QUALIFICATION FILE SUMMARY Qualification Title

QUALIFICATION FILE SUMMARY Qualification Title Certificate course in Arduino based Embedded System Design Qualification Code NIELIT/ES/6...

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QUALIFICATION FILE SUMMARY Qualification Title Qualification Code

Certificate course in Arduino based Embedded System Design NIELIT/ES/6/42

Body/Bodies which will Assess Examination Cell, National Institute of Electronics and Information Candidates Technology, 6-CGO Complex, Electronics Niketan, Lodhi Road, New Delhi. 110003. Certification Division, Body/Bodies which will Award the Certificate for the National Institute of Electronics and Information Technology, Qualification. 6-CGO Complex, Electronics Niketan,Lodhi Road, New Delhi. 110003. Accreditation Division, Body which will Accredit National Institute of Electronics and Information Providers to offer the Technology, Qualification. 6-CGO Complex, Electronics Niketan, Lodhi Road, New Delhi. 110003. Occupation(s) to which the Qualification Gives Access

Specialized in Embedded system Design using Arduino

Proposed Level of the Qualification in the NSQF.

Level 4

Notional Learning Hours

300 Hours. (3 Month Full Time)  Diploma in Electronics/Electronics &Communication/Electrical/Electrical&Electronics/Ins trumentation/ Biomedical /Computer Science/Information Technology  BSc in Electronics/ Instrumentation/ComputerScience/Information Technology. Embedded System Specialist

Entry Requirements / Recommendations.

Progression From the Qualification.

Planned Arrangements for RPL.

Specialist in Arduino based Embedded System Design Embedded System Engineer  Presently only candidates who undergo training shall be assessed.  It will be incorporated once RPL strategy is finalized

1

Formal Structure of the Qualification Module Code CES-01 CES-02 CES-03 CES-04 CES-05 CES-06

Title of Unit or other Component (include any identification code used)

Mandatory / Optional

Embedded System Design: Basics Learning Arduino Platform The Basics of Sensors and Actuators using Ardunino Controlling Embedded System Based Devices using Arduino Project: based on Embedded System Design using Arduino Board Enhancing Communication& Soft Skill

Mandatory Mandatory Mandatory

Estimated Size (Learning Hours) 50 50 60

Mandatory

60

Mandatory Mandatory

Level

4

60 20

Please Attach any Document giving Further Detail about the Structure of the Qualification – e.g. a Curriculum or Qualification Pack.Detailed Curriculum: SECTION 1 ASSESSMENT Name of Assessment Body: Examination Cell National Institute of Electronics and Information Technology 6-CGO Complex, Electronics Niketan, Lodhi Road, New Delhi. 110003. Will the Assessment Body be Responsible for RPL Assessment? Yes. We will conduct Online/Entrance Test/Interview of the Participants for Admission. Entrance test will be based on Aptitude (20%), Logical reasoning (20%), C Language (20%) and Basic electronics (40%)Basic Electronics includes topics of Digital, Analog, Microprocessor/Microcontroller, Computer Organization, Signals and Systems.At the course end, we will conduct Theory and Practical Examination for each module except the Final Module of Project Work. Finally, ProjectWork will be assessed by oral presentation and live demo of project to be given by candidates.Certificates will be awarded to only successful Candidates. Describe the overall assessment strategy and specific arrangements which have been put in place to ensure that assessment is always valid, consistent and fair and show that these are in line with the requirements of the NSQF: The emphasis is on practical demonstration of skills & knowledge based on the performance criteria. Each OUTCOMEis assessed & marked separately. Student is required to pass in all OUTCOMEs individually and marks are allotted. Following assessment methodologies are used. A. Written Assessment (MCQ-Type – Online Examination) B. Practical Assessment C. Presentation &Viva Voce Assessment

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Assessment Evidences 1. The assessor collects a copy of the attendance for the training done under the scheme. The attendance sheets are signed and stamped by the Examination Superintendent/ Head of Institution. 2. The assessor verifies the authenticity of the candidate by checking the photo ID card/Hall Ticket issued by the institute as well as any one Photo ID card issued by theCentral/Government. The same is mentioned in the attendance sheet. 3. The Registration/Examination Division assigns roll number. 4. The assessor takes photograph of all the students along with the assessor standing in the middle and with the centre name/banner at the back as evidence. Please attach any documents giving further information about assessment and/or RPL. ASSESSMENT EVIDENCE Complete the following grid for each grouping of NOS, assessment unit or other component as listed in the entry on the structure of the qualification on page 1. Job Role

Specialized Embedded System Engineer

Title of Unit/Component: (Detailed Curriculum attached As Annexure-III)

Assessable Outcomes

Assessment criteria for the outcome

1. To familiarize with Embedded System Design

Develop Concept of Embedded System Components Identify Embedded System Classifications and Components Learn how to use Processors and other Elements of Embedded System Use of Embedded System’s Software and its applications

Total Mark 100

Total 2 Explain and practice of Arduino Platform

3 Develop Basic Concept of

Practice of Programming Microcontroller Recognize Arduino Board and its component Create Arduino Standard Library Create Arduino Development Environment Use concepts for writing Arduino Sketches How to Connect and Work With different sensors such as: Humidity, Heat/Temperature, proximity, IR

100

Total 100

Written

Practical

10

5

Internal/ Vivavoce 5

15

10

10

15

5

5

10

5

5

50 5

25 5

25 5

5

5

5

10 15

5 5

5 5

15

5

5

50 30

25 15

25 15

3

Sensors and Actuators

4 Learn and Practice Controlling of Embedded System Based Devices using Arduino

Motion, Accelerometer, Sound , Light, distance, Pressure, Thermal, Infrared, LDR etc. to Arudino Board Reading Various Sensor data on Serial Monitor and LCD Display Explain Functioning of Actuators Reading Data from Analog and Digital Sensors on Serial Monitor/LCD monitor Work With LED controlled by Switch/Potentiometer, 7 Segment LED Display/Control How To Connect Relays and Servomotors to Arduino Board And Work With 5V/3V Power Supply using voltage regulator ICs(7805/7803)

5 Practical Project: based on Embedded System Design using Arduino Board

Project Based on,  Analog/digital input using POT  Electronic Voting Machine using LCD Serial Display  Fire Detection Module  Smart Class Room  Smart Street Light Prototype  Agriculture (Using Humidity/ Temperature Sensors)

6 Enhancing Communication & Soft Skill

Develop Communication Skill Managing career, staff and professional relationships Ready for interview Grand Total

Total 100

Total 150

Total 50

Total 600

10

5

5

10 50 10

5 25 5

5 25 5

20

10

10

20

10

10

50

25 150

25

10 20

150 NA NA

NA NA

20 50 350

NA NA 125

NA NA 125

Means of assessment 1 Proctored online assessments (LAN and Web based), carried out using a variety of question formats applicable for linear / adaptive methodologies; performance criteria being assessed via tests, simulations, and multiple choice questions etc.

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