Value Added Courses / One credit Courses
Value Added Education The Value Added Education Courses aim to provide additional learner centric graded skill oriented technical training with the primary objective of improving the employability skills of engineering students of MCET. Optional VAE courses that will further improve the employability prospects of the students will be offered outside regular contact hours on optional basis, and interested students can join.
S. No | Name of the Centre | Year of Establishment | Value added Courses offered |
1. | Centre for Research on Green Energy and Environment | 2012 | Solar PV Training Programme SURYAMITRA CMOS Analog IC Design Using Cadence EDA Tool |
2. | ASIC Centre Of Excellence | 2014 | CMOS Analog IC Design and Recent trends in Physical Design using Cadence EDA Tool CMOS Analog RF IC Design Using Cadence EDA Tool Custom Digital IC design using CADENCE EDA tool |
3. | SWELECT – MCET Centre | 2017 | Solar PV Technology |
One credit courses Here the plan is to bridge the perceived technical competency gaps of students by providing training in employability enhancing technical subjects through mandatory one credit courses and additional training through optional courses. The courses focus on skill development and more than 50% of the time is spent on practical training and problem solving, to provide the requisite understanding towards application of academic topics from engineering disciplines into real world engineering projects.
- The main objectives of the program are:
- To provide students an understanding of the expectations of industry.
- To improve employability skills of engineering students of MCET
- To bridge the skill gaps and make students industry ready.
- To provide an opportunity to students to develop inter-disciplinary skills
Since the individual capabilities, aptitudes and needs of students vary widely, and since only 30 hours is available during regular contact hours for such value added courses, a two-pronged strategy is proposed to achieve the objectives outlined above.
List of one credit courses offered
S. No | Year | Course | Year/Semester |
1 | 2021 – 22 | Custom Digital IC design using EDA tool | 2021-22 / III |
Embedded Programming of MSP430 using ENERGIA | 2021-22 / III | ||
Industrial Automation Technologies | 2021-22 / III | ||
PCB designing using ORCAD | 2021-22 / III | ||
Design for solar PV system | 2021-22 / IV | ||
MIT for IOT | 2021-22 / IV | ||
Application Of MATLAB In Electrical Engineering | 2021-22 / IV | ||
2 | 2020 – 21 | Custom Digital IC Design Using EDA Tool | 2020-21 / III |
Embedded Programming Of MSP430 Using Energia | 2020-21 / III | ||
Industrial Automation Technologies | 2020-21 / III | ||
PCB Designing Using ORCAD | 2020-21 / IV | ||
Custom Analog IC Design Using Cadence EDA Tool | 2020-21 / IV | ||
Problem Solving Using C | 2020-21 / IV | ||
Design And Installation Of Solar Power Plant | 2020-21 / V | ||
Internet Of Things | 2020-21 / V | ||
Problem Solving Using Java | 2020-21 / V | ||
Design And Installation Of Solar Power Plant | 2020-21 / VI | ||
Internet Of Things | 2020-21 / VI | ||
Problem Solving Using Python | 2020-21 / VI | ||
3 | 2019-20 | Testing And Process Engineering In Electrical And Electronic Products | 2019-20 / III |
Process Engineering In Mechanical Part Assembly | 2019-20 / IV | ||
Problem Solving Using C | 2019-20 / IV | ||
Problem Solving Using Python | 2019-20 / IV | ||
Design And Installation Of Solar Power Plant | 2019-20 / V | ||
Internet Of Things | 2019-20 / V | ||
Programming And Troubleshooting GE Family PLCs | 2019-20 / V | ||
Programming With PLC AND HMI | 2019-20 / V | ||
Latest Trends In Power System Protection & Substation Automation | 2019-20 / VI | ||
Internet Of Things | 2019-20 / VI | ||
Design And Installation Of Solar Power Plant | 2019-20 / VI | ||
Problem Solving Using Java | 2019-20 / VI | ||
Data Science With Python Programming | 2019-20 / VI | ||
4 | 2018-19 | Panel Board Assembly For Electrical Systems | 2018-19 / III |
ANDRIOD Application Development For Power Monitoring | 2018-19 / III | ||
Custom Digital IC Design Using Cadence EDA Tool | 2018-19 / III | ||
Application Of MATLAB In Electrical Engineering | 2018-19 / III | ||
Energy Auditing | 2018-19 / III | ||
PCB Designing Using ORCAD | 2018-19 / IV | ||
Custom Analog IC Design Using Cadence EDA Tool | 2018-19 / IV | ||
Embedded Programming Of MSP 430 Using ENERGIA | 2018-19 / IV | ||
Basic Electronic System Design | 2018-19 / IV | ||
Programming And Troubleshooting GE Family PLCs | 2018-19 / V | ||
Programming With PLC And HMI | 2018-19 / V | ||
Green Building Design And Operations – EEE Focused Tools And Techniques | 2018-19 / V | ||
Internet Of Things | 2018-19 / V | ||
Design And Installation Of Solar Power Plant | 2018-19 / VI | ||
HMI And Servo Drives | 2018-19 / VI | ||
Industrial Automation | 2018-19 / VI | ||
Latest Trends In Power System Protection & Substation Automation | 2018-19 / VI | ||
5 | 2017-18 | Industrial Automation | 2017-18 / V |
Energy Auditing | 2017-18 / V | ||
CMOS Analog RF IC Design Using CADENCE EDA Tool | 2017-18 / V | ||
Realization of Digital Systems using FPGA | 2017-18 / V | ||
Java script Programming | 2017-18 / V | ||
HMI and Servo Drives | 2017-18 / V | ||
Panel Board Assembly of Electrical systems | 2017-18 / III | ||
Android Application Development for Power Monitoring | 2017-18 / III | ||
Embedded Programming of MSP430 using Energia | 2017-18 / III | ||
Custom Digital IC Design using Cadence EDA Tool | 2017-18 / III | ||
Application of MATLAB in Electrical Engineering | 2017-18 / III | ||
Programming Arduino using LABVIEW | 2017-18 / IV | ||
Custom Analog IC design | 2017-18 / IV | ||
Basic Electronic System Design | 2017-18 / IV | ||
Networking – Smart Solutions | 2017-18 / IV | ||
Green Building Design – Energy Focussed Tools | 2017-18 / IV | ||
Implementation of Audio and Video system on FPGA | 2017-18 / VI | ||
Programming with PLC and HMI | 2017-18 / VI | ||
Design and Installation of Solar Power Plant | 2017-18 / VI | ||
Embedded Control for Power Converters | 2017-18 / VI | ||
Internet of Things | 2017-18 / VI | ||
6 | 2016-17 | Embedded Programming using ARDUINO Board | 2016-17 / V |
Control Systems for Wind Energy | 2016-17 / V | ||
Embedded Programming using PIC Mictrocontroller | 2016-17 / V | ||
FPGA Design using VIVADO | 2016-17 / V | ||
Energy Auditing | 2016-17 / V | ||
Industrial Automation | 2016-17 / V | ||
Programming with PLC and HMI | 2016-17 / V | ||
RF Circuit Design Using ADS | 2016-17 / V | ||
Speech and Audio Signal Processing using MATLAB | 2016-17 / V | ||
Fundamentals of Networking | 2016-17 / V | ||
Android Application Development for Power Monitoring. | 2016-17 / III | ||
Basic Electronic Circuit Design using Multisim | 2016-17 / III | ||
Basic Electronic Components & System Design | 2016-17 / III | ||
Basic Electronic System Design | 2016-17 / III | ||
Basics of LabVIEW | 2016-17 / III | ||
Custom Analog ID Design using Cadence EDA tool | 2016-17 / III | ||
Electrical Solution – A practical tool. | 2016-17 / III | ||
Fundamentals of MATLAB | 2016-17 / III | ||
PC Hardware Assembling & Troubleshooting | 2016-17 / III | ||
PCB Designining using PCB Express | 2016-17 / III | ||
Industrial Automation | 2016-17 / VI | ||
Advanced Embedded programming using RAAPBERRY PI | 2016-17 / VI | ||
Embedded Control for power converters | 2016-17 / VI | ||
Design and installation of solar power plants | 2016-17 / VI | ||
Basics Of LabVIEW | 2016-17 / IV | ||
Application Of Matlab In Electrical Engineering | 2016-17 / IV | ||
Custom Digital IC Design Using Cadence EDA Tool | 2016-17 / IV | ||
Embedded C Programming- 8051 | 2016-17 / IV | ||
7 | 2015-16 | Industrial Electrical Systems & Numeric Relay (Only for EEE, Offered by L&T) | 2015-16 / V |
Embedded Programming for ARDUINO Board | 2015-16 / V | ||
Energy Auditing | 2015-16 / V | ||
Digital System Design using VHDL | 2015-16 / V | ||
PCB design using Cadence EDA tool | 2015-16 / III | ||
Basic Electronic System Design | 2015-16 / III | ||
Fundamentals of MATLAB | 2015-16 / III | ||
PC Hardware and trouble shooting | 2015-16 / III | ||
Electronic Circuit Design Using SPICE | 2015-16 / III | ||
Embedded Programming Using PIC Microcontroller | 2015-16 / VI | ||
New and renewable energy technologies | 2015-16 / VI | ||
Custom analog IC design using cadence EDA tool | 2015-16 / VI | ||
Embedded system based design of power electronic drives | 2015-16 / VI | ||
Power electronic converter design using DSP & FPGA | 2015-16 / VI | ||
Programming with PLC and HMI | 2015-16 / VI | ||
Automotive Electrical &Electronics | 2015-16 / VI | ||
Mobile Application Development using Andriod | 2015-16 / VI | ||
Industrial Automation | 2015-16 / IV | ||
Basics of LabVIEW | 2015-16 / IV | ||
Custom Analog IC design using cadence EDA tool | 2015-16 / IV | ||
Application of MATLAB in electrical engineering | 2015-16 / IV | ||
PCB Designing using PCB Express | 2015-16 / IV | ||
Electronic System Design | 2015-16 / IV | ||
Speech and Audio Signal Processing using MATLAB | 2015-16 / IV | ||
Basic Electronic Circuit Design using Multisim | 2015-16 / IV |