Bachelor of Science in Forensic Science

3 Years Degree Programme

Our Apporach

Global Education, Global Acceptance

  • New and best of its kind having a high demand
  • Rigorous and extensive teaching methods are applied to train the minds for challenging careers
  • Exposure to learn about all the Applied Sciences and their practical real-life use in Crime investigation under one curriculum.
  • Completely practical based curriculum
  • Ensure to nourish extra-curricular talents.

Industry-Academia Collaboration

Programme Details

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3 Years Programme

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Upto 100% Scholarship

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100% Placement Assistance

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Eligibility
50% in 10+2 wit

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B.Sc. in Forensic Sciecnce is a 3-year undergraduate programme under Faculty of Science of Assam downtown University, Guwahati, Assam. The main aim of the Programme is to create experts in the field of forensic science with the application of advanced scientific techniques This course targets to develop a platform where students can get to learn and practice about the scientific methodology and techniques that can be used to the field of crime investigation so that justice can be serve to the right person in less time which is the need of the hour for society. A graduate in forensic science course may avail jobs in the Forensic science laboratories, Research and Development, Education, Armed forces and Private sector also.

  • AdtU forensic science graduates will be well-prepared for successful careers ni industry, corporate, research organizations and/ or government sectors in one or more of the disciplines/ sub-disciplines of forensic science.
  • The forensic graduates will be academically prepared to apply advanced technologies for analyzing forensic evidence, leading diverse teams and delivering impartial scientific opinions.
  • AdtU forensic graduates will play a vital role in fostering a safe and vibrant society by serving as forensic experts for crime awareness, with the potential for successful pursuits in higher education in forensic science fi pursued.

  • Apply fundamental concepts of basic and applied sciences, criminal laws aspects, forensic sciences principles and analytical processes with psycho-social aspects in investigation to support the agencies and the criminal justice system.
  • Examine physical evidence, witness statements, and forensic findings to understand the sequence of evidence, addressing intricate forensic challenges and formulating logical procedural approaches.
  • Identify and analyze complex forensic problems using standard analytical protocols and methods.
  • Identify, formulate and analyze forensic problems utilizing evidence- based research to draw logical conclusions.
  • Communicate efficiently with individuals, peers, investigating agencies and other stakeholders, and prepare quality reports to convey findings.
  • Adhere to the code of conduct and ethical values in the profession.
  • Perform efficiently as a member or leader in collaboration with multidisciplinary teams and diverse settings.
  • Recognize and apply appropriate techniques, resources and modern scientific theories with an understanding of scientific principles.
  • Engage in lifelong learning staying abreast of advancements in forensic technology and practices.

  • Apply the comprehensive understanding of multidisciplinary concepts of forensic science with interdisciplinary approaches to address complex forensic problems.
  • Foster interpersonal ability and adaptability in diverse socio- cultural teams for efficient working in the profession through co-curricular and extra-curricular activities.
  • Ability to address forensic issues and understand international scenarios through global certification courses.

Curriculum Details

Year wise Course Details

Odd Semester

Courses for this semester

Course Overview

1. Comprehend crime scene definition, importance, management, and reasons for crimes in India. 2. Recognize various crime scene types and roles of police, experts, and judicial officers. 3. Learn barricading, photography, sketching, and search techniques for indoor and outdoor crime scenes. 4. Understand types, collection, preservation, and chain of custody for physical evidence. 5. Grasp principles and stages of crime scene reconstruction, from data collection to theory formulation.

Course Outcomes

  • Recognize crime scene investigation, and understand the reasons for crime along with their practical aspects
  • Explain different crime scene types and comprehend the role of investigating agencies in crime scene management along with their practical aspects
  • Apply techniques for documenting crime scenes, utilizing various search patterns along with their practical aspects
  • DiDescribe the methods for collecting evidences, package, and preserve, and maintain the chain of custody for crime exhibits along with their practical aspects
  • Analyze crime scene reconstruction using various principles of data collection, hypothesis formulation, testing, and theory formation.

Course Overview

1. Grasp offence forms, case classification, legislation components, judicial hierarchy. 2. Differentiate cognizable and non-cognizable offences, bailable and non-bailable offences. 3. Examine Sections related to offences against individuals and property. 4. Explore constitutional articles and legal acts. 5. Dive into specific legal areas and acts' intricacies

Course Outcomes

  • Define offenses and their forms, compare and distinguish civil and criminal classifications along with their practical aspects in real cases.
  • Interpret offenses against persons and property, including sexual offenses under relevant sections along with their practical aspects in real cases.
  • Apply knowledge of evidence and rules of relevancy, including the examination of witnesses and expert testimony
  • Demonstrate an understanding of constitutional articles and acts, such as the Narcotic Drugs and Psychotropic Substances Act along with their practical aspects in real cases.
  • Interpret various acts, including the Explosive Substances Act, Arms Act, Dowry Prohibition Act, and Wildlife Protection Act along with their practical aspects in real cases

Course Overview

Ascertain physical and mental development of the students and select best performers for state, national and international level competition.

Course Outcomes

  • Identify and describe various sports, music, and co-curricular activities available at the university, and explain the benefits of participating in these activities.
  • Apply skills and techniques learned in workshops and club activities to participate effectively in sports, music, and other co-curricular competitions, and analyze their performance to identify areas of improvement.
  • Discuss the reflective essay or presentation assessing how involvement in various activities has contributed to their personal and professional growth, and design a plan for future engagement and skill development.

Course Overview

1. Understand the principles of hybridization, shapes of molecules, and chemical bonds, including van der Waals interactions, hydrogen bonding, and electronic displacements in covalent bonds. 2. Explore isomerism concepts, including optical isomerism, geometric isomerism, and conformational isomerism, and understand the nomenclature and properties associated with different isomers. 3. Grasp the kinetic molecular theory of gases, deviations from ideal behavior, and the van der Waals equation, as well as the principles governing the liquefaction of gases. 4. Comprehend the quantum mechanical aspects of atomic structure, including Bohr's theory, wave mechanics, quantum numbers, and the electronic configuration of atoms. 5. Study periodic properties of elements, focusing on effective nuclear charge, atomic radii, ionization enthalpy, electron gain enthalpy, and electronegativity, along with their variations in the periodic table.

Course Outcomes

  • Understand the hybridization of carbon, types of bonds, electronic effects, and the shapes of molecules
  • Identify the kinetic molecular theory of gases, deviations from ideal behavior, and properties of enantiomers
  • Explain Bohr’s theory, wave mechanics, and quantum numbers
  • Understand the periodic properties of elements, including effective nuclear charge and ionization enthalpy
  • Describe electron gain enthalpy, trends in electronegativity, and the variation of electronegativity with bond order

Course Overview

1. Understand scalar and vector quantities, their properties, and interpretations, including scalar and vector products. 2. Explore coordinate systems, motion concepts, frames of reference, and principles of relativity. 3. Analyze fluid dynamics, elastic properties of matter, and equations like Bernoulli's and continuity. 4. Grasp energy principles, work, conservation, rotational dynamics, and relationships between linear and angular variables. 5. Differentiate wave types, calculate properties, delve into sound waves, and explore ultrasonic applications.

Course Outcomes

  • Understand scalar and vector properties, coordinate systems, divergence, curl, and the distinction between conservative and non-conservative forces
  • Identify the concepts of frame of reference, inertial and non-inertial frames, special theory of relativity, Lorentz transformations, and relativistic addition of velocities
  • Explain the fundamentals of motion, acceleration, projectile motion, pseudo forces, elastic properties of matter, fluid dynamics, and equations like Bernoulli’s
  • Explain the concepts of energy, kinetic energy, work, rotational variables, and the conservation of energy, especially in rotational motion
  • Describe different types of waves, sound waves, Doppler effect, sound intensity measurement, and the introduction to ultrasonic waves and their applications

Course Overview

1. Develop a comprehensive understanding of Algae, covering general characteristics, classification, reproduction, and economic significance. 2. Study the fundamental aspects of fungi, including their characteristics, classification, and economic importance. 3. Explore lichens, understanding their general features, structure, reproduction, and economic importance. 4. Gain insights into Bryophytes, covering characteristics, classification, reproduction, and economic relevance 5. Examine Pteridophytes, focusing on characteristics, classification, reproduction, and economic importance. Additionally, explore ecological concepts such as ecosystems, energy flow, biogeochemical cycles, and succession.

Course Outcomes

  • Understand the general characteristics, classification, modes of reproduction, and economic significance of algae
  • Identify the general features, classification of fungi, and their economic importance
  • Understand of the general aspects, structure, reproduction, and economic significance of lichens
  • Identify the general characteristics, classification, modes of reproduction, and economic importance of bryophytes
  • Identify the concept of ecosystems, their structure and function, energy flow, biogeochemical cycles, and the process of succession
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Even Semester

Courses for this semester

Course Overview

This course centres on the comprehensive study of forensic evidence collection, legal aspects, and expert testimony, emphasising analyses of materials like glass, soil, paints, hairs, and fibres for investigative purposes

Course Outcomes

  • Understand the Importance of impression marks in vehicular accident cases.
  • Elucidate the use of tool marks their restoration and method of recording those restored marks.
  • Analyse types of glass their composition, their macroscopic and microscopic properties.
  • Learn the forensic examination of Paint evidence
  • Analyse Hair and fibres, their composition, their macroscopic and microscopic analysis.

Course Overview

This course delves into the multidimensional field of forensic psychology, encompassing its diverse subfields, ethical considerations, role in legal proceedings, crime causation, victim psychology, and effective criminal justice interventions

Course Outcomes

  • Understanding of forensic psychology's scope, ethics, and psychologist's role in legal contexts
  • Understanding of forensic psychology's scope, ethics, and psychologist's role in legal contexts
  • Criminal Justice System Insights: Acquire insights into criminal profiling, competence assessment, correctional roles, and interventions for special populations within the legal framework
  • Forensic Techniques Proficiency: Develop proficiency in using psychological tests
  • Applying detection methods like BEOS, and understanding lie detection techniques for forensic analysis

Course Overview

This course delves into the intricate world of fingerprint identification, covering its historical evolution, biological basis, patterns, classification methods, detection techniques, and applications in diverse scenarios like crime scenes and deceased individuals.

Course Outcomes

  • Demonstrate a solid understanding of the historical, biological, and fundamental principles underlying fingerprint identification
  • Proficiently recognise and analyse various fingerprint patterns, minutiae, and counting techniques, both in plain and rolled prints, distinguishing them at crime scenes
  • Develop expertise in fingerprint classification, cataloguing, and the utilization of automated identification systems, while grasping the significance of poroscopy and edgeoscopy.
  • Acquire practical skills in detecting latent fingerprints, preserving and lifting developed prints, enhancing fingerprints using digital imaging,
  • Applying techniques to diverse scenarios including deceased individuals and different types of prints like footprints, palm prints, and lip prints

Course Overview

This course delves into fundamental organic chemistry topics, covering hydrocarbons, halogen-containing compounds, chemical equilibrium, chemical bonding, and acids-bases, fostering a strong foundational understanding of these concepts.

Course Outcomes

  • Develop proficiency in understanding hydrocarbons' isomerism, formation, properties, and diverse reactions
  • Acquire competency in recognizing and explaining the formation, reactions, and substitution mechanisms of alkyl and aryl halides
  • Attain a deep understanding of reversible and irreversible reactions, law of mass action, and the application of Le Chatelier's principle
  • Develop skills in comprehending chemical bonding theories, molecular orbital diagrams, and different acid-base concepts

Course Overview

This course centers on fundamental concepts of electromagnetism, covering electric and magnetic fields, their interactions in materials, and their applications in circuits and electromagnetic phenomena.

Course Outcomes

  • Analyze and apply Gauss' Law to diverse charge distributions and understand the nature of electric fields and potentials
  • Demonstrate proficiency in calculating magnetic forces, torques, and fields using Ampere's and Biot-Savart's Laws.
  • Comprehend the behavior of dielectrics, magnetization, and magnetic materials, including ferromagnetism and hysteresis
  • Apply Faraday's and Lenz's Laws, understand mutual and self-inductance, and solve problems involving electromagnetic phenomena in circuits

Course Overview

The course will cover the knowledge regarding different criteria for animal kingdom classification. It will also emphasize on specific characters; economic examples of different organisms belong to different phyla of animal kingdom.

Course Outcomes

  • Enable students to comprehend the rationale behind animal kingdom classification in biological sciences
  • Develop a detailed understanding of diverse animal phyla, their characteristics, and evolutionary significance
  • Enable understanding of protochordates and agnatha characteristics and their role in vertebrate evolution
  • Develop knowledge of aquatic adaptations, parental care, and classifications in aquatic vertebrates
  • Enable comprehension of flight adaptations, adaptive radiation, and locomotory appendages in birds and mammals

Course Overview

This course focuses on learning to communicate effectively, develop leadership skills and confidence, and be exposed to different perspectives that challenge their thoughts and views on the world which all ultimately add to the development of their self-identity.

Course Outcomes

  • Plan and organise volunteer placements
  • Apply knowledge of community service organisations and associated activities, social issues and social justice through engaging with public.
  • Apply understanding and appreciation of the value of contributing to the welfare of others in local, regional, national and/or international communities
  • Apply understanding and appreciation of the value of contributing to the welfare of others in local, regional, national and/or international communities
  • Apply group/teamwork skills

Course Overview

The course encourages a range of activities outside the regular curriculum intended to meet learner’s interest, These activities are aimed to develop the social and soft skills and promote a holistic development of the learners, Keeping in mind the 360 degree learning methodology the students are engaged in different activities headed under different clubs viz. Dance, music, photography, drama, literary etc., The students are encouraged to participate in regular club activities, workshops, competitions as per their interest and hobbies,

Course Outcomes

  • The students will be engaged in different activities headed under different clubs namely dance, music, photography, drama, literacy, etc
  • The students will participate in regular club activities like workshops, competitions as per their interest and hobbies.
  • The students will be trained to represent ADTU in various inter university, state and national level competitions.

Course Overview

MOOCS is provided through Coursera Platform which is an online course where students are allowed to take course/ courses per semester on the basis of the hours with relevance to the field

Course Outcomes

  • Gain information or knowledge from global level top universities
  • Gain insights from different perspectives
  • Gain knowledge on add on topics of higher level
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Odd Semester

Courses for this semester

Course Overview

Basic cyber investigation techniques, requirement and analysing of digital evidences will be covered.

Course Outcomes

  • Understand the basic terminology of cybercrimes
  • Apply a number of different computer forensic tools to a given scenario
  • Understand the basics of computer forensics
  • Analyze and validate digital evidence data
  • Analyze acquisition methods for digital evidence related to system security

Course Overview

Students learn the principles of operation of instruments used in chemical analysis, and assess their advantages in forensic science

Course Outcomes

  • llustrate various calculation to validate methods, ensuring reliable and precise forensic measurements along with their practical aspects
  • Apply chromatographic methods for qualitative and quantitative analysis in forensic scenarios along with their practical aspects
  • Utilize atomic and molecular spectroscopy for forensic analysis and understand energy levels in atomic spectra along with their practical aspects.
  • Develop skills in microscopic analysis for effective interpretation of forensic evidence along with their practical aspects
  • Utilize biochemical techniques for analyzing of biological evidence in forensic investigations along with their practical aspects

Course Overview

Learn about the examination of security documents, printed matter, built-up documents, and the identification of typists using forensic stylistics and familiarisation with instrumentation in questioned documents,

Course Outcomes

  • Identify characteristic features and employ proper procedures for document comparison along with their practical aspect
  • Understand individual handwriting characteristics and analyze ink, paper, photocopies, and other document elements along with their practical aspects.
  • Examine diverse disputed documents frequently encountered in forensic scenarios along with their practical aspects.
  • Analyze security documents, employing various techniques to determine authenticity and detect forgeries along with their practical aspects
  • Apply method solving practical skills in utilizing advanced instrumentation for accurate and detailed examination of questioned documents along with their practical aspects

Course Overview

Understand the definition, scope, and significance of forensic ballistics, including the history and development of gunpowder and firearms, improvised and country-made firearms, gunshot residues, and methods of analyzing residues on shooting hands and targets

Course Outcomes

  • Understand the history and development of Gun powder firearms, IED, GSR and need and scope of forensic ballistics along with their practical aspects.
  • Explain types of Firearm and ammunition and its composition along with their practical aspects
  • Explain the type and mechanism of series of events that takes place after firing inside the firearm along with their practical aspects.
  • Explain the series of events takes place after the bullet will leave the muzzle of the firearm and factor affecting its velocity along with their practical aspects
  • Examine the effect of bullets after terminating and different factors resulting it along with their practical aspects

Course Overview

The course covers key aspects of forensic analysis of ink and paper analysis, detection of alterations and forgeries

Course Outcomes

  • Cultivate problem-solving skills to interpret forensic evidence
  • strong analytical and modern technological tools.
  • use of tools like spectroscopy, microscopy
  • Ink and paper analysis
  • Understand and apply the forensic analysis of glass, fiber, trace evidence

Course Overview

This course emphasize the application of forensic knowledge to serve communities, integrating practical skills with ethical and professional considerations.

Course Outcomes

  • Application of Theoretical Knowledge in Real-World Settings
  • Development of Problem-Solving Skills in Diverse Environments
  • Contribution to Community Services through Forensic Expertise
  • Strengthening Ethical and Professional Practices in Community Engagement
  • Effective Communication and Collaboration with Community Partners

Course Overview

Extra-curricular activities encompass non-academic pursuits that enhance personal development, leadership, teamwork, and social skills, providing opportunities for students to explore interests outside the classroom and contribute to their holistic growth

Course Outcomes

  • identify and describe various sports, music, and co-curricular activities available at the university, and explain the benefits of participating in these activities.
  • Apply skills and techniques learned in workshops and club activities to participate effectively in sports, music, and other co-curricular competitions, and analyze their performance to identify areas of improvement.
  • Discuss the reflective essay or presentation assessing how involvement in various activities has contributed to their personal and professional growth, and design a plan for future engagement and skill development.

Course Overview

MOOCS is provided through the Coursera Platform, which is an online course where students are allowed to take courses.

Course Outcomes

  • Gain information and knowledge from global level top universities.
  • Develop insights from different perspectives.
  • Exposure to different ways of learning platforms.

Course Overview

Demonstrate a comprehensive knowledge of the formation, reactions, and rearrangement mechanisms of alcohols, phenols, ethers, and epoxides. Exhibit proficiency in Werner's coordination theory, isomerism, valence bond theory, crystal field theory, and magnetic behavior in transition metal complexes. Application of thermodynamic principles, including internal energy, enthalpy, work, and heat, to analyze gas expansion scenarios and comprehend Joule's law

Course Outcomes

  • Understand and gain knowledge about synthesis, physical properties and chemical reactions of oxygen containing organic compounds such as alcohols, phenols, ethers and epoxides and their named reactions
  • Explanation on how to write the nomenclature of co-ordination compounds
  • Understand the difference between valence bond theory and crystal field theory. The spectroscopic splitting as well as magnetic properties, orgel diagrams related to crystal field theory.
  • Discuss the concepts of thermodynamic fundamentals before studying their application in applied thermodynamics. The understanding of thermodynamic properties and processes will assist them in other related coursework.
  • Understand the concept of rate of change associated with chemical change, recognizing that the rate of change and how it can be measured. Determine rate law of chemical change based on experimental data

Course Overview

To develop broad and balanced knowledge and understanding of physical concepts, principles and theories of Physics.

Course Outcomes

  • Understanding of Core Physics Concepts
  • Understand the principles behind the conservation of energy, momentum, and angular momentum.
  • Grasp fundamental physics principles such as Newtonian mechanics, electromagnetism, thermodynamics, waves, and optics

Course Overview

This course aims to educate student on concepts of forestry

Course Outcomes

  • Articulate the history and basic concept of Forestry.
  • Importance of Dendrology and knowledge of wood forest
  • Understanding of forest types and forest management
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Even Semester

Courses for this semester

Course Overview

MOOCS is provided through Coursera Platform which is an online course where students are allowed to take course/ courses per semester on the basis of the hours with relevance to the field

Course Outcomes

  • Gain information or knowledge from global level top universities
  • Gain insights from different perspectives
  • Gain knowledge on add on topics of higher level

Course Overview

The Ballistic and Explosive is all about the studies mechanism working and effect of different firearms and crime related to computer and internet, Their types and series of investigation protocol

Course Outcomes

  • Introduction to Ballistic- Need & Scope. History and development of Gun powder, Firearms, IED, GSR- its collection and analysis
  • Classification of Firearm as per their type and mechanism. Different parts of bullets and firearm
  • Detailed study of Internal Ballistics- Series of events takes place after firing inside the firearm
  • Detailed study of External Ballistics- Series of events takes place after the bullet will leave the muzzle of the firearm and factor affecting its velocity
  • Detailed study of Terminal Ballistics- What happens to the bullet and the target after hitting and different factors resulting it.

Course Overview

This course is all about the study of narcotic drugs, psychotropic substances and their effects, and the analysis of illicit liquor, trap chemicals

Course Outcomes

  • Understanding & gain knowledge about the various narcotic drugs & psychotropic substances
  • Analysis of drugs of abuse
  • Demonstrate about fire & arson cases
  • Classification of explosives and post blast analysis
  • Analysis of alcoholic beverages & trap/bribe case

Course Overview

Cyber forensics is all about the studies related to computer and internet, Their types and series of investigation protocol.

Course Outcomes

  • Fundamentals of computer hardware and accessories and network connections & their uses.
  • Definition and types of Crime related to computer
  • A brief idea about Malwares and their effect. Categories of Crime involving computer and internet
  • Computer Forensic Information- Preparation, Seizure
  • Collection Restoration and Decryption of Magnetic

Course Overview

In this the students will learn about the practical aspects of forensic science in advance level

Course Outcomes

  • To analyze various forensic evidences using compound microscope
  • To compare evidence with standard with comparison microscope
  • To understand UV spectroscopy adn its uses in forensic science
  • To analyze chemical exhibits using chromatography analysis
  • To evaluate a crime scene using blood pattern analysis

Course Overview

Introduce the concepts of data, collection methods and organizing it for drawing significant information. To inculcate ability to analyze data for significant information using various statistical methods.

Course Outcomes

  • Develop students' ability to collect, represent, and interpret forensic data using appropriate statistical methods
  • Enable students to calculate and interpret measures of central tendency and dispersion for effective forensic data analysis
  • Equip students with the knowledge to apply probability distribution functions in forensic data analysis
  • Enable students to assess and apply correlation measures for analyzing relationships between variables in forensic investigations
  • Develop students' ability to apply hypothesis testing and various statistical tools in forensic research, ensuring accurate data analysis and interpretation

Course Overview

Co-curricular Activities are enabled to supplement and complement the curricular or main syllabus activities. These are the part and parcel of educational institutions to develop the students’ personality as well as to strengthen the classroom learning.

Course Outcomes

  • Co-curricular activities have widen horiozon to cater to the cultural, aesthetic department of the students
  • It developed the personality such as intellectual development, emotional development, social, moral and aesthetic development
  • These activities facilitate the development of various divisions of mind

Course Overview

The course encourages a range of activities outside the regular curriculum intended to meet learner’s interest, These activities are aimed to develop the social and soft skills and promote a holistic development of the learners, Keeping in mind the 360 degree learning methodology the students are engaged in different activities headed under different clubs viz. Dance, music, photography, drama, literary etc., The students are encouraged to participate in regular club activities, workshops, competitions as per their interest and hobbies,

Course Outcomes

  • The students will be engaged in different activities headed under different clubs namely dance, music, photography, drama, literacy, etc
  • The students will participate in regular club activities like workshops, competitions as per their interest and hobbies.
  • The students will be trained to represent ADTU in various inter university, state and national level competitions.

Course Overview

MOOCS is provided through the Coursera Platform, which is an online course where students are allowed to take courses/ courses per semester based on the hours with relevance to the credit. The courses are provided by international universities across the world. During the courses, students have to submit assignments and quizzes.

Course Outcomes

  • Develop information or knowledge from global level top universities.
  • Develop insights from different perspectives.
  • Exposure to different ways of learning platforms.
  • Gain exposure to writing and assess peer Reviews

Course Overview

The students will gain knowledge about academic and research growth from the experts

Course Outcomes

  • To gain counselling in academic growth
  • To gain counselling in research field
  • To gain counselling in career growth
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Odd Semester

Courses for this semester

Course Overview

1. Introduce the importance and forensic significance of biological evidence, including its nature, location, collection, and evaluation. 2. Familiarize students with the forensic examination and identification of hair, fibres, and botanical evidence. 3. Explore the composition, functions, and forensic analysis of blood, including species identification and blood group determination. 4. Provide knowledge on the forensic significance, collection, and identification of semen and other body fluids. 5. Educate students on the use of polymorphic enzymes and various methods for resolving paternity disputes, including serological and biochemical tech

Course Outcomes

  • Understand the forensic importance of evidence and methods for its collection and evaluation biologically
  • Identify and analyze hair, fibres, and botanical evidence in forensic investigations
  • Perform forensic analysis of blood, including species identification and blood group determination from various body fluids.
  • Evaluate the forensic significance of semen and other body fluids, and apply appropriate tests for their identification.
  • Utilize polymorphic enzymes and advanced techniques to resolve paternity disputes and calculate paternity indices

Course Overview

1. Introduce students to DNA as the biological blueprint and methods for DNA extraction and quantitation in forensic analysis. 2. Familiarize students with mitochondrial DNA sequence analysis and its application in forensic investigations. 3. Explore forensic DNA typing techniques, including PCR, sequence polymorphisms, and the individualization of evidence using STR loci. 4. Provide knowledge on RFLP techniques, genetic markers, typing procedures, and the interpretation of results in forensic DNA analysis. 5. Educate students on the principles of parentage testing, including genetics of paternity, DNA testing methods, and the mathematical basis for identifying parentage in disputed cases.

Course Outcomes

  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.
  • Understand the principles of DNA analysis and methods for extraction, quantitation, and sequence analysis in forensic science.
  • Perform PCR and analyze sequence polymorphisms to individualize forensic evidence using STR loci.
  • Utilize RFLP techniques to analyze genetic markers and interpret results in forensic DNA profiling.
  • Apply parentage testing principles and genetic laws to determine paternity and identify missing individuals using DNA databases.
  • Write forensic reports integrating DNA profiling results and determine allele frequencies using Hardy-Weinberg law in population databases.

Course Overview

1. Introduce students to the fundamental aspects and scope of forensic medicine, including different types of inquests and the roles of oral evidence and dying declarations. 2. Explore the medico-legal aspects of death, including the diagnosis, stages, and signs of death, as well as different types of fatal incidents. 3. Provide knowledge on the autopsy process, including internal and external examinations, sample collection, and the investigation of sexual offences and suicidal cases. 4. Educate students on the types and classification of injuries, including antemortem and post-mortem injuries, and specific injury types like bite marks and burn injuries. 5. Familiarize students with forensic entomology, including the estimation of time since death and the factors affecting decomposition.1. Introduce students to the fundamental aspects and scope of forensic medicine, including different types of inquests and the roles of oral evidence and dying declarations. 2. Explore the medico-legal aspects of death, including the diagnosis, stages, and signs of death, as well as different types of fatal incidents. 3. Provide knowledge on the autopsy process, including internal and external examinations, sample collection, and the investigation of sexual offences and suicidal cases. 4. Educate students on the types and classification of injuries, including antemortem and post-mortem injuries, and specific injury types like bite marks and burn injuries. 5. Familiarize students with forensic entomology, including the estimation of time since death and the factors affecting decomposition.

Course Outcomes

  • Understand the fundamental aspects and scope of forensic medicine and the different types of inquests and evidence in legal investigations
  • Diagnose the medico-legal aspects of death, recognizing the stages and signs of death and various causes of fatal incidents.
  • Conduct thorough autopsies, including internal and external examinations, sample collection, and the investigation of specific cases like sexual offences and suicides
  • Identify and classify different types of injuries, distinguishing between antemortem and postmortem injuries.
  • Apply forensic entomology techniques to estimate the time since death and understand the decomposition process

Course Overview

1) Understand the fundamental concepts of wildlife, protected species, and endangered species, and develop skills in the identification of wildlife materials. 2. Apply knowledge of pug mark identification, wildlife population censuses, and forensic necropsy, and comprehend the legal aspects of wildlife protection. 3. Gain proficiency in forensic entomology, including the identification of insects, collection of entomological evidence, and understanding insect succession in forensic investigations

Course Outcomes

  • Demonstrate a comprehensive understanding of the importance of wildlife, protected and endangered species, and proficiency in identifying wildlife materials through conventional and modern methods.
  • Apply knowledge in the identification of pug marks, conducting wildlife population censuses, and performing forensic necropsy, while understanding the legal frameworks like the Wildlife Protection Act and Environment Protection Act.
  • Exhibit a foundational understanding of forensic entomology, recognizing insects of forensic importance, collecting entomological evidence in death investigations, and applying insect succession to determine the time since death
  • Analyze various botanical evidence of forensic significance, including leaves and seeds, and demonstrate the isolation and forensic importance of diatoms
  • Evaluate environmental standards for air, water, and noise quality, and demonstrate knowledge of environmental laws, policies, protection agencies, waste treatment methods, and biodegradation processes

Course Overview

This course provides students with the scientific and analytical skills to solve crimes

Course Outcomes

  • To emphasize the importance of scientific methods in crime detection
  • To highlight the forensic software use in cyber forensic analysis
  • Develop expertise in the application of digital forensics
  • Enhance the ability to prepare detailed forensic reports
  • To gain a deeper understanding of electronic evidence.

Course Overview

The courses are provided by international universities across the world. During the courses, students have to submit assignments and quizzes.

Course Outcomes

  • Gain information and knowledge from global level top universities
  • Gain insights from different perspectives
  • Get exposure to different ways of learning platforms.
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Even Semester

Courses for this semester

Course Overview

The Anthropology is all about the studies skeletal remains, their examination and Forensic Significance.

Course Outcomes

  • Definition, Extent and Scope, Domains of Anthropology with the study nature, formation, and identification of human skeleton. bones and teeth.
  • Definition, History, Category and forensic significance of Somatoscopy.
  • Definition, History, Category and forensic significance of Somatometry.
  • Details of Anthropometry and Sketching, Super imposition and facial reconstruction.
  • Genetic and Congenital Anomalies- Causes, types, identification and their forensic significance.

Course Overview

The Forensic Medicine is all about the studies of Cause, Mechanism Mode and Manner of Death and changes in body with time to determine the reason and time of death.

Course Outcomes

  • Thanatology- Definition. Cause, Mechanism Mode and Manner of Death
  • Post-mortem changes with respect to time to estimate time since death.
  • Detailed study of types of Asphyxia death.
  • Definition, Classification of Wounds/Injuries in different scenarios.
  • Development, scope and role of forensic odontology and its forensic significance.

Course Overview

The DNA Forensic is all about the studies of fundamentals of DNA and its forensic usage.

Course Outcomes

  • History of DNA typing, Fundamental of Human Genetics and Laws associated with it.
  • Structure, Function, Isolation of DNA & RNA, Physiochemical property and factors affecting Tm, chemical reactions of DNA RNA.
  • Structure, Models and types of DNA
  • Significance of DNA in crime investigation and its processes and protocols.
  • Principles of heredity. Genetics of paternity. DNA testing in disputed paternity.
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Common Scholarship Test

Apply Scholarship through CST

CST- Common scholarship test is a national and international level online MCQ based examination funded for intellectual empowerment by Assam down town University.

CST- Maximum enrolment each year is 120 seats and any 10+2 students can apply. Adtu is northeast India’s first placement driven university to provide 100% scholarship benefits worth 10 cr.

CST aims to inspire brilliant and competent students to pursue further education. Accredited with a prestigious grade by NAAC, UGC and AICTE.

Apply Scholarship Through

Explore more scholarships that can help you reach out your goal with financial aid.

This scholarship is valid on the basis of the board/university examination

95% & above 100% Scholarship on all semester
90%-94.9% 50% Scholarship on all semester
80%-89.9% 25% Scholarship on all semester

This scholarship is valid on the basis of the board/university exam

National & International Level 100% Scholarship on all semester
State Level 50% Scholarship on all semester
District Level 25% Scholarship on all semester

This scholarship is valid on the basis of the board/university exam

National & International Level 100% Scholarship on all semester
State Level 50% Scholarship on all semester
District Level & NCC Certificate Holder 25% Scholarship on all semester

A 50% scholarship on total semester fees is provided to all specially abled students.

A 100% scholarship on the last semester fee is provided to all the alumni of Assam down town University.

A 100% scholarship on total semester fee for Economically Backward Classes

Campus Life

Our Facilities

World Class Facilities

Discover a multitude of world-class amenities and cutting-edge resources at Assam down town University, enhancing your academic journey to new heights.

Some of our Facilities
  • Library
  • Swimming Pool
  • Play Ground
  • Amphitheatre
  • Basketball Court
  • Cinema Hall
  • Cafeteria
  • Canteen
  • Indoor stadium
  • Yoga Studio
  • Gym
  • ATM

Start-Up &
Incubation Centre

The Start-Up & Incubation Centre at Assam down town University provides a supportive environment for young entrepreneurs to develop and grow their business ideas. The center provides mentorship, funding, and networking opportunities to help innovative ideas become successful businesses.

Rural Empowerment with SFURTI scheme

SFURTI scheme to support rural entrepreneurs and innovators, an initiative by the Ministry of MSME

TIDE 2.0 scheme for ICT-based startups

TIDE 2.0 scheme for ICT-based startups which provides a grant of Rs. 4L and Rs. 7L under EiR and Grant categories respectively, an initiative by the Ministry of MeitY.

dtVL Ideation interest-free loans up to Rs. 2 lakhs.

dtVL Ideation, an incubation program for early-stage entrepreneurs with a market-ready solution/product, offering interest-free loans up to Rs. 2 lakhs.

Innovation with Sprout UP program

Sprout UP, an incubation program for students, faculties, and researchers with innovative business ideas, prototypes, or technology solutions.

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Govt and MSME Collaboration
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International Tie-ups

Our Recruiters

What our Students say

Kailash Timsina
Student

"I am a BBA student of 3rd semester. I hail from Bhutan. I vow that I am having a great experience i...

Juliush Mushahary
Student

"AdtU is amazing. I am a BBA student of 2019-22 batch and I am just grateful for the amount of oppor...

Reshi Prasad Pokhrel
Student

Let us be grateful to the people and place who makes us happy. They are the charming gardeners whom ...

Debapriya Paul
Student

Currently I am pursuing MBA in Assam Down Town University. MBA is the professional course through wh...

Priti Jain
Student

AdtU is a university that focuses on giving knowledge, education and simultaneously making the stude...

Madhurya Bujar Barua
Student

The Assam downtown University has been a great learning experience. The university has provided me w...

Naeem Hussain
Student

My experience with AdtU has been splendid one indeed. Little needs to said about its scenic infrastr...

Dr Dipanjali Hazarika
Student

As a student I am very glad that I have got an opportunity to study here in Assam downtown universi...

Sakhyajit Roy
Student

My name is Sakhyajit Roy. I?m from Tripura. I joined the university on Auguest, 2017 as a student of...

Runi Bharadwaj
Student

I share immense pleasure to share my post graduate program experience in Assam down town University....

Jenifer Dhar
Student

AdtU is a platform where I got golden opportunities to feed my zeal for knowledge through the dynami...

Salehah Hussain Uthman
Student

I am fortunate to get an opportunity to study here in Assam Downtown University. The best thing abou...

Nisha Nirola
Student

Our university is one of the best place for developing ourselves in the field of research and acedem...

Liangsi Hallam
Student

ADTU is a university that is very good interms of infrastructure, academics and placements. Our tea...

Anushmita Kashyap
Student

It is one of best private colleges in North East India, it also provides a good environment for ed...

Dasanibha Mawphlang
Student

ADTU is a good University which provides the students with best quality lectures and ensures comfort...

Farhin zakia
Student

The environment of Assam downtown university is very pleasant.The department of BMLT is very good a...

Anamika Das
Student

The university has all the necessary facilities and amenities for students . The classrooms and the ...

Susmita Sinha
Student

Assam downtown University is well recognised all over india. In the ongoing pandemic situation it ha...

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