NivaarExam Prep

23-CS-2 Engineering in Society

Worked solutions to 13 past sittings (2013–2019), 91 questions. Pick a sitting, or start from a topic below.

Topics across the sittings

Topics that come up in more than one sitting, taken from the headings of our worked solutions. A topic counts once per sitting.

Questions by sitting

December 2019

  1. Question 1: Personal Protective Equipment — Eyes/Face and Respiratory
  2. Question 2: Electrical Safety
  3. Question 3: Fire Suppression
  4. Question 4: Heat and Cold
  5. Question 5: Ergonomics — Analog versus Digital Instruments
  6. Question 6: Machine Protection — Paper Guillotine
  7. Question 7: Risk Assessment (Fine's Method)

December 2018

  1. Question 1: Accident Causation Theories
  2. Question 2: Sources of Hazards and Communication in Safety
  3. Question 3: Machine Safeguards, Point-of-Operation Devices, and Tool Ergonomics
  4. Question 4: Hazardous-Material Controls and Confined Spaces
  5. Question 5: Personal Protective Equipment
  6. Question 6: Safety Training and Promotion
  7. Question 7: Accident Case Analysis — Millwright Ladder Fall

May 2018

  1. Question 1: The Engineer's Role in Safety and the Three E's
  2. Question 2: Hazard-Control Priorities, Safety Devices, and Accident Investigation
  3. Question 3: Airborne Contaminants and Chemical Health Effects
  4. Question 4: Biological Hazards
  5. Question 5: Safety Audits and Accident Investigation
  6. Question 6: Industrial Noise — Effects, Audiology, and Noise Dose
  7. Question 7: Accident Case Analysis — Die-Rigging Keeper-Pin Shear

December 2017

  1. Question 1: Environmental Hazards
  2. Question 2: Cumulative Trauma Disorders and Machine Guarding
  3. Question 3: Hand Tools and Manual Materials Handling
  4. Question 4: Fire Detection and Suppression
  5. Question 5: Risk Management and Chemical Risk Assessment
  6. Question 6: Hearing Loss, Noise/Vibration Controls, and Instruments
  7. Question 7: Accident Case Analysis — Crane/Hoist Casting Drop

May 2017

  1. Question 1: Safety Engineering, Accident Theory, and Prevention Approaches
  2. Question 2: Hazard Sources, Control Priorities, and Warning Devices
  3. Question 3: Machine Safeguards, Point-of-Operation Devices, and Tool Ergonomics
  4. Question 4: Hazardous-Material Controls and Confined Spaces
  5. Question 5: Safety Audits and Accident Investigation
  6. Question 6: Industrial Noise — Effects, Audiology, and Noise Dose
  7. Question 7: Accident Case Analysis — Spray-Gun Amputation

December 2016

  1. Question 1: Accident Causation Theories
  2. Question 2: Sources of Hazards and Communication in Safety
  3. Question 3: Airborne Contaminants and Chemical Health Effects
  4. Question 4: Biological Hazards
  5. Question 5: Motivation Theories, Job Safety Analysis, and Job Stress
  6. Question 6: Safety, Ergonomics, and Emergency Programs
  7. Question 7: Accident Case Analysis — Millwright Ladder Fall

May 2016

  1. Question 1: The Engineer's Role in Safety and the Three E's
  2. Question 2: Hazard-Control Priorities, Safety Devices, and Accident Investigation
  3. Question 3: Hand Tools and Manual Materials Handling
  4. Question 4: Fire Detection and Suppression
  5. Question 5: Personal Protective Equipment
  6. Question 6: Safety Training and Promotion
  7. Question 7: Accident Case Analysis — Die-Rigging Keeper-Pin Shear

December 2015

  1. Question 1: Environmental Hazards
  2. Question 2: Cumulative Trauma Disorders and Machine Guarding
  3. Question 3: Machine Safeguards, Point-of-Operation Devices, and Tool Ergonomics
  4. Question 4: Hazardous-Material Controls and Confined Spaces
  5. Question 5: Safety Audits and Accident Investigation
  6. Question 6: Industrial Noise — Effects, Audiology, and Noise Dose
  7. Question 7: Accident Case Analysis — Crane/Hoist Casting Drop

May 2015

  1. Question 1: Safety Engineering, Accident Theory, and Prevention Approaches
  2. Question 2: Hazard Sources, Control Priorities, and Warning Devices
  3. Question 3: Airborne Contaminants and Chemical Health Effects
  4. Question 4: Biological Hazards
  5. Question 5: Risk Management and Chemical Risk Assessment
  6. Question 6: Hearing Loss, Noise/Vibration Controls, and Measurement Instruments
  7. Question 7: Accident Case Analysis — Spray-Gun Amputation

December 2014

  1. Question 1: Accident Causation Theories
  2. Question 2: Sources of Hazards and Communication in Safety
  3. Question 3: Hand Tools and Manual Materials Handling
  4. Question 4: Fire Detection and Suppression
  5. Question 5: Safety Audits and Accident Investigation
  6. Question 6: Industrial Noise — Effects, Audiology, and Noise Dose
  7. Question 7: Accident Case Analysis — Millwright Ladder Fall

May 2014

  1. Question 1: The Engineer's Role in Safety and the Three E's
  2. Question 2: Hazard-Control Priorities, Safety Devices, and Accident Investigation
  3. Question 3: Machine Safeguards, Point-of-Operation Devices, and Tool Ergonomics
  4. Question 4: Hazardous-Material Controls and Confined Spaces
  5. Question 5: Motivation Theories, Job Safety Analysis, and Job Stress
  6. Question 6: Safety, Ergonomics, and Emergency Programs
  7. Question 7: Accident Case Analysis — Die-Rigging Keeper-Pin Shear

December 2013

  1. Question 1: Environmental Hazards
  2. Question 2: Cumulative Trauma Disorders and Machine Guarding
  3. Question 3: Airborne Contaminants and Chemical Health Effects
  4. Question 4: Biological Hazards
  5. Question 5: Personal Protective Equipment
  6. Question 6: Safety Training and Promotion
  7. Question 7: Accident Case Analysis — Crane/Hoist Casting Drop

May 2013

  1. Question 1: Safety Engineering, Accident Theory, and Prevention Approaches
  2. Question 2: Hazard Sources, Control Priorities, and Warning Devices
  3. Question 3: Machine Safeguarding and Hand/Power-Tool Design
  4. Question 4: Fire Hazards and Fire Protection
  5. Question 5: Safety Audits and Accident Investigation
  6. Question 6: Industrial Noise — Effects, Audiology, and Noise Dose
  7. Question 7: Accident Case Analysis — Spray-Gun Amputation