[MD1]. Vector Control of 3-Phase Induction Motor Using (IEEE'2023).

[MD2]. A Fuzzy Set Theory for Control of a Phase-Controlled Converter DC Machine Drive (IEEE'2023).

[MD2]. Armature Voltage Control of DC Motor (IEEE'2023).

[MD3]. Chopper-Fed DC Motor Drive (IEEE'2023). [MD5]. Direct Torque Control of Induction Motor (Classical Design) (IEEE'2023).

[MD4]. Direct Torque Control of Induction Motor by SVM (IEEE'2023). [MD7]. Direct Torque Control of Induction Motor using 3 Level SVM (IEEE'2023).

[MD5]. Direct Torque Control of Induction Motor using 5 Level SVM (IEEE'2023).

[MD6]. Direct Torque Control of PMSM Drive (IEEE'2023). [MD10]. Field Orientation Control of Induction Motor using PI & Fuzzy (IEEE'2023).

[MD7]. Field Oriented Control of DC Motor (IEEE'2023). [MD12]. Field Orientation Control based PMSM Drive (IEEE'2023).

[MD8]. Improved DTC of Induction Motor with Fuzzy Resistance Estimator (IEEE'23).

[MD9]. Intelligent Speed Control of A Separately Excited DC Motor (IEEE'2023).

[MD10]. Modeling of DC Motor (IEEE’2023).

[MD11]. Modeling of PMSM (IEEE'2023).

[MD12]. Performance analysis of Reduced Loss CSI Fed Induction Motor (IEEE’23). [MD13]. PID Control of DC Motor (IEEE'2023).

[MD14]. Speed Control of 8/6 SRM Drive (IEEE'2023). [MD24]. Speed Control of a 5 Phase Induction Motor (IEEE'2023).

[MD15]. Speed Control of a 5 Phase PMSM (IEEE'2023). [MD26]. Speed Control of DC Motor with PI (IEEE'2023).

[MD16]. Speed Control of DC Motor with Fuzzy (IEEE'2023). [MD28]. Speed Control of Induction Motor Vector Control Using ANN (IEEE'2023).

[MD17]. Torque Ripple Minimization in 8 by 6 Switched Reluctance Motor by Turn-off Angle Control (IEEE'2023).

1. Design and implementation of TCM using modes based SRAM.

2. Implementation of MAC unit using efficient adders.

3. Effective implementation of LDPC for memory applications.

4. Design and Implementation of fast floating point Multiplier unit.

5. Design and Implementation of multiplier-less fir filter.

6. High throughput radix-d Multiplication using BCD.

7. Design and implementation of an efficient Multipliers using adaptive hold logic.

8. Testing of combinational Circuits for efficient fault coverage using built-in self-test.

9. Design & Implementation of an OCP on on-chip bus. 10.Design and Implementation of efficient adders.

10.Design and implementation of Conversion techniques in network-on-chip. 12.Design & estimating the Performance for asynchronous pipelining using fir filters on FPGA.

1. ZigBee technology for automation and controlling of wireless sensor networking.

2. Embedded system development for tsunami detection.

3. Implementation ofthe project “solar tree” .

4. Solar tracking system using microcontroller.

5. Signature verification using grid based feature extraction.

6. Low-power and area-efficient carry select adder.

7. Self-immunity technique to improve register file integrity against soft errors.

8. A spurious-power suppression technique for multimedia/DSP applications. 9. Blue eyes technology.

10. Design and analysis of fractal antenna for wireless application.

11. WiTricity