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Indian Institute of Science via Coursera

Designing a MEMS-Based Sensor for Exhaled Breath Analysis

Overview

Welcome to the Capstone Project on sensor technologies for biomedical applications! This course is designed for ambitious students, researchers, and professionals in biomedical, electrical, mechanical engineering, and related fields who are eager to tackle real-world challenges using their foundational knowledge of sensors.

If you've completed the preceding courses in the Sensor Technologies for Biomedical Applications specialisation, now is your chance to elevate your skills. Get ready to propel your career in biomedical innovation, contribute to groundbreaking healthcare solutions, and deepen your expertise in sensor technology.

In this hands-on, dynamic project, you'll design and fabricate a MEMS-based sensor for exhaled breath analysers. Imagine developing a tool that can perform early disease screenings for conditions like liver cirrhosis and lung cancer - this project's impact could be enormous. You'll bridge theory with real-world application, honing your skills in sensor design, fabrication, and electronic interfacing.

By completing this course and the specialisation, you'll gain the expertise and confidence to drive biomedical technology innovations, significantly boosting your career prospects in the healthcare industry.

Join us and embark on an exciting journey to develop a life-saving diagnostic solution!

Syllabus 3

  1. Let's get started 40 minutes

    Welcome to the third and final course of the three-part Specialization in Sensor Technologies for Biomedical Applications. We begin by offering you a comprehensive overview of the capstone project: Designing a MEMS-based sensor for exhaled breath analyzers! This exciting module sets the stage for y…

  2. Project tasks 4.5 hours

    You will start this module with an engaging learning activity to prepare for your capstone project. This preliminary work will refresh your foundational knowledge and skills. After that, you will work through a series of tasks, each representing a critical phase of sensor development. You'll gain d…

  3. Final Assignment and Wrap up 35 minutes

    We wrap up the course and the Specialization with a comprehensive graded final assignment that will help you demonstrate your expertise and understanding of sensor technology for biomedical applications.

Advantages and disadvantages

Advantages

  • Structured courses with graded quizzes, assignments and deadlines you can reset.
  • A shareable certificate from the university or company when you pay.
  • Financial aid is often approved for students in India (apply 15 days before you need it).
  • Taught by Indian Institute of Science, one of the strongest names in its field.
  • Self-paced: start any time.
  • A clear syllabus (3 parts) you can see before you start.
  • Hands-on: you build or practise, not just watch.

Disadvantages

  • Paid after a 7-day free trial (Coursera Plus or per course).
  • Some courses can be audited for free, but graded work and certificates need payment.

Some points apply to every course of this kind; see how we rank.

This course is paid. Here is how to take it for free

  • Free trials: You can start a 7-day free trial for many individual courses, Specializations, or a Coursera Plus subscription to test full course features. Cancel before the seventh day if you do not want to be charged.
  • Financial aid: If you cannot afford the fee for a certificate, you can apply for financial aid through the link on the course home page by filling out an application about your background and goals.

Taught by

  • Hardik Jeetendra PandyaAssociate Professor, Electronic Systems Engineering

Indian Institute of Science is in Tier 1: world-leading universities and India's top institutes of our institution ranking (96/100).

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