Course Introduction

FSP 204: Forensic Engineering

  • Course Outline
  • Curriculum
  • FAQ
  • Case Studies
  • Reviews

November Batch 2024

Last Date to Register : 25th Nov 2024

50% Scholarship till 30th Nov 2024 (Apply Coupon SIFSADP)

The Forensic Engineering Online Course by SIFS India is intricately designed to equip you with skills to discover hidden clues within structural failures, accidents, and disasters.

You will learn the art and science that go into investigating, analyzing, and reconstructing complex engineering incidents.

Upon enrolling, you will have access to pre-recorded sessions taught by seasoned experts covering advanced forensic tools.

Associate Degree Program comprises of three levels: Level 1 (certificate), Level 2 (diploma), and Level 3 (Post Graduate Diploma), and the entire curriculum is divided among these levels.

A few of the topics you will learn about are: the role of a forensic engineer in the legal system, structural analysis, vehicular accidents history and types, vehicle accident reconstruction process, photographing the accident scene, vehicle lamp and strom lighting damage, types of vibration and related damages, explosion, combustion, sources and types of fire, problems faced by arsonists, electrical shorting, hail damage, effects of drought, slip and fall accidents, earth movement, machinery guarding, and expert witness ethical considerations.

So enroll now to gain expertise to determine the causes of accidents, assess structural integrity, and provide essential insights for legal proceedings.

Course Benefits

Enrolling in this course will equip you with specialized, high-demand skills in forensic accident investigation and insurance assessment. You will gain an in-depth understanding of the techniques required to conduct in-depth forensic engineering examinations, strategy development for accident prevention, safety assurance, and legal justice in various sectors.

Course Outcome

Upon successful completion of this course, you will be equipped with the ability to analyze and reconstruct incidents involving engineering principles, do structural analysis, material testing, and accident reconstruction. You will gain crucial skills for providing expert testimony during legal proceedings, helping determine the causes of accidents, and ensuring accountability.

Course Highlights

- Pre-recorded sessions with practical knowledge of state-of-the-art forensic engineering tools

- Lectures by forensic engineering and accident investigation experts

- Industry-specific and comprehensive study material and reference books

- Engaging community of forensic engineering experts and professionals

- Opportunity to network and enhance your career prospects

Payment Details:

International Student : PayPal: forensicdocument@gmail.com

Account Details for National Student

Bank Name  - ICICI BANK
Acc. Name    - SIFS INDIA PVT. LTD.
Account No. - 663505500086
Type         - Current
IFSC Code    -   ICIC0000160
Address         - ICICI Bank, H-4, Model Town -III, New Delhi - 110009

  • Level I : Forensic Engineering

    MODULE 1 – FORENSIC ENGINEERING

    In this module, you will learn about forensic engineering fundamentals, its historical evolution, and the qualifications needed to become a forensic engineer. You will learn the role engineers play within the legal system, like pre-inception and different aspects of case preparation, which include information gathering, resource allocation, and inspection equipment readiness.

    The module also covers basic methodology for site inspection, covering site arrival, interviews with property owners and points of contact, as well as comprehensive interior, exterior, and roof inspections and evidence collection techniques. The module concludes with ethical and professional responsibilities you need to be aware of, along with relevant terminology in the field.

    MODULE 2 – STRUCTURAL ANALYSIS

    This module covers the fundamentals of structural analysis, structural distress, factors resulting in structural distress (substandard design and construction, forces, moments, work, energy, momentum, etc.), types of loads resulting in building collapse like static and dynamic loads, different structures, structural mechanics, force systems, Newton's laws, equilibrium, conservation principles, properties of area, mechanics of materials, and factors like wind, snow, hail, and rain that can impact structural integrity, along with a basic understanding of cylindrical pressure vessels and load analysis on pilings.

    MODULE 3 – VEHICULAR ACCIDENTS

    This module introduces you to vehicular falls and accidents, their historical background, simple vehicular falls (general, basic equations, ramp effects, and air resistance), and skids and impact (simple, basic equation, simple skid, tyre friction, multiple surfaces, calculation of skid deceleration, speed reduction by skidding, curved skids, break failure, changes in elevation, and anti-clock brake system).

    Crush energy dissipation is also examined, along with aspects of vehicular performance such as engine limitations, breaking, stacked accelerators, power brakes, cruise control, maximum climb, and thermal efficiency estimation. The module concludes by addressing lateral tire friction and the complex dynamics of a bootlegger's turn.

    MODULE 4 – THE CLASSICAL SCIENTIFIC METHOD TO ACCIDENT’S RECONSTRUCTION

    The module covers the application of the scientific method in accident reconstruction, historical perspective on the development of this systematic approach, ways to apply scientific methods to accident reconstruction and their significance in discovering causative factors behind accidents, shortcomings of these methods, and their integration into the legal system.

    MODULE 5 – PHOTOGRAPHIC DOCUMENTATION

    In this module, the focus will be on documenting accident scenes through photography. The module begins with the significance of the accident scene, the selection of appropriate cameras for capturing the necessary details, ways to select items to be photographed, the meticulous process of accident scene documentation, and the subsequent analysis and verification of the photographs. This module highlights how you can establish the sequence of events leading to an accident by analyzing photographs.

    MODULE 6 – VEHICLE LAMP DAMAGE

    This module covers aspects of filament-related issues in lighting and lighting-related challenges, on/off light problems and the factors influencing the performance of filaments, the composition and properties of filament materials, issues like oxidation, brittleness, and ductility of filaments, which can affect their functionality, the use of filaments in turn signals, melted glass concerns, and other applications where filament performance is crucial along with potential sources of error.

    MODULE 7 – VIBRATION AND BLAST DAMAGE

    In this module, you will learn about vibrations, an in-depth understanding of types of vibrations like air blast vibration, ground vibration, and vibrations caused by heavy equipment, the significance of pre-blast surveys as a crucial step to assess and manage potential vibration-related issues, blast monitoring practices to study the adverse effects of vibrations on structures and the environment, and post-blast surveys to assess the impact of vibrations after blasting activities to ensure safety and compliance.

    MODULE 8 – EXPLOSIONS

    This module provides an overview of explosions, various types of explosions, the characteristics and impact of explosions, specifications that govern explosions, the energy considerations related to explosions that highlight the immense forces at play during these events, and the methodology and factors involved in determining the point of ignition. This module will equip you with a deep understanding of the science and principles underlying explosive events.

  • Level II : Forensic Engineering

    MODULE 1 – FORENSIC ENGINEERING

    In this module, you will learn about forensic engineering fundamentals, its historical evolution, and the qualifications needed to become a forensic engineer. You will learn the role engineers play within the legal system, like pre-inception and different aspects of case preparation, which include information gathering, resource allocation, and inspection equipment readiness.

    The module also covers basic methodology for site inspection, covering site arrival, interviews with property owners and points of contact, as well as comprehensive interior, exterior, and roof inspections and evidence collection techniques. The module concludes with ethical and professional responsibilities you need to be aware of, along with relevant terminology in the field.

    MODULE 2 – STRUCTURAL ANALYSIS

    This module covers the fundamentals of structural analysis, structural distress, factors resulting in structural distress (substandard design and construction, forces, moments, work, energy, momentum, etc.), types of loads resulting in building collapse like static and dynamic loads, different structures, structural mechanics, force systems, Newton's laws, equilibrium, conservation principles, properties of area, mechanics of materials, and factors like wind, snow, hail, and rain that can impact structural integrity, along with a basic understanding of cylindrical pressure vessels and load analysis on pilings.

    MODULE 3 – VEHICULAR ACCIDENTS

    This module introduces you to vehicular falls and accidents, their historical background, simple vehicular falls (general, basic equations, ramp effects, and air resistance), and skids and impact (simple, basic equation, simple skid, tyre friction, multiple surfaces, calculation of skid deceleration, speed reduction by skidding, curved skids, break failure, changes in elevation, and anti-clock brake system).

    Crush energy dissipation is also examined, along with aspects of vehicular performance such as engine limitations, breaking, stacked accelerators, power brakes, cruise control, maximum climb, and thermal efficiency estimation. The module concludes by addressing lateral tire friction and the complex dynamics of a bootlegger's turn.

    MODULE 4 – THE CLASSICAL SCIENTIFIC METHOD TO ACCIDENT’S RECONSTRUCTION

    The module covers the application of the scientific method in accident reconstruction, historical perspective on the development of this systematic approach, ways to apply scientific methods to accident reconstruction and their significance in discovering causative factors behind accidents, shortcomings of these methods, and their integration into the legal system.

    MODULE 5 – PHOTOGRAPHIC DOCUMENTATION

    In this module, the focus will be on documenting accident scenes through photography. The module begins with the significance of the accident scene, the selection of appropriate cameras for capturing the necessary details, ways to select items to be photographed, the meticulous process of accident scene documentation, and the subsequent analysis and verification of the photographs. This module highlights how you can establish the sequence of events leading to an accident by analyzing photographs.

    MODULE 6 – VEHICLE LAMP DAMAGE

    This module covers aspects of filament-related issues in lighting and lighting-related challenges, on/off light problems and the factors influencing the performance of filaments, the composition and properties of filament materials, issues like oxidation, brittleness, and ductility of filaments, which can affect their functionality, the use of filaments in turn signals, melted glass concerns, and other applications where filament performance is crucial along with potential sources of error.

    MODULE 7 – VIBRATION AND BLAST DAMAGE

    In this module, you will learn about vibrations, an in-depth understanding of types of vibrations like air blast vibration, ground vibration, and vibrations caused by heavy equipment, the significance of pre-blast surveys as a crucial step to assess and manage potential vibration-related issues, blast monitoring practices to study the adverse effects of vibrations on structures and the environment, and post-blast surveys to assess the impact of vibrations after blasting activities to ensure safety and compliance.

    MODULE 8 – EXPLOSIONS

    This module provides an overview of explosions, various types of explosions, the characteristics and impact of explosions, specifications that govern explosions, the energy considerations related to explosions that highlight the immense forces at play during these events, and the methodology and factors involved in determining the point of ignition. This module will equip you with a deep understanding of the science and principles underlying explosive events.

    MODULE 9 – FIRE AND ITS BEHAVIOR

    This module covers fire-related topics, various aspects of fire patterns and their sources, the classification and types of fires (wild, marine, motor vehicle, and incendiary fires), the relation between electricity and fire, including failure analysis and relevant analytical tools, and methodologies to determine fire origin (initial reconnoiter, low point, fall-down, centroid method, including both weighted and unweighted).

    You will also learn about fire spread using sequential analysis, ignition energy sources, combinations of energy sources, the steps involved in collecting, preserving, documenting, and examining fire scenes, and the legal considerations involved in fire investigations.

    MODULE 10 – MACHINERY GUARDING

    This module covers safety measures and responsibilities in the workplace, key elements of safety, including direct barriers, protective clothing, safety devices, and guarding by location, and the responsibilities of both employers and manufacturers related to the implementation and maintenance of these safety measures. Employers must ensure a safe work environment for their employees, and manufacturers need to bear the responsibility to produce equipment that adheres to safety standards.

    MODULE 11 – EARTH MOVEMENT

    In this module, you will gain insights about topics related to soil behavior, techniques for surface investigations focusing on direct measurements of consistency and relative density, as well as the interpretation of water content in soils, geohazards like landslides and mudflows, modes and processes of erosion and sedimentation, and subsidence (sinking of ground caused by the removal of water, oil, gas, or mining). You will also learn about rock identification (igneous, sedimentary, and metamorphic), seismic events like earthquakes, damage resulting from blasting, and the impact of wave pressure.

    MODULE 12 – THE ENGINEER AND EXPERT WITNESS

    This module explores the ethical considerations forensic engineers need to follow, claim analysis, and rules of evidence, covering essential concepts like relevancy, hearsay, exceptions to hearsay, and privileged communication, as well as the adversarial nature of the legal system and how to address incomplete information.

    A sample schedule of events in a litigated dispute is provided to give readers insight into the legal process. The section touches on the trial phase and strategies used to discredit engineers, concluding with some observations about the relationships between lawyers and engineers. These elements collectively offer a well-rounded view of the intersection of engineering and the legal system.

  • Level III : Forensic Engineering

    MODULE 1 - FORENSIC ENGINEERING

    In this module, you will learn about forensic engineering fundamentals, its historical evolution, and the qualifications needed to become a forensic engineer. You will learn the role engineers play within the legal system, like pre-inception and different aspects of case preparation, which include information gathering, resource allocation, and inspection equipment readiness.

    The module also covers basic methodology for site inspection, covering site arrival, interviews with property owners and points of contact, as well as comprehensive interior, exterior, and roof inspections and evidence collection techniques. The module concludes with ethical and professional responsibilities you need to be aware of, along with relevant terminology in the field.

    MODULE 2 - STRUCTURAL ANALYSIS

    This module covers the fundamentals of structural analysis, structural distress, factors resulting in structural distress (substandard design and construction, forces, moments, work, energy, momentum, etc.), types of loads resulting in building collapse like static and dynamic loads, different structures, structural mechanics, force systems, Newton's laws, equilibrium, conservation principles, properties of area, mechanics of materials, and factors like wind, snow, hail, and rain that can impact structural integrity, along with a basic understanding of cylindrical pressure vessels and load analysis on pilings.

    MODULE 3 - VEHICULAR ACCIDENTS

    This module introduces you to vehicular falls and accidents, their historical background, simple vehicular falls (general, basic equations, ramp effects, and air resistance), and skids and impact (simple, basic equation, simple skid, tyre friction, multiple surfaces, calculation of skid deceleration, speed reduction by skidding, curved skids, break failure, changes in elevation, and anti-clock brake system).

    Crush energy dissipation is also examined, along with aspects of vehicular performance such as engine limitations, breaking, stacked accelerators, power brakes, cruise control, maximum climb, and thermal efficiency estimation. The module concludes by addressing lateral tire friction and the complex dynamics of a bootlegger's turn.

    MODULE 4 - VEHICLE ACCIDENT RECONSTRUCTION

    In this module, you will learn about vehicular accidents along with their primary causes and analytical tools used for assessment, methodology to convert scene data into event sequences, fundamental principles and advantages of energy methods in accident reconstruction, basic energy methods, kinetic energy, friction energy dissipation, energy dissipation by crushing, roll-overs, flips, and changes in elevation.

    The module also covers basic momentum methods and highlights limitations in some evaluation techniques and accident reconstruction problems, providing a comprehensive overview of accident reconstruction with implications for resolving complex accident scenarios.

    MODULE 5 - THE CLASSICAL SCIENTIFIC METHOD TO ACCIDENT’S RECONSTRUCTION

    The module covers the application of the scientific method in accident reconstruction, historical perspective on the development of this systematic approach, ways to apply scientific methods to accident reconstruction and their significance in discovering causative factors behind accidents, shortcomings of these methods, and their integration into the legal system.

    MODULE 6 - PHOTOGRAPHIC DOCUMENTATION

    In this module, the focus will be on documenting accident scenes through photography. The module begins with the significance of the accident scene, the selection of appropriate cameras for capturing the necessary details, ways to select items to be photographed, the meticulous process of accident scene documentation, and the subsequent analysis and verification of the photographs. This module highlights how you can establish the sequence of events leading to an accident by analyzing photographs.

    MODULE 7 - VEHICLE LAMP DAMAGE

    This module covers aspects of filament-related issues in lighting and lighting-related challenges, on/off light problems and the factors influencing the performance of filaments, the composition and properties of filament materials, issues like oxidation, brittleness, and ductility of filaments, which can affect their functionality, the use of filaments in turn signals, melted glass concerns, and other applications where filament performance is crucial along with potential sources of error.

    MODULE 8 - STORM LIGHTNING DAMAGE

    This module highlights essential facts about lightning phenomena, the potential damage caused by lightning strikes, the methods used to verify lightning as the cause of specific incidents, the Two-Board Shell Game to help you understand and analyze lightning damage, and strategies for mitigating the risk associated with lightning to safeguard structures and systems against the destructive forces of nature.

    MODULE 9 - VIBRATION AND BLAST DAMAGE

    In this module, you will learn about vibrations, an in-depth understanding of types of vibrations like air blast vibration, ground vibration, and vibrations caused by heavy equipment, the significance of pre-blast surveys as a crucial step to assess and manage potential vibration-related issues, blast monitoring practices to study the adverse effects of vibrations on structures and the environment, and post-blast surveys to assess the impact of vibrations after blasting activities to ensure safety and compliance.

    MODULE 10 - EXPLOSIONS

    This module provides an overview of explosions, various types of explosions, the characteristics and impact of explosions, specifications that govern explosions, the energy considerations related to explosions that highlight the immense forces at play during these events, and the methodology and factors involved in determining the point of ignition. This module will equip you with a deep understanding of the science and principles underlying explosive events.

    MODULE 11 - COMBUSTION

    In this module, you will be introduced to the topic of combustion and furnace-related incidents, the production of acids and the release of carbon monoxide, potential hazards associated with these chemical processes in various industrial contexts, dual fuel furnaces and systems that utilize multiple fuel sources, and over pressurization issues, highlighting the risks and consequences when pressure within a system exceeds safe limits.

    MODULE 12 - FIRE AND ITS BEHAVIOR

    This module covers fire-related topics, various aspects of fire patterns and their sources, the classification and types of fires (wild, marine, motor vehicle, and incendiary fires), the relation between electricity and fire, including failure analysis and relevant analytical tools, and methodologies to determine fire origin (initial reconnoiter, low point, fall-down, centroid method, including both weighted and unweighted).

    You will also learn about fire spread using sequential analysis, ignition energy sources, combinations of energy sources, the steps involved in collecting, preserving, documenting, and examining fire scenes, and the legal considerations involved in fire investigations.

    MODULE 13 - ARSON

    This module explores the domain of arson investigation, the key aspects of arson, the basic problems encountered by arsonists, arson precursors, such as daisy chains, typical physical characteristics related to an arson event, secondary characteristics that help investigators identify potential arson incidents, arsonist profile analysis to gain insights about the psychological and behavioral traits common among arsonists, and the significance of chemical analysis in arson investigations.

    MODULE 14 - ELECTRICAL SHORTING

    In this module, you will learn about the concept of electrical forensic investigation, the thermodynamics of a simple resistive circuit, the difference between primary and secondary shorting, the causes and consequences of short circuits, beading and fusing and the potential reasons behind their occurrence, and the common locations where shorting usually occurs, providing valuable insights to the investigators on how to handle the complexities of electrical failures and fires.

    MODULE 15 - HAIL DAMAGE

    This module covers hail-related forensic investigation, the formation of hail and the factors influencing the size range of hailstones, the size threshold at which hail damage becomes a concern, the methods for assessing such damage to understand the impact of hail on structures and vehicles and for insurance claims, and the concept of burnish marks as indicators in hail damage investigations.

    MODULE 16 - DROUGHT

    The module introduces you to the impact of drought on soil and structural integrity, the significance of understanding the effects of drought on various aspects, basic soil properties crucial for understanding soil behavior during drought conditions, the Atterberg Limits to assess soil characteristics and the changes that might take place in the soil, differential settlements that can occur due to drought-induced soil changes, and recovery when rainfall returns, which highlights the cyclical nature of drought and its effect on the environment and infrastructure.

    MODULE 17 - SLIP AND FALL ACCIDENTS

    This module covers the concept of slip and fall accidents, the significance of the coefficient of friction (COF) in the context of floors and safety, the statistical background and the technical aspects of measuring COF, the relevance of these measurements to floor surfaces, and their interaction with shoe coatings. This module will equip you with an understanding of COF to ensure safety and prevent the occurrence of slip and fall incidents.

    MODULE 18 - WATER PIPE FREEZE UPS

    In this module, you will learn about freezing in pipes and its implications, key differences between ice and water within pipes, the transformation process that occurs when water freezes, various pipe stresses when subjected to freezing, step-wise fracturing due to ice expansion, the role pipe ends play in the context of freeze-ups, and the priority of freeze-up situations.

    MODULE 19 - MACHINERY GUARDING

    This module covers safety measures and responsibilities in the workplace, key elements of safety, including direct barriers, protective clothing, safety devices, and guarding by location, and the responsibilities of both employers and manufacturers related to the implementation and maintenance of these safety measures. Employers must ensure a safe work environment for their employees, and manufacturers need to bear the responsibility to produce equipment that adheres to safety standards.

    MODULE 20 - EARTH MOVEMENT

    In this module, you will gain insights about topics related to soil behavior, techniques for surface investigations focusing on direct measurements of consistency and relative density, as well as the interpretation of water content in soils, geohazards like landslides and mudflows, modes and processes of erosion and sedimentation, and subsidence (sinking of ground caused by the removal of water, oil, gas, or mining). You will also learn about rock identification (igneous, sedimentary, and metamorphic), seismic events like earthquakes, damage resulting from blasting, and the impact of wave pressure.

    MODULE 21 - THE ENGINEER AND EXPERT WITNESS

    This module explores the ethical considerations forensic engineers need to follow, claim analysis, and rules of evidence, covering essential concepts like relevancy, hearsay, exceptions to hearsay, and privileged communication, as well as the adversarial nature of the legal system and how to address incomplete information.

    A sample schedule of events in a litigated dispute is provided to give readers insight into the legal process. The section touches on the trial phase and strategies used to discredit engineers, concluding with some observations about the relationships between lawyers and engineers. These elements collectively offer a well-rounded view of the intersection of engineering and the legal system.

  • What steps should I follow to enroll in this course?

    To enroll, click on the “Register for Course” option available on the right side of the screen, followed by the provided instructions and payment procedure.

  • Can I pay directly to the bank account of SIFS India?

    Yes, you have the option to make a direct payment to the bank account of SIFS India;, all you have to do is write an email at education@sifs.in requesting the bank details. 

  • Which documents I have to upload at the time of enrollment?

    Academic Qualification Documents, Professional Qualification Certificates, and National ID Proof or Passport Copy are required at the time of enrollment. 

  • What if I am unable to upload my documents?

    Kindly send your necessary documents with proof of payment to admission@sifs.in.

  • How will I receive confirmation once I have completed the payment procedure?

    An Admission Confirmation email will be sent with your portal credentials once the proof of payment and application form with all the necessary documents are received at admission@sifs.in.

  • How do I login to the portal for my course?

    To login, visit the portal at the given link: https://www.sifs.in/student and enter your login credentials, i.e., your username and password shared via email. 

  • What study material access will I have after logging into the portal?

    After logging into the portal, you will have access to reading material, reference eBooks, and e-research papers.

  • Will I receive any assignments during my course duration?

    Yes, all your assignments, projects, case studies and practice tests will be assigned to you through your portal as per the level you will be enrolled in.

  • What technical prerequisites are necessary for an online course?

    You can easily access our online course on mobile / tablet devices. We highly recommend that you use your desktop or laptop and a reliable internet connection for a better view.

  • Will there be any exams after completing the course?

    Yes, there will be an online exam after completing the course.

  • Will I receive any certificates after completing the online course?

    Yes, upon successful completion of the course, you will receive a certificate and marksheet, which can be a valuable addition to your resume and may enhance your career prospects in the field.

  • Where to contact in case of any queries or technical support?

    Write to us at admission@sifs.in, call: +91-1147074263, or WhatsApp: +91-7303913002.

The F-15 EAGLE Case Study

In 1976, the McDonnell Douglas F-15 Eagle was launched as the world’s top air superiority fighter.

However, after the Missouri Air National Guard fighter crash during an exercise in 2007, the scenario never went in favor of the F-15 Eagle again.

It was the fourth crash that year. F-15 Eagle flights witnessed a global shutdown after this incident, and forensic engineers were roped in to examine the problem behind its failure.

A detailed technical examination of the wreckage revealed that a longeron, which is a load-bearing beam in the fuselage frame, chassis, and cockpit, deviated from the blueprint specifications by a few millimeters.

A few of the longerons were either too thin or had uneven surfaces, which led to an excess of pressure.

With time, these factors contributed to the formation of cracks in the longeron, resulting in its complete failure.

Human eyes cannot detect every kind of structural defect, and without accurate measurement details, forensic evaluation of its failure was a bit of a challenge.

In this case, investigators used a method of surface scanning in which electricity is passed through a coil. When the crack appeared in the structure, the current was interrupted, giving clues to the engineers to check there.

A dye was applied to that area and viewed with ultraviolet light to confirm the crack.

After confirmation of the cause of the accident by the engineers, an immediate Action Time Compliance Technical Order was issued. All the 700 F-15 Eagle fighter planes were inspected to check the longerons.

40% of F-15s have at least one longeron that does not match the specifications; nine developed cracks leading to mechanical failure. The cost to replace a single longeron was $250,000.

As the fighter planes were nearing the end of their service lives, spending too much money on their repair would not have been a sensible decision. Hence, 160 planes were permanently discarded.

The meticulous efforts in this forensic engineering case averted potential future accidents and safeguarded the lives of American pilots.

Aayushi Shukla

4

It was a satisfactory online course. Being newbie in this field, it was a very informative course for me. I'm really glad that I enrolled into this course. Thank you so much SIFS.

Poonam Rambhau Game

4

The course was really informative and I enjoyed it a lot.

Vaishnavi Borse

5

The online course was very well mannered. The efforts shown by SIFs team was great. Hats off to SIFS. The team have managed both the platform i.e. online and offline very well. I have gained lots of knowledge from this course. 

Harshika Gautam

5

SIFS has taken a great initiative of teaching online and is putting so much efforts in creating such informative and interesting courses for the students.

Vibhuti Gupta

5

Thankyou SIFS INDIA.. I learned a lot from online course that you provided us... It's a great platform for us to learn.. Thank you so much..I am fortunate that I have opted for this.

 

Instructors

Dr. Ranjeet Kr Singh

Dr. Ranjeet Kr Singh

Managing Director
Kelvin Agimogim

Kelvin Agimogim

Medical Laboratory Scientist
Ruchika Dwivedi

Ruchika Dwivedi

Scientific Officer

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Enquiries from Forensic Learners


Yes, all levels—Level 1, 2, and 3—are different from each other, with each covering progressively advanced topics. If you opt for a higher level, key concepts from lower levels are generally included or built upon, so you don't necessarily need to enroll in the lower levels first. Level 1 lasts 3 months and covers basic concepts. Level 2 lasts 6 months and builds on Level 1. Level 3 lasts 12 months and includes topics from Levels 1 and 2, plus more advanced material. Also, for the first two levels, you must have a minimum of 12th grade qualification, and for Level 3, a graduate degree is required.

You don't need an engineering background to take the Forensic Engineering course. It is designed for beginners, including those without prior experience in engineering or forensics. The course will provide you with the foundational knowledge needed to start in this field. However, additional training or certifications may be required to further advance your career.

The course will cover topics such as accident reconstruction, structural analysis, failure analysis, and legal considerations in engineering. Real-life case studies will also be included to illustrate the application of these concepts in investigations, like reconstructing accident scenes and analyzing structural failures.

The Forensic Engineering course will be conducted online through pre-recorded sessions. There are no in-person or live classes, allowing you to learn at your own pace. All course materials will be accessible through an online portal.

Yes, there may be discounts for enrolling in multiple courses, as well as scholarships for top performers. Additionally, you can pay the course fees in installments, providing more flexibility in your payment options. For specific details, it's best to contact the support team.

Besides the pre-recorded sessions, you will receive study materials such as study guides, handouts, and reference articles. These materials will be available in digital format, which you can download for easy access. As for lifetime access, it typically varies by course, so it's best to check with the support team for specific details on access duration.

Your learning will be assessed through quizzes, tests, and regular assignments. These assessments are designed to evaluate your understanding of the material and ensure you grasp the key concepts covered in the course. Feedback will also be provided to help you improve your performance.

Yes, you can get support if you have questions or need help during the course. You can reach out to the support team via email or through phone for assistance with any inquiries or issues you may encounter. They are available to support you throughout your learning experience.

After passing the exam, you'll get a marksheet and a certificate, which can help with job prospects. However, you may need more training or experience to be fully job-ready. You can connect with professionals by joining online forums, community groups, or attending workshops and webinars.

After completing the course, you may not be fully qualified to call yourself a forensic engineer. While you will have foundational knowledge, further training, certifications, and practical experience are often necessary to establish yourself in the field and make a significant impact.

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