Programs - Electrical Engineering

BS Electrical Engineering

The BS Electrical Engineering program at HITEC University is a comprehensive, future-focused degree designed to prepare students for success in a rapidly evolving technological world. Accredited by Pakistan Engineering Council at Level-II under the Washington Accord framework, the program combines a strong academic foundation with extensive practical learning. The curriculum aligns with national and international standards, equipping graduates with the versatility and professional skills needed for careers in industry, government, academia, business, and research organizations.

To ensure students receive timely academic and professional guidance, the Department operates an open advising system that promotes easy access to faculty support. Each class is assigned a dedicated advisor who mentors students in academic planning, administrative matters, and career development. This supportive environment encourages meaningful interaction with faculty, helping students build confidence, clarity, and a deeper understanding of their chosen field.

During the first four semesters, all students complete a common core curriculum that builds a strong engineering foundation. From the fifth semester onward, students can tailor their academic journey by selecting electives in one of four specialization streams:

• Power Engineering
• Electronic Engineering
• Telecom Engineering
• Computer Engineering

These specialization streams are designed to deepen technical knowledge while preparing students for focused, career-oriented opportunities in emerging areas of electrical engineering.

In addition, students complete a Final Year Design Project (FYDP) and a mandatory industrial internship, providing valuable hands-on experience and exposure to real-world engineering challenges.

The program spans four years (eight semesters) and comprises 136 credit hours. Upon successful completion, students are awarded the BS Electrical Engineering degree, with their transcript reflecting the selected specialization stream — highlighting both academic breadth and focused expertise.

BS Robotics

The BS Robotics & Automation program at HITEC University is designed to cultivate interdisciplinary expertise in the design, development, and deployment of intelligent robotic systems. The program integrates core principles of mathematics, mechanics, electronics, and computer science to provide students with a deep and practical understanding of modern automation technologies.

Our mission is to deliver high-quality robotics education that empowers graduates to design cost-effective, safe, and efficient automated environments where humans and machines collaborate seamlessly. A well designed curriculum emphasizes hands-on learning, real-world applications, and innovation, ensuring students gain practical experience alongside strong theoretical foundations.

The program prepares graduates for dynamic roles in both local and global markets. Career pathways include robotics programming, system design, product testing, maintenance engineering, automation specialization, and application engineering across a wide spectrum of industries. Graduates may also pursue advanced studies, opening opportunities in research, innovation, and academic careers.

Together, these elements create a forward-looking learning environment that equips students to lead technological transformation in robotics and automation.

MS Electrical Engineering

The MS Electrical Engineering program at HITEC University is designed to provide advanced technical knowledge, research capability, and professional specialization in key areas of electrical engineering. The Department offers focused tracks in Communication Systems, Digital Signal Processing, and Electrical Power & Control Systems, enabling students to develop expertise aligned with evolving industry and research needs.

The Communication Systems specialization covers advanced topics such as wireless communications, digital modulation, secure communication, telecommunications, switching, and cryptography. The Digital Signal Processing track emphasizes areas including advanced DSP, digital image processing, adaptive signal processing, computer and machine vision, and advanced computer networks. Students pursuing Electrical Power & Control Systems gain in-depth exposure to power systems, machine drives, high voltage engineering, renewable energy, and modern control methodologies including linear, robust, adaptive, and fuzzy control systems.

To complete the degree, students undertake eight advanced courses along with a six-credit research thesis focused on a selected topic. While the Department strongly encourages the research thesis pathway to promote analytical and investigative skills, students may opt to complete two additional advanced courses in lieu of the thesis, subject to program requirements.

An MS Electrical Engineering degree equips graduates with specialized expertise valued across telecommunications, power and process industries, strategic organizations, and research environments. The qualification also provides a strong foundation for careers in academia and further doctoral studies, both nationally and internationally.

PhD Electrical Engineering

The Department of Electrical Engineering at HITEC University offers a rigorous PhD program fully aligned with the Higher Education Commission (HEC) Graduate Education Policy. Designed for candidates holding an MS degree (18 years of education) with a minimum CGPA of 3.00/4.00. The program aims to develop highly skilled researchers capable of contributing original knowledge and innovation in electrical engineering.

The program comprises 18 credit hours of advanced coursework and 30 credit hours dedicated to independent research leading to a doctoral dissertation. Coursework is selected in consultation with a PhD supervisor, ensuring alignment with the candidate’s research focus. Upon completion of coursework, candidates must pass a comprehensive examination to attain PhD candidacy.

The research component emphasizes originality, scholarly rigor, and practical relevance. In line with HEC 2023 guidelines, candidates are required to publish research articles related to their dissertation in HEC-recognized journals, including those classified under HEC’s HJRS categories (e.g., W or X for science and engineering disciplines).

The PhD dissertation must reflect a significant contribution to knowledge and is evaluated through external review by qualified experts. Typically, this includes at least two external reviewers from internationally recognized institutions or leading national universities, with adjustments allowed if HEC-specified publication requirements are met. The dissertation undergoes a plagiarism check to ensure originality and compliance with HEC standards. Following positive evaluation, candidates present an open defense (viva voce) before a qualified academic panel, demonstrating the validity, significance, and impact of their research.

The program prepares graduates for leadership roles in academia, advanced research, and high-level technical positions in industry, equipping them to contribute effectively to national and international advancements in electrical engineering.