Intern Learning Experience Designer-STEM

ConveGenius.AI; Dadri; On-site; INR 300,000 - 420,000; Full time

Job summary

ConveGenius.AI is seeking a hands-on robotics and electronics documentation specialist to build and validate classroom projects end-to-end. You will assemble builds with common school lab components, capture clear process photos, and write practical troubleshooting guides that address frequent student errors.

You will work with lesson designers to align steps with the learning flow and ensure safety. Strong attention to detail, calm debugging, and clear explanations are essential in this role.

Qualifications

• B.Tech/B.E. graduate or final-year CS/Electronics related field.
• Hands-on experience with robotics and basic electronics in school-lab contexts.
• Ability to document steps clearly with photos and troubleshooting guides.
• Familiarity with AI tools for content drafting is a plus.

Responsibilities

• Build and validate projects end-to-end.
• Assemble robotics and electronics builds using school-lab components.
• Run builds multiple times to confirm reliability.
• Maintain a simple validation checklist for classroom use.
• Capture clear photos for each build step and ensure consistency.
• Organize assets with clean naming and versioning.
• Create troubleshooting guides based on real failure cases.
• Identify common learner mistakes and failure patterns; recreate mistakes to illustrate fixes.
• Write symptom–cause–fix style guidance; ensure safety notes are included.
• Collaborate with lesson designers to align steps with the learning flow; iterate based on feedback.
• Verify documentation by testing against real builds; use AI tools to assist drafting.

Skills

Hands-on robotics

Debugging

Attention to detail

Documentation

Process photography

AI tooling usage

Education

B.Tech/B.E. or final-year CS/Electronics

Tools

Breadboards

Basic electronics components

Documentation tools

Job description

You will build hands-on robotics and electronics projects and convert them into beginner-friendly manuals that teachers and students can actually follow. This is a hands-on role focused on making builds reliable, repeatable, and easy to troubleshoot in real classroom conditions.

Your work will combine three things:

• Building and validating projects end-to-end
• Documenting each step with clean, consistent photos
• Writing practical troubleshooting that solves common failure cases fast
• You will collaborate with lesson and manual designers so your build steps align with the learning flow.

Key Responsibilities:

• Build and validate projects
• Assemble robotics and electronics builds using common components used in school labs.
• Run each build multiple times to confirm it works reliably, not just once.
• Maintain a simple validation checklist so projects hold up in a classroom setting.
• Capture clear photos for each build step (wiring, orientation, connections, safety).
• Keep photos consistent so learners can match what they see to what they are building.
• Organize assets with clean file naming and version updates.
• Create troubleshooting guides based on real failure cases
• Identify common learner mistakes and failure patterns.
• Recreate mistakes intentionally and capture what goes wrong.
• Write fixes in a simple format: symptom, likely cause, quick fix.
• Support clarity and safety
• Add short notes explaining what a component is doing and what students should observe.
• Include basic safety callouts in student-friendly language.
• Suggest simple checks students can do before asking for help.
• Collaborate and iterate
• Work closely with learning design and content reviewers to align build steps with lesson flow.
• Accept feedback and revise documentation quickly.
• Share short build status updates so the team knows what is ready and what is blocked.
• Use AI tools responsibly
• Use AI to draft troubleshooting text, check clarity, and generate checklists.
• Verify everything by testing and ensuring the documentation matches reality.

Qualifications:

• Education: B.Tech/B.E. graduate or final-year student
• Specialization: Computer Science (CS), Electronics, or related engineering disciplines

Must-have skills:

• Hands-on comfort with robotics and basic electronics used in school lab projects.
• Confidence working with breadboards, wiring, resistors, LEDs, sensors, basic actuators, and power handling basics.
• Calm, systematic debugging when something fails.
• Close attention to detail in wiring, steps, and documentation.
• Ability to take clear process photos that show orientation and connections.
• Comfort using AI tools with discipline to verify and correct outputs.

Preferred skills:

• Personal or club project portfolio with build photos or videos.
• Ability to create simple diagrams or markups to highlight key parts.
• Awareness of school lab constraints (time, missing parts, repeated handling).
• Used ChatGPT Codex/Claude Code or other AI tools to create interactive modules/apps/games/htmls
• A student can complete the physical and digital build with minimal help.
• Photos are clear, consistent, and focus on the details that matter.
• Builds are stable enough for repeated classroom use.
• Documentation is clean, reusable, and easy for others to maintain.