Dr. T.S. Kalkur

Website

MRL Lab

• Microelectronics circuit design
• Device physics
• Ferroelectrics for tunable RF Circuit applications
• Nano-crystalline memories
• Polarization switching data converters
• Deep Submicron Device and circuit modeling
• MEMS based sensors and switches
• Radiation hardened circuit design

• Mohammed Hosuba, “Tunable filters with compact ferroelectric capacitors”, Fall 2026. 
• Dr. John Mortensen, “Reflection Type Phase Shifter With Commercial Tunable Capacitors for Phased  Array Antennas” Fall 2025. 
• Dr. Aarushi Gupta, “Tunable equalizers for high speed line drivers”, Spring 2023, Applied Materials, Santa Clara.
• Dr. Eric Spory, “High Temperature Packaging of Power Devices with Diamond-epoxy composite”, Spring 2022, Global Circuit Innovations.
• Dr. Dubari Borah, “Tunable differential Band stop filters ”, Spring 2020, Qualcom. 
• Dr. Daw Adersah, “Finite Element Simulation of BAW resonators with BST”, spring 2019, teaching in Libya 
• Dr. Hamad Alwurli, “Tunable Dual Band Band Stop Filters”, Fall 2018, teaching in University in Saudi Arabia.
• Dr. Abdul Hamid Matoug, “BAW based band stop filters”, Fall 2018, teaching at University in Libya.  
• Dr. Abdulaziz Alteek, “Polarization switching step-up and step-down DC-DC converter”, Spring 2018, teaching at University in Saudi Arabia.
• Dr. Almonir Mansour, “FBAR based Resonators, filters and Duplexers with BST”, Spring 2017, Micron Technology. 
• Dr. Maciez Pawliquech, “Resistive switching devices based on nickel oxide dielectric used in Resistive RAM (ReRAM) applications”, Fall 2017, Intel Corporation.
• Dr. Kyle Web, A Circuit-Based Approach for the Compensation of Self-Heating-Induced Error in Bipolar Integrated-Circuit Comparators, Fall 2013, Oregon State  University.
• Dr. Hassan Aldeeb, “Tunable Multiband band stop filters with Ferroelectric Capacitors”, Fall 2013, teaching at University in Libya.
• Dr. Doug Walters, “Polarization switching DC-DC converter”, Spring 2013, Dynatics.
• Dr. Abu Kabir, “VCO and spread spectrum clock generation with BST Capacitor”, Summer 2012, Intrinsic
• Dr. Yulan Zhang, “Adaptive matching networks with Ferroelectric Capacitors for Power Amplifiers”, Fall 2011, Intel
• Dr. Mosur Rahman, “Simulation of Nanocrystal Memories”, Spring 2008, Samsung.
• Dr. Changui Lin. “Novel CMOS based Low Noise Amplifiers:,  Fall 2007, Broadcom.
• Dr. Jong Kim, “Design of High Speed output buffers”, Spring, 2007, Agere. 
• Dr. Greg Pauls, “Phase Locked Loop utilizing polarizing ferroelectric capacitor timing element”,  Faculty, University of Colorado, Fall 2006.
• Dr. Asad Jamil, “Tunable high-K based Phase Locked Loops” Spring 2006
• Dr. Ali Mahamud, “Active Phase Shifter using Tunable High-K”, Fall 2005, Micrel, Milipitas.
• Dr. Shunming Sun, “Polarization Switching D/A converter”, 2004,  Employment: Black Forest Engineering, Colorado Springs.
• Dr. Younus Lotfi, “LC Tank Based VCOs”, 2004, Employment: Vitesse Semiconductors, Colorado Springs.
• Dr. Mark Azadpur, “Clock Analysis Tool including inductance effect”, 2003. Employment: Vitesse Semiconductors, Colorado Springs. 
• Dr. Aron Chen,  “Delay Model for Deep Submicron CMOS”, 2001. Employment: UTMC/Aeroflex, Colorado Springs,
• Dr. John Lindsey, “Three dimensional integration of EEPROMS”, 1999. Employment: Agilent Technologies, Colorado Springs.
• Dr. Wei Liu, “Current mode CMOS circuits for GMR heads” 1998. Employment: Hewlett Packard Laboratories, Palo Alto, CA.
• Dr. M. Lim, “Ferroelectric Gate FETs”, 1997. Employment: 1997-2003, Symetrix Corporation, Private Business in S. Korea.
• Dr. Shayan Zhang, ”Delay Analysis in BiCMOS buffers”, 1994. Employment: Motorola Circuit Technology Group, Austin, TX.
• Co-Adviser, Dr. Yicheng Lu, “Ohmic Contact to GaAs”, 1988. Employment: Regent Chair Professor, Rutgers University, NJ

• Micro Heater Array Development for NASA with Professor Jungo Kim, University of Maryland College Park.
• Simulation of Quadfet with Silvaco tools with Dr. Richard Mirin, NIST.
• Tunable High Dielectric constant based Phase Locked Loops, NSF