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Make a powerpoint presentation of about 10-20 slides on the various unexplored career avenues. You may base your presentation on the options discussed here or your own choice of careers.

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Question

Make a powerpoint presentation of about 10-20 slides on the various unexplored career avenues. You may base your presentation on the options discussed here or your own choice of careers.

Activity
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Solution

Slide 1: Beyond the Usual Career Choices

Exploring unconventional and emerging career avenues

  • Careers are changing as technology, society and the environment change.
  • This presentation explores paths that may be less familiar but offer meaningful opportunities.
  • Visual: A road branching into different career paths.

Slide 2: What Makes a Career “Unexplored”?

  • It may be a new profession, a specialised field, or a familiar job in a less-known industry.
  • Some careers are growing quickly, while others are established but not widely considered by students.
  • The best choice depends on your interests, strengths, values and willingness to keep learning.
  • Visual: Icons for technology, nature, creativity and community.

Slide 3: Careers in Artificial Intelligence and Data Ethics

  • What professionals do: Help organisations use AI and data responsibly, fairly and safely.
  • Possible roles: AI ethics analyst, data-governance specialist, algorithm auditor.
  • Useful skills: Data literacy, critical thinking, communication, privacy and ethics.
  • Ways to explore: Study computing, statistics, law or philosophy; complete introductory courses and projects.
  • Visual: A person reviewing an AI system for fairness.

Slide 4: Climate and Sustainability Careers

  • What professionals do: Help reduce environmental impact and prepare communities and businesses for climate risks.
  • Possible roles: Sustainability consultant, climate-risk analyst, carbon-accounting specialist.
  • Useful skills: Environmental science, research, data analysis and problem-solving.
  • Ways to explore: Consider environmental studies, science, economics or engineering; volunteer with local conservation projects.
  • Visual: A city combining green spaces, clean transport and renewable energy.

Slide 5: Renewable Energy and Energy Storage

  • What professionals do: Design, install, maintain or improve clean-energy systems and storage solutions.
  • Possible roles: Solar or wind technician, battery researcher, energy-systems analyst.
  • Useful skills: Physics, engineering, practical troubleshooting and safety awareness.
  • Ways to explore: Look into engineering or technical training programmes and hands-on projects.
  • Visual: Solar panels, wind turbines and a battery connected to homes.

Slide 6: UX Research and Accessibility Design

  • What professionals do: Find out how people use products and make them easier and more inclusive to use.
  • Possible roles: UX researcher, accessibility specialist, inclusive-design consultant.
  • Useful skills: Empathy, interviewing, observation, design and clear communication.
  • Ways to explore: Study design, psychology or human-computer interaction; practise by improving an app or website.
  • Visual: A digital product being tested by people with different needs.

Slide 7: Digital Forensics and Cybersecurity

  • What professionals do: Protect computer systems and investigate digital evidence after security incidents.
  • Possible roles: Cybersecurity analyst, digital-forensics examiner, incident-response specialist.
  • Useful skills: Computing, attention to detail, logical reasoning and responsible handling of information.
  • Ways to explore: Start with computer science and beginner cybersecurity labs; always practise only in authorised environments.
  • Visual: A secure network and a digital investigation workspace.

Slide 8: Bioinformatics and Genomics

  • What professionals do: Use computing and data analysis to study biological information and support research.
  • Possible roles: Bioinformatics analyst, genomics researcher, computational biologist.
  • Useful skills: Biology, statistics, programming and careful interpretation of evidence.
  • Ways to explore: Combine studies in biology and computing; try beginner coding or biology-data projects.
  • Visual: A DNA strand alongside a computer-generated data pattern.

Slide 9: Conservation Technology and Wildlife Monitoring

  • What professionals do: Use tools such as cameras, mapping systems and sensors to study and protect wildlife and habitats.
  • Possible roles: Conservation technologist, wildlife-data analyst, ecological field researcher.
  • Useful skills: Ecology, data collection, mapping, fieldwork and teamwork.
  • Ways to explore: Volunteer with conservation groups; learn about ecology, geography or environmental technology.
  • Visual: A camera trap or mapping device monitoring a forest.

Slide 10: Science Communication and Museum Work

  • What professionals do: Make science, history and culture understandable and engaging for the public.
  • Possible roles: Science communicator, museum educator, exhibition developer, public-engagement officer.
  • Useful skills: Research, storytelling, writing, presentation and creativity.
  • Ways to explore: Create a science blog or short video; volunteer at a museum, library or community event.
  • Visual: An interactive exhibit with a presenter explaining an idea.

Slide 11: Drone Mapping and Geospatial Careers

  • What professionals do: Use aerial images, maps and location data to support planning, agriculture, surveying and disaster response.
  • Possible roles: GIS analyst, drone-mapping technician, remote-sensing specialist.
  • Useful skills: Geography, data interpretation, spatial reasoning and safe technology use.
  • Ways to explore: Learn basic mapping tools and check local rules before operating drones.
  • Visual: A map made from aerial images, with fields, roads and buildings.

Slide 12: How to Choose Your Next Step

  1. Notice your interests: Which problems or activities keep you curious?
  2. Explore before committing: Interview people, attend events, volunteer or try a short course.
  3. Build transferable skills: Communication, teamwork, digital literacy and problem-solving help across fields.
  4. Check the pathway: Course requirements, costs, qualifications and job prospects differ by location and role.
  5. Stay adaptable: Many emerging careers combine subjects rather than follow one fixed route.
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Chapter 16: Warriors - Section - C [Page 110]

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CBSE English Language Skills Class 12
Chapter 16 Warriors
Section - C | Q 5. (b) | Page 110
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