Pre-Requisite
CS1801	Introduction to Computing	1	1	2	Freshman Standing
HU1011	Functional English	2	0	2	Freshman Standing
MT1XXX	Inter Disciplinary Engineering Elective‐I	3	0	3	Freshman Standing
SC1101	Calculus and Analytical Geometry	3	0	3	Freshman Standing
EE1001	Electrical Workshop	0	1	1	Freshman Standing
SC1301	Applied Physics	3	0	3	Freshman Standing
Total		12	2	14

Semester - II
Code	Title	Credit Hours			Pre-Requisite
CS1802	Programming Fundamentals	3	1	4	Introduction to Computing
HU1101	Islamic Ideology	2	0	2	Freshman Standing
EE1101	Linear Circuit Analysis	3	1	4	Applied Physics
HU1012	Communication Skills	2	0	2	Functional English
SC1102	Differential Equations	3	0	3	Calculus and Analytical Geometry
EE1002	Engineering Drawing	0	1	1	Freshman Standing
Total		13	3	16

Semester - III
Code	Title	Credit Hours			Pre-Requisite
CS2803	Algorithms and Data Structures	3	1	4	Programming Fundamentals
EE2102	Electric Network Analysis	3	1	4	Liner Circuit Analysis
EE2401	Digital Logic Design	3	1	4	Sophomore Standing
EE2301	Electronic Devices & Circuits	3	1	4	Linear Circuit Analysis
SC2104	Complex Variables and Transforms	2	0	2	Calculus and Analytical Geometry
Total		14	4	18

Semester - IV
Code	Title	Credit Hours			Pre-Requisite
EE2201	Signals and Systems	3	1	4	Complex Variables and Transforms
SC2105	Multivariable Calculus	2	0	2	Calculus and Analytical Geometry
EE2402	Introduction to Embedded Systems	3	1	4	Digital Logic Design
EE2103	Electrical Machines	3	1	4	Electric Network Analysis
SC2103	Linear Algebra and Numerical Analysis	3	0	3	PreReq
Total		14	3	17

Semester - V
Code	Title	Credit Hours			Pre-Requisite
EE3502	Communication Systems	3	1	4	Signals and Systems
EE3XXX	Depth Elective‐I	3	1	4	Signals and Systems
EE3XXX	Breadth Core‐I	3	1	4	As per specific course
MS30XX	Management Elective‐I	3	0	3	Junior Standing
EE3001	Probability Methods in Engineering	3	0	3	Calculus and Analytical Geometry
Total		15	3	18

Semester - VI
Code	Title	Credit Hours			Pre-Requisite
EE3XXX	Breadth Core‐II	3	1	4	As per specific course
EE3501	Electromagnetic Theory	3	0	3	Multivariable Calculus
HU1102	Pakistan Studies	2	0	2	Freshman Standing
EE3XXX	Depth Elective‐II	3	1	4	As per specific course
EE3202	Linear Control Systems	3	1	4	Signals and Systems
Total		14	3	17

Semester - VII
Code	Title	Credit Hours			Pre-Requisite
EE4901	Senior Year Design Project‐I	0	2	2	Earned 92 Credit Hours or more
HU30XX	Social Science Elective‐I	2	0	2	Junior Standing
EE4XXX	Depth Elective‐III	3	0	3	As per specific course
MT3XXX	Inter Disciplinary Engineering Elective‐II	3	1	4	Junior Standing
EE4XXX	Depth Elective‐IV	3	1	4	As per specific course
HU3013	Technical Writing	3	0	3	Communication Skills
Total		14	4	18

Semester - VIII
Code	Title	Credit Hours			Pre-Requisite
EE4902	Senior Year Design Project‐II	0	4	4	Senior Year Design Project‐I
HU30XX	Social Science Elective‐II	2	0	2	Junior Standing
EE4XXX	Depth Elective‐V	3	1	4	As per specific course
HU30XX	Social Science Elective‐II	2	0	2	Senior Standing
MS30XX	Management Elective‐II	3	0	3	Senior Standing
Total		10	5	15

Computer Engineering Electives

Course Code	Title	Credit Hours			Pre-Requisite
Breadth Core
EE3403	Operating Systems	3	1	4	Algorithms and Data Structures
EE3503	Computer Communication Networks	3	1	4	Junior Standing
Depth Elective
EE3203	Digital Signal Processing	3	1	4	Signals and Systems
EE4404	Digital Image Processing	3	0	3	Digital Signal Processing
EE3406	Computer Graphics	3	0	3	Linear Algebra
EE4405	Computer Vision	3	1	4	Digital Image Processing
EE4407	Image & Video Coding	3	1	4	Digital Image Processing
EE4204	Digital Control	3	1	4	Linear Control Systems
EE4505	Network Security	3	0	3	Computer Communication Networks
EE3506	Digital Communication	3	1	4	Probability and Random Variables
EE3409	Network and System Programming	3	1	4	Computer Communication Networks
EE3410	Computer Organization and Architecture	3	1	4	Digital Logic Design
EE3411	Digital System Design	3	1	4	Digital Logic Design
EE3412	Introduction to Artificial Intelligence	3	0	3	Junior Standing
EE4419	Machine Learning	3	1	4	Senior Standing
EE3414	Introduction to Robotics	3	1	5	Junior Standing
EE4420	Neural Networks and Fuzzy Logic	3	1	6	Senior Standing
EE4412	Parallel Processing	3	0	3	Senior Standing
EE4414	Database Management Systems	3	0	3	Algorithms and Data Structures
EE3413	Internet of Things (IoT)	3	1	4	Senior Standing
EE4515	Network Protocols and Standards	3	0	3	Computer Communication Networks
EE4499	Advanced Topics in Computer Engineering	3	0	3	Senior Standing

Telecommunication Engineering Electives

Course Code	Title	Credit Hours			Pre-Requisite
Breadth Core
EE3302	Electronic Circuit Design	3	1	4	Electronic Devices & Circuits
EE3503	Computer Communication Networks	3	1	4	Junior Standing
Depth Elective
EE3203	Digital Signal Processing	3	1	4	Signals and Systems
EE3506	Digital Communication	3	1	4	Probability and Random Variables
EE4507	Antenna Design and Wave Propagation	3	0	3	Electromagnetic Theory
EE3104	Instrumentation and Measurements	3	1	4	Linear Circuit Analysis
EE4508	Transmission and Switching Systems	3	0	3	Communication Systems
EE4509	Wireless and Mobile Communications	3	0	3	Digital Communication
EE4510	Satellite Communication	3	0	3	Communication Systems
EE4511	Optical Communication	3	0	3	Communication Systems
EE4512	RF and Microwave Engineering	3	0	3	Electromagnetic Theory
EE4513	Navigation and Radar Systems	3	0	3	Communication Systems
EE4404	Digital Image Processing	3	0	3	Digital Signal Processing
EE4514	Emerging Wireless Technologies and RF Planning	3	0	3	Senior Standing
EE4515	Network Protocols and Standards	3	0	3	Computer Communication Networks
EE3516	Telecommunication Policies and Standards	3	0	3	Senior Standing
EE3413	Internet of Things (IoT)	3	1	4	Senior Standing
EE3411	Digital System Design	3	1	4	Digital Logic Design
EE4050	Advanced Topics in Telecommunications Engineering	3	0	3	Digital Communication

Power Engineering Electives

Course Code	Title	Credit Hours			Pre-Requisite
Breadth Core
EE3601	Power System Analysis	3	1	4	Electronic Devices & Circuits
EE3602	Power Distribution and Utilization	3	1	4	Linear Circuit Analysis
Depth Elective
EE3104	Instrumentation and Measurements	3	1	4	Linear Circuit Analysis
EE4105	Advanced Electrical Machines	3	1	4	Electrical Machines
EE4603	Power Generation	3	0	3	Senior Standing
EE3604	Electrical Power Transmission	3	1	4	Senior Standing
EE3303	Power Electronics	3	1	4	Electronic Devices & Circuits
EE3605	Power System Protection	3	1	4	Power System Analysis
EE4606	Power System Operation & Control	3	1	4	Power System Analysis
EE4106	Electrical Machine Design and Maintenance	3	1	4	Electrical Machines
EE4607	High Voltage Engineering	3	1	4	Senior Standing
EE4608	Renewable Energy Systems	3	0	3	Power System Analysis
EE3203	Digital Signal Processing	3	1	4	Signals and Systems
EE3107	Industrial Drives	3	1	4	Power System Analysis
EE4609	FACTS and HVDC Transmission	3	1	4	Power Electronics
EE3503	Computer Communication Networks	3	1	4	Junior Standing
EE4610	Smart Grid	3	0	3	Senior Standing
EE4699	Advanced Topics in Electrical Power Engineering	3	0	3	Senior Standing

Electronic Engineering Electives

Course Code	Title	Credit Hours			Pre-Requisite
Breadth Core
EE3302	Electronic Circuit Design	3	1	4	Electronic Devices & Circuits
EE3303	Power Electronics	3	1	4	Electronic Devices & Circuits
Depth Elective
EE3104	Instrumentation and Measurements	3	1	4	Linear Circuit Analysis
EE4304	Integrated Electronics	3	0	3	Electronic Devices & Circuits
EE4305	Microelectronics Technology	3	0	3	Electronic Devices & Circuits
EE4306	Optoelectronics	3	0	3	Electronic Devices & Circuits
EE4307	VLSI Design	3	1	4	Electronic Devices & Circuits
EE3308	Industrial Electronics	3	1	4	Power Electronics
EE3411	Digital System Design	3	1	4	Digital Logic Design
EE4309	Introduction to Nanotechnology	3	0	3	Applied Physics
EE3203	Digital Signal Processing	3	1	4	Signals and Systems
EE4507	Antenna Design and Wave Propagation	3	0	3	Electromagnetic Theory
EE4310	Solid State Devices	3	0	3	Electronic Devices & Circuits
EE4204	Digital Control	3	1	4	Linear Control Systems
EE4512	RF and Microwave Engineering	3	1	4	Electromagnetic Theory
EE3311	Biomedical Instrumentation	3	1	4	Linear Circuit Analysis
EE4312	Medical Robotics	3	0	3	Linear Control Systems
EE4399	Advanced Topics in Electronic Engineering	3	0	3	Senior Standing

Inter Disciplinary Engineering Electives

Course Code	Title	Credit Hours			Pre-Requisite
MT1011	Mechanics	3	0	3	Freshman Standing
MT1013	Thermodynamics	3	0	3	Freshman Standing
MT1016	Strength of Material	3	0	3	Freshman Standing
MT3012	Industrial Automation	3	1	4	Junior Standing
MT3015	Hydraulics	3	0	3	Junior Standing

Social Science and Management Electives

Course Code	Title	Credit Hours			Pre-Requisite
HU3031	Professional Ethics	2	0	2	Junior Standing
HU3032	Sustainable Development and Environment	2	0	2	Senior Standing
HU3033	Ethical and Legal Dimensions of Engineering	2	0	2	Junior Standing
HU3034	Society and Engineer	2	0	2	Junior Standing
MS3051	Entrepreneurship	3	0	3	Senior Standing
MS3052	Introduction to Engineering Project Management	3	0	3	Junior Standing
MS3053	Total Quality Management	3	0	3	Senior Standing
MS3054	Critical Thinking and Leadership	3	0	3	Junior Standing