|
Sr.No. |
Name |
Designation |
Qualification |
Experience |
Research Interest |
Email ID |
|||
|
Teaching |
Industry |
||||||||
|
1 |
Dr.D.S.Mantri | Hod & Academic Dean |
ME Ph.D.(Wireless Communication) |
18(33) |
Nil |
Wireless Communication, Adhoc networks, VANET, Wireless Sensor Network |
dsmantri.sit@sinhgad.edu | ||
|
2 |
Professor |
M.E.Ph.D.(Electronics) |
39 |
Nil |
Digital Commuinication |
||||
|
3 |
Assoc.Prof. |
ME Ph.D. |
18(29) |
Nil |
|
||||
|
4 |
Assoc.Prof. |
ME Ph.D. Pursuing |
18(27) |
6 |
|
|
|||
|
5 |
Asst. Prof. |
ME(Electronics) Ph.D. |
18(19) |
Nil |
|
||||
|
6 |
Asst. Prof. |
ME (Electronics) Ph.D. Pursuing |
17(21) |
3 |
VLSI Design | ||||
|
7 |
Asst. Prof. |
M.Tech |
16(19) |
0 |
|
||||
|
8 |
Asst. Prof. |
M.Tech (E&TC) Ph.D. |
14(25) |
Nil |
|
||||
|
9 |
Asst. Prof. |
M.Tech.Ph.D Pursuing |
13(14) |
Nil |
|
||||
|
10 |
Asst. Prof. |
ME Electronics Ph.D Pursuing, |
13(14) |
5 |
|
||||
|
11 |
Asst. Prof. |
ME Electronics,MBA(HRD) Pursuing |
12(19) |
Nil |
WSN Automation |
||||
|
12 |
Mr.M.S.Raut | Asst. Prof. | M.Tech.PhD Pursuing | 11(11) | Nil | WSN and Image processing | |||
|
13 |
Mrs.P.S.Mhetre | Asst. Prof. | ME (E&TC) Ph.D Pursuing | 10(10) | Nil | Deep Learning | pmhetre.sit@sinhgad.edu | ||
| 14 | Mr.S.S.Salve | Asst. Prof. | ME (E&TC) | 1(10) | 0 | Machine learning | sushilkumarsalve.sit@sinhgad.edu | ||
| 15 | Mr.V.D.Raskar | Asst. Prof. | ME (Embedded & VLSI) | 3(5) | 0 | VLSI | vdraskar.sit@sinhgad.edu | ||
|
16 |
Mrs.C.A.Mhetre | Asst. Prof. | ME (Embedded & VLSI),Ph.d. Pursuing | 3(3) | 0 | Deep Learning | camhetre.sit@sinhgad.edu | ||
|
17 |
Mr.S.S. Asane | Asst. Prof. | ME(E&TC) | 1(10) | 0 | Digital Circuit & Machine Learning | satishasane.sit@sinhgad.edu | ||
Non Teaching Faculty
|
Sr.No. |
Name |
Designation |
Qualification |
Experience
|
Email ID |
|
|
1 |
Mr.Vishal Bhimrao Mali | Techanical Assitant | D.Mech | 8 | vbmali.sit@sinhgad.edu | |
| 2 | Ms.Sakshi Suresh Karande | Techanical Assitant | B.E(E&TC) | 1 | sakshikarande.sit@sinhgad.edu | |
| 3 | Mrs.Dipali Sachin Mali | Lab Assitant | B.sc(Chemistry) | 8 | dipalianantkawalas.sknsit@sinhgad.edu | |
| 4 | Ms.Shubhangi B. Pandit | Lab Assitant | M.C.S | 2 | sbp.sit@sinhgad.edu | |
| 5 | Mr.Sachin Dhanaji Kashid | Peon | M.Com | 15 | sdkashid.sit@sinhgad.edu | |
| 6 | Mr.Abhijeet Shankar Jadhav | Peon | 10 th | 10 | asjadhav.sihmct@sinhgad.edu | |
Faculty Details
|
Academic Year |
2023- 24 |
2022- 23 |
2021- 22 |
2020- 21 |
|
Link |
View Document | View Document | View Document | View Document |
Student Details
|
Academic Year |
2023-24 |
2022-23 |
2021-22 |
2020-21 |
|
Link |
View Document | View Document | View Document | View Document |
5.5:Innovations by the Faculty in Teaching and Learning
|
Sample Notes |
|||
|
List of Moodle ID |
|||
Session Conducted by IIT Bombay Virtual Lab
Table A : List oF Profile Moodle ID
Feedback Details
|
Academic Year |
2024- 25 Sem I |
2023- 24 Sem II |
2023- 24 Sem I |
2022- 23 Sem II |
2022- 23 Sem I |
2021- 22 Sem II |
2021- 22 Sem I |
2020- 21 Sem I |
|
Link |
View Document | View Document | View Document | View Document | View Document | View Document | View Document | View Document |
5.7.3: Development activities
Development activities play an important role in the enhancement of quality of the program. Detailed instructional material such as CO-POs, academic calendar, course material, assignments, lesson plan, lab instruction material, etc. help the student to understand the course and to plan their activities accordingly. Use of working models, charts, etc.; during the teaching learning process help students to clearly understand complicated construction, working, etc.
A. Product Development
B. Research laboratories
C. Instructional materials
D. Working models/charts/monograms etc.
Table 5.7.3 (a): Summary of Development Activities
Title of Product: Embodiment Well Rescue Intelligent Device with Real Time Feed for Safety Lift
Description/Specification: This project is used to reduce human efforts for rescuing operations from narrow well. It performs rescue operations in very less time as compared to traditional methods. In this manner, it has been designed keeping the entire obstacle in mind that may arise during the operation.
_1_249x231.jpg)
Figure 5.7.3(a)-1 : Well Rescue Intelligent Device
Title of Product: Face Mask Detection for Covid 19 Face mask detection plays a crucial role in managing the spread of COVID-19. have found that wearing face masks can help minimize the rate of COVID-19 transmission by interrupting airborne particles. This technology can be used for surveillance purposes as well.
_2_267x231.jpg)
Figure 5.7.3(a)-2 : Mask Detection for Covid 19
B. Research Laboratories
Research IOT & Embedded Design Laboratory:
The department has IOT & Embedded Design Laboratory equipped with high performance Embedded, IOT Kits that can be utilized for research purpose. IOT & Embedded Design Laboratory also includes costly and major equipment like Micro Python Kit, Android OS based Kit. Recently in AY: 2023-24 Department has received grant from AMB’S/DSP, Aurangabad to established an IOT & Embedded Design laboratory. Following are the main objectives of the laboratory:
Objective:
● To develop state of the art facility in emerging trends.
● To provide hands-on exposure in the field of IoT.
● To enable students explore and innovate in the field of Artificial Intelligence.
Table 5.7.3 (b): Research Laboratories
_1_401x181.jpg){kind=spacer}
Figure 5.7.3(b)-1: IoT Lab
C: Instructional materials:
Instructional materials:
1. Faculty members have created Lab Manuals for each course which helps students to perform practical during Laboratory hours.
Table 5.7.3 (c): Instructional materials
_1_357x231.jpg)
Figure 5.7.3.8: Samples of Lab Manuals available in the Laboratories
D. Working models/charts/monograms etc.
D1. Working models
1. The department has working models available for lab. Also relevant projects done by final
AY 2023-24
Title of Product: Voice Control IOT Based Smart Mirror
Description/Specification: This project based on voice command to display date, time ,news weather foarcast .Software used open server raspberry pi.
_1_353x231.jpg)
Figure 5.7.3(d)-1: Voice Control IOT Based Smart Mirror
Title of Product: Solar Based Smart Robot Vehicle for Landmine Detection
Description/Specification: In the present Project of India war situations, unmanned surveillance is mandatory to reduce soldier death ratio and safeguard the country. Internet of Things (IoT) technology is a new concept, aid for effective monitoring and overcome defense surveillance problem
_2_400x185.jpg)
Figure 5.7.3(d)-2: Solar Based Smart Robot Vehicle
Title of Product: Smart Management of emergency Vehicles and Traffic congestion
Description/Specification: Current smart management techniques for emergency vehicles utilize RFID technology, Android applications with cloud networks, & image processing technologies. These technologies aim to intelligently regulate traffic and provide priority to emergency vehicles like ambulances & fire trucks
_3_401x224.jpg)
Figure 5.7.3(d)-3: Emergency Vehicle System
Title of Product: Multimode Intelligent Robot
Description/Specification: The Multimode intelligent robot is a car which follows the line, automatically sense the obstacles and also operate on the mobile application. It contains the Arduino uno microcontroller to process the data & ultrasonic sensor to detect the obstacle on its path.
_4_308x231.jpg)
Figure 5.7.3(d)-4: Multimode Intelligent Robot
AY 2022-23
Title of Product: Smart Phone Operated Multipurpose Agricultural Vehicle Agriboat
Description/Specification:The Project aims on the design, development & the fabrication of the robot which can dig the soil, leveler to close the mud & sprayer to spray water, these whole systems of the robot works with the battery and the solar power.
_5_311x231.jpg)
Figure 5.7.3(d)-5: Multipurpose Agricultural Vehicle Agriboat
AY 2020-21
Title of Product: Spying RoboCrawler
Description/Specification: This robot is capable of spying using a wireless camera. This robot can be reprogrammable and can be interchanged to provide multiple applications. Defending our countries borders and the men is our utmost priority. Keeping in mind the same, we present the development and characterization of a spying robot with wireless controlling through the usage of RF module
_6_354x231.jpg)
Figure 5.7.3(d)-6: Spying RoboCrawler
D2. Charts
_7_357x231.jpg)
Figure 5.7.3(d)-7: Charts of Product Development
_8_357x231.jpg)
Figure 5.7.3 (d)-8: Charts of Product Development
