Assessfy Pvt. Ltd Moderate 6 milestones 50 marks

Electromagnetic Braking System

Real-world project · AICTE-aligned · AI-graded · Audit-ready certificate

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Milestones

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Core skills

About this project

Electromagnetic Braking System

Objective: Design and test an electromagnetic braking system for controlled deceleration of rotating wheels.

Context: Conventional friction brakes wear out quickly, leading to frequent replacements and safety concerns, especially in Indian vehicles operating in harsh conditions. Electromagnetic brakes offer a contactless, low-maintenance alternative.

What you'll build: You'll wind electromagnet coils, mount them near a rotating disc, and use an Arduino to control braking strength. Rotational dynamics and electromagnetism principles will guide the system design, with magnetic field and braking force measured under various speeds.

Deliverables: Outputs include a working braking prototype, experimental data, and a final assessment report.

Milestones

No submission required for this milestone.

2. Brake design and coil winding

10 marks 6d

Design the electromagnetic brake, specifying materials, dimensions, and coil configuration. Submit detailed CAD drawings and a step-by-step coil winding procedure, including wire gauge and number of turns. Done means your documentation enables accurate replication and shows clear alignment with braking requirements.

3. Magnetic field strength analysis

10 marks 6d

Perform and document a quantitative analysis of the magnetic field generated by your coil using simulation or measurement tools. Submit annotated field distribution plots and calculations showing peak and average field strengths. Done means your results clearly demonstrate the field's adequacy for braking and match your design specs.

4. Braking force measurement

10 marks 6d

Measure the braking force produced by your system using a standardized test rig. Submit raw data, calculation sheets, and a summary table comparing measured force to theoretical predictions. Done means your measurements are reproducible, clearly presented, and show whether the system meets target braking force values.

5. Testing under different speeds

10 marks 6d

Test the braking system at multiple rotational speeds, recording braking performance for each. Submit a report with speed vs. braking force graphs and analysis of system behavior across the speed range. Done means your data covers at least three distinct speeds and your analysis identifies any performance trends or limitations.

6. Final assessment

10 marks 6d

Compile a final report summarizing your design, testing, and results. Include all data, analysis, and a critical assessment of system strengths and weaknesses. Done means your submission is comprehensive, clearly structured, and demonstrates your understanding of electromagnetic braking performance and potential improvements.

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Upcoming sessions

Session	Window	Enrolled
Electromagnetic Braking System	11 Jun 2026 to 10 Jun 2028	0

Skills you'll learn

ElectromagnetismRotational dynamicsControl circuits

Tools used

Electromagnet coils Rotating disc/wheel Power supply Arduino (for controlled braking)

Prerequisites

Basics of magnetic fields Eddy current braking principle Electric circuit components

Available mentors

Priyang Kumar

Free

You'll earn — Certificate (PDF)

AICTE-aligned Project Completion Certificate

A formal, audit-ready PDF certificate issued by Assessfy + your institute on successful completion. Includes AICTE credit hours, your evaluator's signature, and a QR code for third-party verification.

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Certificate of Project Completion

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Electromagnetic Braking System

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You'll earn — Digital Badge

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Electromagnetic Braking System

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