The syllabus for the Diploma in Medical Lab Technician College in Sonepat at Puran Murti Campus is designed to provide students with both theoretical knowledge and hands-on experience in clinical diagnostics. Over the course of three years, students explore a comprehensive range of medical subjects that are crucial for understanding human health, disease mechanisms, and laboratory testing techniques.
In the initial semesters, students begin by studying Human Anatomy and Physiology, which helps them understand how the human body is structured and how each system functions. This foundational knowledge is essential for interpreting clinical findings later in the course. Alongside, students delve into Pathology, where they learn how diseases develop and affect organs and tissues, giving them the ability to identify abnormalities through laboratory analysis.
As the program progresses, subjects like Microbiology are introduced, focusing on microorganisms such as bacteria, viruses, and fungi. Students are trained to culture, stain, and identify these organisms under the microscope—skills that are directly applicable in clinical settings. Clinical Biochemistry is another important subject, teaching students how to assess body fluids like blood and urine to detect biochemical imbalances that might indicate disorders such as diabetes or kidney disease.
Another crucial part of the syllabus is Immunology, where students study the body’s defense mechanisms and how immune responses can be measured and analyzed. This is especially relevant for diagnosing infectious diseases and autoimmune conditions. Lab Practices and Instrumentation is a subject that runs throughout the program, allowing students to gain familiarity with diagnostic machines, safety protocols, quality control, and sample management.
In the final semesters, the focus shifts more toward practical application. Students spend time in labs performing routine and advanced diagnostic tests, learning how to prepare blood smears, handle reagents, and maintain lab records accurately. They are also trained in blood banking procedures, crossmatching, and transfusion protocols. During the last part of the course, students typically undergo clinical training or internships at partner hospitals or diagnostic centers, where they apply what they’ve learned in real-world settings under professional supervision.
Overall, the syllabus aims to create well-rounded lab professionals capable of working confidently in any healthcare or diagnostic environment. The combination of science, practice, and patient-oriented learning ensures that graduates are industry-ready upon completion.
The Diploma in Electronics and Communication Engineering (ECE) offered by colleges in Delhi, such as Puran Murti Campus, includes a broad and industry-relevant curriculum spread over six semesters. This course is carefully designed to build strong technical knowledge and practical skills in electronics and communication systems. From the first semester, students are introduced to the basics of electrical and electronics engineering. As they progress through the course, they explore more advanced concepts in digital systems, signal transmission, microprocessors, and communication technologies.
Some of the key subjects covered include material science, which helps students understand the properties and behavior of electronic materials used in semiconductors and circuits. Communication systems is another major area, where students learn how signals are transmitted and received through analog and digital channels, including modulation techniques and signal processing.
The program also covers microprocessors and microcontrollers, teaching students how programmable chips are used to control machines and devices, an essential skill in automation and embedded systems. Students gain hands-on experience with electronic instruments such as oscilloscopes, multimeters, and signal generators, which are essential tools for testing and analyzing circuit performance.
In addition, the diploma includes learning about audio and video systems, giving students practical knowledge of consumer electronics, broadcasting technologies, and entertainment equipment. The course also focuses on applied learning, which is why the final semester is dedicated to industrial exposure and project work. During this period, students participate in field training, where they apply their theoretical knowledge to solve real-world problems under the guidance of industry professionals.
In a Diploma in Aircraft Maintenance Engineering program offered by colleges in Delhi NCR, students study a range of specialized subjects that prepare them to maintain and repair aircraft safely and efficiently. The course is designed to give students both theoretical understanding and hands-on skills that are required by the aviation industry. One of the first subjects covered is avionics, which deals with the electronic systems on an aircraft, including navigation, communication, and flight control systems. Students learn how these systems function and how to diagnose and repair faults.
Another important area is aerodynamics, which is the study of how air interacts with aircraft surfaces. Understanding aerodynamics is essential for students to grasp how aircraft achieve lift, maintain stability in flight, and respond to various forces during operation. Alongside this, students explore propulsion systems, learning about different types of aircraft engines, including jet engines and piston engines. They study how these engines work, how they are installed on aircraft, and how to inspect and maintain them to ensure proper performance.
The diploma also includes training in electronics, particularly as they apply to aircraft instrumentation and systems. This subject teaches students how to read and interpret electrical circuits, troubleshoot faults, and maintain key electronic components used in flight operations. A vital part of the program is maintenance practices, which introduces students to the tools, techniques, and procedures involved in regular aircraft inspections, minor and major repairs, and safety protocols. It emphasizes the importance of precision and attention to detail in ensuring airworthiness.
The BSc MSCS (Mathematics, Statistics, Computer Science) program offers a multidisciplinary curriculum integrating mathematics, statistical methods, and computer science. The mathematics segment covers calculus, linear algebra, differential equations, and numerical methods, providing a strong foundation for analytical problem-solving. Statistics subjects include probability, data analysis, inferential statistics, and machine learning fundamentals, equipping students with skills to interpret and model real-world data.
The computer science component focuses on programming languages (Python, Java, C++), data structures, algorithms, database management, and software engineering. Advanced topics may include artificial intelligence, machine learning, and big data analytics. The program enhances logical reasoning, computational skills, and data-driven decision-making, preparing students for careers in data science, software development, finance, and research. With a strong mathematical and computational foundation, graduates can excel in fields like data analytics, artificial intelligence, and cybersecurity. The blend of theory and practical applications makes this program highly relevant in today’s tech-driven world.
Students in the B Com Information Systems Management (ISM) program study commerce along with technological subjects while learning Financial Accounting, Business Law, Economics and Management Principles. The core commerce curriculum at Core includes Cost Accounting alongside Corporate Accounting and Financial Management thus teaching students thorough financial procedure understanding. Staff obtain improved analytical capabilities through the integration of Business Mathematics with Statistics in their curriculum. The business operations become understandable through studies conducted in Human Resource Management and Marketing.
The IT portion of the curriculum involves Programming classes together with Database Management Systems (DBMS), E-Commerce, Cyber Security and Enterprise Resource Planning (ERP). Students gain knowledge about software programs and data organization systems to conduct secure business operations. Information Systems and Web Technologies along with Business Intelligence functions as digital decision-making platforms that students acquire. The curriculum will feature two emerging technologies that include Data Analytics and Cloud Computing. Graduates who complete this combination of commerce and IT courses gain qualified positions in finance banking IT consultancy and business analytics which prepares them for today's business sector.
The BSc in Operation Theatre Technology (OTT) delivers specialized training that teaches students to provide assistance for surgical operations. The educational program contains necessary subjects such as Human Anatomy combined with Physiology and Biochemistry along with Microbiology to create a solid medical framework. Students undergo Pathology as well as Pharmacology and Anesthesia Technology courses to comprehend surgical techniques and drug delivery techniques and patient observation procedures. Operation Theatre Management with Surgical Techniques and Instrumentation stands as part of the course curriculum to teach students essential skills in handling medical equipment and patient safety protocols and sterilization practices.
At the core of the education are Medical and technical subjects as well as Hospital Management and Medical Ethics and Patient Care to develop professional along with ethical competency. Operation theater practical experiences and internships allow students to develop competency through industrial work that includes surgeon support and surgical room governance along with sterile care procedures. Students who complete their studies in BSc OTT are ready to work in hospitals and surgical centers and emergency care units.
In the first two years of the BLS LLB course, students focus on building a strong foundation in legal principles and theories. The core subjects include Constitutional Law, which covers the structure and functioning of the Indian Constitution, and Criminal Law, which introduces the criminal justice system, including offenses and procedures. Contract Law and Torts provide insight into civil liabilities and agreements.
In addition, students study Family Law, focusing on marriage, divorce, and inheritance laws. Legal Methods introduces the study of legal reasoning, research, and interpretation of laws. Students also explore subjects like Jurisprudence, the theory of law, and Political Science, providing insight into the relationship between law and governance. These subjects prepare students for the subsequent years, where they delve deeper into specialized legal areas and practical applications of law.
A Bachelor of Technology (B Tech) in Information Technology (IT) covers a wide range of subjects to equip students with technical and problem-solving skills. Core subjects include programming languages (C, C++, Java, Python), data structures, algorithms, operating systems, database management systems (DBMS), computer networks, cybersecurity, and software engineering. These provide the foundation for understanding computing systems and software development. Students also study web development, mobile app development, and cloud computing to gain practical experience.
Advanced topics include artificial intelligence (AI), machine learning (ML), blockchain, big data analytics, and the Internet of Things (IoT). Additionally, subjects like cryptography, ethical hacking, and digital forensics focus on security aspects. The program also emphasizes project work, internships, and industry training to enhance practical knowledge. Electives may include UI/UX design, robotics, and enterprise systems. Mathematics, communication skills, and management-related subjects ensure students develop analytical and leadership abilities, preparing them for careers in IT, software development, and research.
The B Sc. Nursing curriculum is designed to provide a strong foundation in medical sciences and nursing principles. It includes subjects such as Anatomy, Physiology, Microbiology, Biochemistry, and Pharmacology, which help students understand human body functions and disease mechanisms. Pathology, Genetics, and Nutrition are also covered to enhance knowledge of disease progression and diet-based healthcare. Psychology and Sociology are introduced to help nurses understand patient behavior, communication, and mental health care.
Core nursing subjects include Nursing Foundations, Medical-Surgical Nursing, Pediatric Nursing, Obstetrics & Gynecology Nursing, Psychiatric Nursing, and Community Health Nursing. These cover patient care, surgical procedures, maternal and child health, mental health management, and public health nursing. Research and Statistics, Nursing Education, Nursing Management, and Ethics are also integral, preparing students for leadership and evidence-based practice. Practical training through clinical postings and internships ensures hands-on experience in hospitals and healthcare settings, equipping students with essential nursing skills and knowledge.
The undergraduate degree program of BSc Agriculture delivers a full understanding of contemporary agricultural methods alongside sustainability fundamentals and modern technological advancements throughout four years. Agronomy along with Soil Science are essential subjects of this program where Agronomy focuses on crop production and soil management while Soil Science specializes in soil properties and fertility. The curriculum of Horticulture comprises vegetative and floral horticultural cultivation in addition to basic plant breeding instruction. The study of Entomology focuses on insect control as Plant Pathology works with plant disease control. Agricultural Engineering segment handles machinery production techniques along with irrigation and drainage system development as Meteorology teaches about weather patterns that affect agricultural systems.
The curriculum includes Agricultural Economics about farm management and agribusiness as well as Biotechnology that focuses on genetic modifications with Animal Husbandry teaching livestock management. The education program includes both food processing and preservation through Food Technology together with rural development through Extension Education. Students gain practical skills through research projects and fieldwork together with practical training which are part of the curriculum. The multidisciplinary training of graduates enables them to work in agricultural production and agribusiness fields as well as research and governmental sectors.
During the MSc IT program students encounter fundamental course material which contains programming languages (Java, Python and C++) and data structures as well as algorithms and operating systems and computer networks together with database management and software engineering. The curriculum includes studies of cybersecurity as well as cryptography and web technologies and cloud computing and artificial intelligence (AI). The curriculum includes advanced topics including big data analytics, blockchain technology, machine learning, and Internet of Things (IoT) together with other advanced study areas.
The program delivers both theoretical concepts while offering practical tutorials with industry-specific challenges to develop students' problem-solving abilities. The subjects project management alongside research methodologies as well as IT governance teach students the fundamental concepts needed for business and management operations. The educational curriculum of certain universities allows students to choose specialized elective courses in subjects such as mobile computing and digital forensics along with bioinformatics. Students concluding their last academic year must complete either a dissertation or a capstone project which offers practical IT solution experience. The multiple courses in this curriculum produce qualified candidates who work as software developers or data scientists and manage information technology systems and protect cybersecurity infrastructure.
Students enrolled in the Bachelor of Elementary Education (B.El.Ed.) receive instruction that builds their capabilities for teaching elementary school subjects. The curriculum presents students with information about child development together with educational psychology and pedagogy to understand learning and growth patterns in children. The core educational curriculum includes classes which teach both language competency alongside mathematics alongside environmental studies with social sciences and science methods for education. Through its teaching methodology section the curriculum delivers practical elements to help students gain firsthand classroom skills including lesson preparation and organizational methods and management techniques.
The program strengthens students' abilities in subject expertise while giving deep examination of evaluation skills and training regarding inclusive classrooms together with educational tech innovations. Educational institution training focuses on research methodology together with reflective teaching methodologies aiming to enhance the teaching effectiveness of students. Students need to complete fieldwork assignments combined with internships with classroom teaching experiences as fundamental requirements for completing the program. The B.El.Ed. program delivers a detailed system for teaching elementary education which equips its graduates to become highly skilled teaching artists.
During their first year of the Bachelor of Arts in Multimedia and Mass Communication (BAMMC) students acquire fundamental subjects that establish essential media study principles. Two fundamental core subjects comprise Effective Communication about verbal and written communication while Fundamentals of Mass Communication provides education about media functions and history. The two subjects Introduction to Digital Media and Sociology & Economics deliver essential knowledge about digital platforms and structural dynamics impacting the media market.
The undergraduate curriculum incorporates Media & Culture as well as History of Media and Marketing & Public Relations with branding and corporate communication being studied separately. Students who study Content Writing & Journalism receive instruction on news reporting as well as creative writing and storytelling techniques. The curriculum teaches students about media procedures and develops their expertise so they can work in advertising and journalism as well as public relations and digital content production during the advanced stages of their education.
The LLB (Bachelor of Legislative Law) and BBA (Bachelor of Business Administration) together make and integrated course that synergizes business with law. The program's syllabus encompasses critical business courses such as Unequal Competition Treatment, Embezzlement Masters, Managing Against All Odds, Business Market Selling, and We Don’t Care Human Behaviors. Such topics in the Integrated Birkbeck Management have a significant contribution towards enhancement of the students’ skills in business, financial control, and corporate policy formulation. At the same time, legal subjects such as Constitutional Law, Contract Law, Criminal Law, Torts, Family Law, and Administrative Law develop understanding of laws as they relate to governance business and society.
In addition, more particular subjects of study such as Corporate Law, Taxation Law, Intellectual Property Rights, Cyber Law, and International Trade Law enable student’s acquisition of knowledge for the corporate business world. It also features Legal Research training, Moot Court Practice, and Internship Dictation training to develop all necessary skills. All this and much more prepares one to practice law by serving in the business and legal Interdisciplinary units. As such, they can work in a corporate law office, at consulting firms, and at business enterprise.
The BSc Medical Laboratory Technology (MLT) curriculum includes core subjects that focus on diagnosing and analyzing diseases. Key topics include clinical biochemistry, which deals with biochemical analysis of body fluids, and microbiology, which studies microorganisms and their role in infections. Pathology and hematology cover disease mechanisms, blood disorders, and blood cell analysis. Immunology focuses on the immune system and its responses to infections, while blood banking teaches the collection, testing, and storage of blood for transfusions.
Additionally, the curriculum includes diagnostic techniques, where students learn about modern laboratory instruments and methods for disease detection. Histopathology covers tissue examination for identifying abnormalities, and cytogenetics explores genetic disorders. Medical ethics, laboratory safety, and quality control are emphasized to ensure accuracy and reliability in testing. The course also integrates research methodology and biostatistics, enabling students to analyze medical data. Practical training in clinical labs helps develop hands-on skills essential for a career in medical diagnostics.