Syllabus
Electronics and Communication Engineering (EC E)
Study digital innovation through integrated circuits, wireless systems, and modern communication technologies. Gain hands-on experience in advanced labs, preparing for careers in telecommunications, IoT, semiconductor design, and consumer electronics.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Computer Science & Engineering (Data Science) (CSE-DS)
Learn to analyze complex datasets using machine learning, data visualization, and big data technologies. The curriculum focuses on advanced analytics and predictive modeling.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Electrical & Electronics Engineering (EEE)
Explore power electronics, renewable energy, control systems, and smart grid technologies. The program integrates classical electrical engineering with modern electronic applications.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Computer Science & Engineering (AI & ML) (CSE-AI&ML)
Develop expertise in neural networks, deep learning, computer vision, and natural language processing. The curriculum emphasizes practical AI applications, preparing for roles in autonomous systems, intelligent applications, and AI research.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Computer Science & Engineering (CSE)
Gain expertise in software development, cloud computing, cybersecurity, and system architecture. The industry-focused curriculum combines theory with practical skills for careers in software engineering, system design, and technology development.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Mechanical Engineering
Study advanced materials, robotics, thermal systems, and smart manufacturing. The program blends mechanical engineering principles with modern digital tools, preparing for careers in automotive, aerospace, robotics, and industrial automation.
Semester 01
Semester 02
Semester 03
Semester 04
Semester 04
Semester 05
Semester 06
Semester 07
Semester 08
Integrated Twinning Program
HITAM’s Integrated Twinning Program lets students earn B.Tech & M.S. degrees in five years with global exposure.
In partnership with GMU, MSOE, and UAH, it blends top-tier education, cross-cultural learning, and advanced skills for global engineering careers.
B Tech in CSE
Accredited program focusing on software development, data structures, algorithms and emerging technologies. Students gain expertise in AI, Machine Learning, Cloud Computing and Full-Stack development through hands-on projects and industry collaborations.
B Tech in Mechanical
An AICTE-approved program covering thermal systems, manufacturing processes, CAD/CAM, and industrial automation. Work with advanced labs, industry-grade equipment, and gain real-world experience through live projects and internships.
MS in Aerospace Engineering
Develop expertise in aerodynamics, propulsion systems, and spacecraft design. The industry-aligned curriculum blends theoretical foundations with practical applications, preparing students for careers in aviation, space exploration, and defense technology.
MS in Software Engineering
Master software development, AI-driven applications, and system architecture. The curriculum integrates theoretical concepts with hands-on experience, equipping students for careers in software engineering, application design, and technology innovation.
MS in Engineering Management
Gain proficiency in leadership, project management, and operational strategy. The program combines technical knowledge with managerial skills, preparing engineers for strategic roles in technology-driven industries.
MS in Computer Engineering
Build expertise in data structures, algorithms, artificial intelligence, and cybersecurity. The industry-oriented curriculum merges computational theory with real-world problem-solving, fostering skills for software development and research.
MS in Computer Science
Specialise in embedded systems, IoT, and digital circuit design. The curriculum balances hardware-software integration with industry applications, preparing students for careers in computing technology and system innovation.
MS in Computer Engineering
Build expertise in data structures, algorithms, artificial intelligence, and cybersecurity. The industry-oriented curriculum merges computational theory with real-world problem-solving, fostering skills for software development and research.