Facilities
- The Department of Medical Electronics Engineering is well equipped with modern facilities in class rooms and laboratories
- Apart from regular laboratories, department of Medical Electronics Engineering is also well equipped with additional laboratories such as:
- Medical Imaging Research Center
- Advanced Biomedical Digital Signal Processing Laboratory
- Reverse Engineering Laboratory
- Industry support laboratory – Advanced GE Healthcare Laboratory, provides better learning opportunities for the students which caters to enhance the on – jobskills of the students for performing optimally in their careers
- An exclusive department library facility is available equipped with latest text books, reference books, e-journals etc.
- Students have access to technical papers of reputed journals through the digital library
- A student chapter of Instrument Society of India (ISOI) has been started in the department under which all the events are conducted
Laboratory Details:
| S.No | Name of the Laboratory | No. of students per setup | Name of the important equipment | Weekly utilization status |
| 1. | Analog Electronics Lab | 12 no. (3 students x 4 batches) | · Function generator 20 MHz 3003 · Cathode ray oscilloscope · Power supply DC regulated multi output +15V and 0 to 30V with CC CV and shorthead protection · Micro digital multi meter model 801 · DC regulated modulator · Servo stabilizer |
9 hours/week |
| 2. | Logic Design Lab | 12 no. (3 students x 4 batches) | · Digital Trainer kit · Stabilizer · IC tester |
9 hours / week |
| 3. | Microcontrollers Lab | 14 students (1 computer per student) | · ALS-SDA89C61x2 flash programming board · DAC board · Stepper motor board · Elevator board · ADC board · 7 Segment display board · Keyboard LCD · Power supply (5V/1A) |
9 hours / week |
| 4. | HDL Lab | 14 students (1 computer per student) | · Universal CPLD FPGA with Xilinx programming dangle · Xilinx foundation series software · Daughter board-1 FPGA X C3S50 · Daughter board-2 CPLD (9572) · Stepper motor interface · DC motor interface · 8 bit ADC interface · Dual DAC interface |
9 hours / week |
| 5. | Analog Integrated Circuits Lab | 12 no. (3 students x 4 batches) | · DSO 50MHz-500M · Function generator · Digital multi meter Meco 801 auto 4 digits display · Dc regulated dual power supply(0-32V/2A) · DC regulated power supply(0-5V/2A) |
9 hours/week |
| 6. | Digital Signal Processing Lab | 14 students (1 computer per student) | Computers: HCL, i4 processor, 2 GB RAM, 300 GB HDD,, 32 bit Operating System, 19’’ LCD monitor | 9 hours / week |
| 7. | Medical Electronics Lab | 12 no. (3 students x 4 batches) | · Audiometer · ECG amplifier · Colorimeter · Temperature transducer module, · Photo Electric transducer kit · pH meter · Strain gauge measuring kit · Sphygmomanometer · Digital BP meter, stethoscope · Polarized electrodes kit · Non polarized kit · Multipoint electrodes |
9 hours / week |
| 8. | C++ & data structures Lab | 14 students (1 computer per student) | Computers: HP i5 processor, 4 GB RAM, 500 GB HDD,, 32 bit Operating System, 17’’ LCD monitor | 9 hours / week |
| 9. | Digital Image Processing Lab | 14 students (1 computer per student) | Computers: HP i5 processor, 4 GB RAM, 500 GB HDD,, 32 bit Operating System, 17’’ LCD monitor | 9 hours / week |
| 10. | Biomedical Digital Signal Processing Lab | 14 students (1 computer per student) | Computers: HCL, i4 processor, 2 GB RAM, 300 GB HDD,, 32 bit Operating System, 19’’ LCD monitor | 9 hours / week |
Lab Videos
Additional facilities created:
| Sl. No. | Facility Name | Details | Reason(s) for creating facility | Utilization | Areas in which students are expected to have enhanced learning |
| 1. | Medical Imaging Research Centre | 1. 3D Printer 2. Network Analyser 3. RF Analyser 4. DC Supply 5. Peristaltic pump 6. Terranove earth field MRI Teaching system 7. Digital storage oscilloscope 8. Software defined radio hardware bundle |
To create environment for students for translating theoretical knowledge in core biomedical domain into practical experiences related to medical imaging | 9 hours per week | Biomedical instruments, Medical Imaging techniques |
| 2. | Advance Biomedical Digital Signal Processing Lab | 1. Acquisition of Electro – cardiogram & determining the cardiac vector 2. Study of Blood pressure meter &phonocardia graph 3. PCG System with PCG Stimulator 4. PPG with USB |
To create environment for students for translating theoretical knowledge in core biomedical domain into practical experiences related to Biomedical signal processing | 9 hours per week | Biomedical instruments, signal processing techniques |
| Reverse Engineering Laboratory | 1. Ventilators 2. Dialysis 3. CRO 4. Function generator 5. Multimeter 6. Power supply |
Is set up to help students to understand the working principle of instruments and to have hands – on exposure to few Biomedical equipments such as Ventilators, Dialysis machine etc. | 9 hours per week | Biomedical instruments |
