- Provide fabrication support to detector technology.- Depositing and patterning of metallic or superconducting thin films via sputtering and e-beam evaporation deposition techniques, photo-resist spinning, contact-based photolithography, laser- writing-lithography, wet-etching, reactive-etching and liftoff patterning techniques.- Aligning and bonding of silicon wafers.- Use of a furnace and oven for thermal oxidation and annealing processes.- Deep reactive ion etching (DRIE) or reactive ion-etching (RIE) of silicon substrate.- Metrology and imaging of completed or in-process devices using a profilometer, optical microscope, SEM or AFM.- Developing new patterning or process techniques as required to meet specified device design criteria.

- Fabricating and testing next generation oral sensors for detecting and monitoring oral disease. - Develop polyimide (PI) based thin-film flexible sensors which can be used for detecting and monitoring oral diseases.- Design, fabricate and characterize physical properties of flexible sensor for pH and temperature sensing.- Collect and analyze results based on electrochemical conditions.- Test sensor performance.

Develop and maintain chemical sensors fabrication and protocols.Prepare reports detailing sensor fabrication run logs,deviations, defects and causes of failures.

Mentor undergraduate students in i. Electrical Circuit Theory and Linear Electronics labs(ECE-2110)ii. Linear System and Signals(ECE-2210)iii. Digital Electronics and Design(ECE-3130)iv. Analog Electronics Design(ECE-3125)v. Design and Testing of VLSI circuits(ECE-4150)

To conduct lectures in Associate and Bachelor Degree.. Electronic Devices. Electric Circuits. CompTIA A+ Certification course.

• Teaching concepts in physics, engineering, and architecture; along with facilitating children's exploration of machines and structures using LEGO™ materials. • Teaching First grade up through Algebra I and II, Geometry, and Calculus.

• To conduct lectures for associate degree and undergraduate degree ( 5 per week)• Arrange practical sessions as per the institute norms.• Using most of the available teaching aids (such as charts, PPTs, etc) to convey the subject matter to students. Motivate students to make students committees to solve the student’s problems in an organized manner.• Discuss and probe weaker students about the problems they are facing regarding the subject and helped them overcome them.• Teaching course and conducting Labs sessions for Electronic Devices-II, Communications-I, Communications-II, Networking, Structured Cabling, Database Development, Introductory Calculus.

Simulation of CMOS, FinFET, SONOS devices using Synopsys-TCAD tool to find the electrical characteristic, short channel effect, scaling effect and DIBL of device.

• Taking Laboratories for ECE-101 (Introduction to Information Technology)• Laboratories Examination• Grading- ECE 101 (Introduction to Information Technology) • Grading- ECE 431(Digital Circuit Design)• Grading – ECE 333 ( Linear Electronics I) • Recitation-ECE 280(Fundamentals of Electric Circuits)

• Taught following undergraduate courses:Electronics Devices and Circuit, Digital Electronics, Microprocessor (8085), Advanced Microprocessor, VHDL Design Theory and Application of Integrated Circuit.• Took Laboratories for Undergraduate class:Electronics, Circuit Analysis, Digital Electronics, and Digital Signal Processing, Analog and Digital Communication, System Design and Advanced Communication.