
Mother Theresa Institute of Engineering and Technology
Affiliated Jawaharlal Nehru Technological University Ananthapu
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Recent Submissions
VLSI DESIGN
(MTIET, 2026-03-31) DR S MURALIMOHAN, PROFESSOR, DEPT OF ECE, MTIET
Details of TOPICs and URLs (videos): SMM - VLSI - LATCH UP
https://youtu.be/zwk8Sxmb4eI SMM-VLSI-BICMOS INVERTERS
https://youtu.be/qmBX1eN71qc SMM-VLSI-MOS TRANSISTOR MODEL
https://youtu.be/ChQZdIFUME8 SMM - VLSI - SHEET RESISTANCE
https://youtu.be/_WZUxIotQdc SMM - VLSI - SCALING MOS CIRCUITS
https://youtu.be/lAcGraaXZos SMM - VLSI - SCALING LIMITATIONS
https://youtube.com/shorts/j0ezvQvN9Wo
SMM - VLSI - SUBSYSTEM – ALUs
https://youtu.be/5V498JwbQio SMM - VLSI - SUBSYSTEM - ARRAY MULTIPLIER
https://youtu.be/jVzmQ28UyRw SMM - VLSI - SUBSYSTEM - SERIAL MULTIPLIER
https://youtu.be/4Wl0Z7xe1hM SMM - VLSI – TRANSCONDUCTANCE
https://youtu.be/QkE27TAM2nc SMM - VLSI - FIGURE OF MERIT
https://youtu.be/1lavgO0LMIM SMM - VLSI - ELECTRICAL PROPERTIES - Ids-Vds
https://youtu.be/EMwqDgBnsQ0 SMM - VLSI - THRESHOLD ASPECTS
https://youtube.com/shorts/Cm3NLlvcdA4 SMM - VLSI - CMOS P-WELL FABRICATION
https://youtu.be/OSG8FDs0GpE SMM - VLSI - LAMBED BASED DESIGN RULES
https://youtu.be/o_gEjpLdv1k SMM - VLSI - FABRICATION PROCESS npn
https://youtu.be/soxlXbuc1l8 SMM - VLSI - STICK, LAYOUT DIAGRAMS
https://youtu.be/DxjK3DJChk0
Electric and Hybrid Vehicle Technology Volume-I
(MTIET, 2025-09-01) Dr.R.Saravanan, Professor, Director (Academics), Mother Theresa Institute of Egnineering and Technology; Dr.S.Sooriya Prabha, Associate Professor, Dean (Research & Development), Mother Theresa Institute of Egnineering and Technology
The first unit lays the groundwork by discussing conventional vehicle performance, the history of electric mobility, and the social and environmental impacts of transitioning to electric drive systems. It also explores how modern drivetrain technologies influence global energy demands.
Unit II delves into the classification and operational principles of hybrid electric vehicles (HEVs), from micro and mild hybrids to advanced plug-in hybrids and fuel cell electric vehicles. It discusses power flow architectures, vehicle-to-grid and vehicle-to-home technologies, and emerging solutions like solar-powered vehicles and electric bicycles.
The third unit provides a deep dive into the electric propulsion systems that power these vehicles. Readers will gain insights into the configurations and control strategies of various electric motor drives, including DC, induction, permanent magnet, and switched reluctance motors, with a focus on drive system efficiency and performance optimization.
This book serves as an essential guide for students of Electrical, Electronics, Mechanical, and Automotive Engineering, as well as professionals seeking a structured understanding of the technologies shaping the future of green mobility.
Signal Flow Graph
(MTIET, 2026-03-30) Dr.S.Sooriya Prabha
Electrical Analogous of Mechanical Rotational System
(MTIET, 2026-03-30) Dr.S.Sooriya Prabha
Electrical Analogous of Mechanical Translational System
(MTIET, 2026-03-30) Dr.S.Sooriya Prabha