GEU
facilities
Level
Ph.D.
facilities
Duration
As per UGC Guidelines
Ph.D. in Forensics Sciences

Admission Procedure

Merit prepared on basis of the qualifying exam

Provisional Admission

Candidates who have passed 12th with PCB/PCM from a recognized board of examination.

Program Educational Objectives (PEOs)

About The Program

The Four-Year B.Sc. (Hons.) Forensics Sciences Program is a comprehensive and multidisciplinary undergraduate degree designed in alignment with the National Education Policy (NEP) 2020, incorporating Outcome-Based Education (OBE) and a Choice-Based Credit System (CBCS).

This program offers an in-depth exploration of biological systems and technological innovations, integrating foundational sciences with modern biotechnology tools to prepare students for diverse professional, industrial, and research pathways. Over the first three years, students are progressively introduced to essential concepts in chemistry, microbiology, cell biology, biochemistry, molecular biology, genetics, and bioprocess technologies, complemented by extensive laboratory training.

The curriculum strategically blends theoretical knowledge with practical exposure through hands-on laboratory sessions, skill enhancement courses, value-added modules, and internships. Students also study multidisciplinary and minor courses, enabling them to broaden their academic perspectives across computational biology, sustainability science, food science, and microbiology. The program emphasizes critical thinking, problem-solving, research aptitude, communication skills, ethical responsibilities, and societal awareness, as articulated through its Program Outcomes (POs) and Program Specific Outcomes (PSOs) documented in the evaluation scheme. Students are also encouraged to engage in community outreach, leadership development, and holistic value education through mandated non-graded courses under NEP 2020.

In the fourth year, students have the flexibility to choose between a B.Sc. (Hons.) Biotechnology degree and a B.Sc. (Hons.) Biotechnology with Research track. Students opting for the research pathway undertake a substantial 12-credit research dissertation, gaining direct experience in experimental design, data analysis, and scientific communication, often leading to publications or conference presentations. The program’s design ensures that graduates acquire competencies relevant to rapidly growing sectors such as pharmaceuticals, healthcare, diagnostics, agriculture, food technology, bioinformatics, and environmental biotechnology. With India increasingly becoming a major hub for biotechnology innovation and industrial growth, students completing this degree are well-prepared for career opportunities in industry, government sectors, R&D laboratories, as well as higher education opportunities in premier national and international institutions. By combining conceptual rigor, hands-on training, multidisciplinary exposure, and research opportunities, this four-year degree cultivates skilled biotech professionals capable of contributing meaningfully to scientific research, technological innovation, and sustainable societal development.

Eligibility Criteria for the admission in the Program

Candidates who have passed 12th with PCB/PCM from a recognized board of examination.

Teaching pedagogies

Student-Centric and Outcome-Based Learning

  • Introducing the flexible curriculum for the students, the curriculum is structured around clearly stated learning outcomes-what students are expected to be able to do upon completion of a program or course.
  • Effective teaching methods have been initiated, such as learning tasks and assessment materials, that will best assist students in attaining those results.
  • Emphasis on Real-world Skills aimed at training skills and competencies that can be implemented in real-life situations by students. The students learn to apply knowledge to solve problems, think critically, communicate, and work in groups.
  • Adopt constructive learning, where students build knowledge through active tasks.
  • Align teaching with Bloom’s Taxonomy (Understand → Remember → Apply Analyze → Evaluate → Create).

Blended Learning (Hybrid Mode)

  • LMS-based learning modules that enable students to learn anytime and anywhere, removing barriers of time and location, but with the possible support of in-person engagement. (Any speed, any mode, any language).
  • Blended learning provides a platform to promote greater interaction between students, as well as between students and teachers. It combines face-to-face classroom teaching with digital learning platforms like SWAYAM, NPTEL, and Virtual Labs.
  • Online study portal i-learn, making learning resources and experiences repeatable, reliable and reproducible.

Experiential and Practical-Based Learning

  • Enhancing skill: providing hands on training, workshops and industrial visits, a personalized learning and adaptable educational experience that helps in building social skills of the students.
  • Encourage hands-on laboratory sessions aligned with practical casework, upgrading the experimental knowledge of students, which is a practical aspect for making knowledge more efficient.
  • Internship / Apprenticeship mandatory as per NEP: 8–10 weeks.

Research-Integrated Teaching

  • The programs focus more on innovative and interdisciplinary training, capacity building, skill enhancement, and consultancy, with the main goal of contributing meaningfully to the development and economic upliftment of the local population in general and the region in particular by exposing them to various job and self-employment opportunities.
  • Introduce students to mini research projects from Semester I for upgrading the skill and interest of the students towards innovation and research.
  • Each student completes a dissertation based on original research.

Continuous and Comprehensive Evaluation (CCE)

  • Continuous Internal Evaluation (30–40%), Includes viva-voce, seminars, and regular lab performance to assess conceptual understanding, practical skills, and scientific communication.
  • Problem-solving assignments, case analysis reports, and fieldwork presentations to evaluate analytical ability, real-world application, and professional competence.
  • Peer assessments and group activities to promote teamwork, critical thinking, and participatory learning in line with NEP’s holistic education approach.

Skill-Based and Vocational Training

  • Initiating SWAYAM MOOCs and skill-based courses in the curriculum to Enhance Employability and Practical Competence, Promote Application-Oriented Learning, and Build Lifelong Learning and Industry-Relevant Skills.
  • Promoting internships in government organisations and Industries as a part of vocational training, to develop job-ready Practical Skills, bridge the Gap between Education and Employment and support career Growth and Lifelong Skill Development.

Specializations

Computational Biology

Semester Course Name
I Principles of Biotechnology
II Introductory Bioinformatics
III Structural Biology
IV Programming for Computational Biology
V Fundamentals of AI/ Machine learning
VI Next-generation sequencing-based metagenomics
VII Algorithms in Computational Biology#

Sustainability Science

Semester Course Name
I Principles of Biotechnology
II Introduction to Sustainable Biology
III Sustainable Agriculture and Organic Farming for Food Security
IV Bio resource Technology for Sustainable Development
V Circular Economy and Sustainability
VI Biotechnology for One Health
VII Biotechnology and Natural Resource Management

Program Educational Objectives (PEOs)

PEO1

To impart state-of-the-art computational and molecular biology techniques to address complex bioinformatics challenges with innovative research.

PEO2

To prepare graduates for advanced research, academia, industry roles, and entrepreneurship through updated PhD coursework in genomic data analysis and systems biology.

PEO3

To enable application of bioinformatics skills in interdisciplinary settings, including healthcare, agriculture, and environmental biotechnology, for societal impact.

PEO4

To foster ethical research practices, leadership in multidisciplinary teams, and contributions to global bioinformatics advancements

Program Outcomes (POs)

PO1

Advanced Forensic Knowledge and Expertise

Graduates will demonstrate comprehensive and in-depth knowledge of forensic science domains such as forensic biology, toxicology, chemistry, digital forensics, and crime scene investigation, integrating scientific principles with legal frameworks.

PO2

Research Design and Scientific Investigation

Graduates will be able to identify complex forensic problems, design and execute advanced research methodologies, and apply analytical techniques to generate reliable and reproducible scientific evidence.

PO3

Analytical Thinking and Evidence Interpretation

Graduates will critically analyze forensic data, interpret evidentiary findings, and draw scientifically valid conclusions that can withstand scrutiny in judicial and investigative settings.

PO4

Ethics, Legal Compliance, and Professional Integrity

Graduates will adhere to ethical standards, maintain chain of custody, ensure quality assurance, and comply with national and international legal and regulatory requirements governing forensic practices.

PO5

Communication, Expert Testimony, and Societal Contribution

Graduates will effectively communicate forensic findings through scientific publications, reports, and expert testimony in courts, and contribute to the criminal justice system and public safety through evidence-based practices.

Program Specific Outcomes (PSOs)

PSO1

Apply computational techniques from core PhD courses like Research & Publication Ethics and Seminar on Research Methodology to ethical genomic data handling and thesis development.

PSO2

Master elective subjects including Recent Techniques in Bioinformatics (e.g., NGS, AI/ML in genomics), Advanced Cyber Forensics & Digital Evidence (adapted for genomic databases), Advanced Forensic Chemistry & Toxicology (for metabolomics), Document Analysis (for sequence annotation), Biometric Identification (for pattern recognition in proteomics), and Forensic Biology & Molecular Profiling (for DNA/RNA sequencing).

PSO3

Integrate bioinformatics with biotechnology disciplines for entrepreneurial innovations in personalized medicine, drug discovery, and precision agriculture.

Career Pathways

After successfully completing the course, programme graduates have significant potential in report and analysis in IT-related domains including Forex earnings and patent registration. Applicants receive training in biotechnology so they can conduct experiments and innovate. A B.Sc. (Hons.) in biotechnology provides up a wide range of career opportunities in the industries of medicine, agriculture, marine science, pharmaceuticals, business, and the environment.

Graphic Era (Deemed to be University)

Executive in Business Development

Graphic Era (Deemed to be University)

Senior Research Assistant

Graphic Era (Deemed to be University)

Biotechnology Specialist

Graphic Era (Deemed to be University)

Lab Assistant

Notes: Semester 1 and 2 are applicable only for regular entry students. Lateral entry students begin from Semester 3.

Contact Us

GEU
GEU

566/6, Bell Road, Society Area,
Clement Town, Dehradun,
Uttarakhand