Indian Institute of Technology,Hyderabad PLACEMENT BROCHURE SEMICONDUCTOR MATERIAL AND DEVICES 2024-2025 Office of carrer services , IIT Hyderabad Indian Institute of Technology,Hyderabad CONTENTS 03 Message from Director 04 Message from HOD 05 07 Advanced Research Labs 08 Research Facilities 09 Fabrication Facilities 10 Characterization Facilities 11 Clean room Facilities 12 Computational Facilities 15 M tech Projects (Ongoing) 17 13 18 Academic Curriculum Semiconductor Material and devices Faculty incharge Contact us 02 Indian Institute of Technology,Hyderabad Message from Director Dear friends, The urgency of developing semiconductor chips, or integrated circuits, has significantly increased as they are now ubiquitous components in almost every modern electronic device. In light of the rapid growth in demand for semiconductor devices in the country, there is a pressing need to expand the pool of skilled manpower to support the industry. Meeting this demand poses a significant challenge, making it all the more crucial for India as well as overseas to prioritize the development of a competent workforce with the necessary skills to address the burgeoning demand for semiconductors. Keeping all the parameters in mind of the semiconductor ecosystem, IIT Hyderabad took a major leap forward and launched India’s very first specialized master’s program, M.Tech in Semiconductors Materials and Devices. The program covers every aspect of semiconductor fabrication, right from the extraction, crystal growth, device fabrication along with device characterization, making the theme of the course as “Sand to Circuits”. By means of cutting-edge lab resources, visits to industrial sites, direct engagement with industry experts, and undertaking rigorous research projects, students are imparted the opportunity to deepen their knowledge of the field of semiconductor manufacturing. This multifaceted approach allows for a comprehensive and practical understanding of the subject matter, with a firm grounding in both theory and application. I am confident that this dedicated program will cater to the Semiconductor Industrial needs both nationally and globally. Prof BS Murthy Director, IITH 03 Indian Institute of Technology,Hyderabad Message from HOD Dear Recruiter Greetings from the Department of Materials Science and Metallurgical Engineering, Indian Institute of Technology Hyderabad. We sincerely hope that some of our students will soon be part of your esteemed organization, and rest assured that they will contribute immensely to the progress of your organization. The Indian Semiconductor market stands at $15Bn in 2020 and is expected to cross $110Bn by 2030 which will be approximately 10% of the global market. To generate the required skilled manpower for the Semiconductor industries under the National Semiconductor Mission initiate by the government of India, our department pioneered a program on Semiconductors Materials and Devices for the first time in India. This program offers course works covering broad fields of electronic materials and electronic devices, from fundamentals to advanced and emerging areas such as semiconductors materials extraction, crystal growth, flexible electronics, optoelectronics, thin films and devices, organic semiconductors, electron microscopy, to name a few, which impart strong foundation on several major aspects of semiconductors that enhances the state of the knowledge of the students. Prof Saswata Bhattacharya HOD, MSME Most of the teaching courses contain practical components and along with the lab practicals and project-based thesis (one year in the M.Tech. program), the students are given ample opportunities to gain hands-on expertise in all semiconductor-related instruments and techniques. To explain more, the students acquire industry-relevant skills by learning the principles and having hands-on practice of major fabrication techniques like lithography, thin film deposition, device simulation and characterization techniques such as probe station, X-Ray diffraction, optical and electron microscopy as well as spectroscopy. These young minds are well trained to work on futuristic areas of R&D/Technology Developments for your organization. In addition, they learn various multi-scale computational materials modelling techniques as well. 04 Indian Institute of Technology,Hyderabad Semiconductor Material and devices M.Tech in Semiconductor Materials and Devices is first of its kind program offered by MSME department of IIT Hyderabad in India. The program gives a gateway towards technical research in electronic materials and devices with strong emphasis on semiconductors. It is an interdisciplinary program that aims to nurture expertise in the field of semiconductors. The program aims to nurture expertise in Semiconductor Materials and Devices, one of essential resources to make India as the global hub for Electronic Systems and Manufacturing. The program is in line with the recent expansion of the vision of Aatmanirbhar Bharat in setting up of India Semiconductor Mission By the year 2030, the global need of AI+IoT devices are predicted to be more than 350 billion, with semiconductor as its building block. This specialized program serves the objective of India’s semiconductor mission and is of paramount importance to meet the technological demands globally. Semiconductor Materials Modelling and simulation Fabrication and characterization Semiconductor Devices This specialization extensively focuses on semiconductor materials and device processing and its characterization making the theme of the course as "Sand to Circuits". It is a group of motivated and curious people from various background of engineering working on cutting edge interdisciplinary research. 05 Indian Institute of Technology,Hyderabad Why Recruit Us? India’s very first program focused on semiconductor materials and devices. Robust coursework that covers every aspect of semiconductor materials right from its extraction, crystal growth, material characterization and transforming them into devices along with device characterization. The batch of 2024 have an Undergraduation degree in Electronics and Communication engineering. With a M.Tech in "Semiconductors Materials and Devices" they are the ideal candidates for semiconductor industries. Exposure to State of the art lab facilities. Students have internship experience in industries. Industry oriented research projects. Industry lecture series, professional talks and conferences. 06 Indian Institute of Technology,Hyderabad Advanced Research Labs Clean Room facility Optical Lithography Sensor Materials Lab Nano-Optics and Devices lab Electron Microscopy Lab High Precision Lab Device Testing Lab Laboratory for Energy and advance Devices(LEAD) Material/Device Simulation Lab Material Synthesis Lab Polymer Lab Mechanical Testing Lab Combinatorial Lab Biomaterials Lab 07 Indian Institute of Technology,Hyderabad Research Facilities Clean Room Optical Lithography E-beam Lithography Pulse Laser Deposition E-beam Deposition Chemical Vapor Deposition Magnetron Sputtering RF & DC Sputtering Inkjet Printer for thin films UV Ozone Cleaner Photonic Curing Rolling Mill Electrochemical Analyser BET (Surface Area) XRD Thin Film XRD Four Probe Device characterization Two Probe Device characterization Impedance Analyzer Semiconductor parameter analyzer Confocal Raman UV-visible Spectrometer AFM PPMS Potentiostat Cold FEG TEM FIB SEM Upright Microscope Nanoindentor Ion-Milling PIPS Universal Testing Machine – MTS,Instron Impact Testing Machine TGA DGA DTA Incubator Shaker Indian Institute of Technology,Hyderabad FABRICATION FACILITIES Indian Institute of Technology,Hyderabad CHARACTERIZATION FACILITIES Indian Institute of Technology,Hyderabad CLEAN ROOM FACILITIES 11 Indian Institute of Technology,Hyderabad COMPUTATIONAL FACILITIES 12 Indian Institute of Technology,Hyderabad Academic Curriculum Core Fundamentals of Semiconductor Materials Fundamental concepts of semiconductors and materials which is essential to design and develop semiconductor devices Semiconductor: Extraction, Purification and Crystal Growth Fundamental knowledge for process evaluation, calculation and in process and in process selection for making Electron grade silicon Semiconductor Materials Characterization Lab Chaterization techniques used to understand the properties of various semiconductor materials Micro and Nanofabrication Focused on fabrication process used in the semiconductor industry for the fabrication of nanoscale devices Semiconductor Devices and Device Simulation Fundamental concept of semiconductor devices which are critical in the design and development of semiconductor circuits Semiconductor Devices Characterization Lab Charaterizing and understanding the intrinsic properties of semiconductor films and devices 13 Indian Institute of Technology,Hyderabad Academic Curriculum Electives Thin film technology Electrochemical Processes in Semiconductors Electron Microscopy Advance X Ray diffraction Atomistic Modeling and Simulations of Materials Introduction to computational methods Functional properties of materials Mesoscale Modeling of Processes Interdiffusion in solids Optimization and Machine Learning in Materials Science 14 Indian Institute of Technology,Hyderabad M TECH PROJECTS (ONGOING) Semiconductor Device Fabrication Fabrication of defect optimized HfO2 as a Ferroelectric NVRAM Device Organic Spintronic Devices Organic Transistors for Healthcare applications Laser interference lithography based fabrication of optoelectronic devices Conducting polymer-based sensors Narrow bandgap Antimony-based semiconductors for energy conversion Semiconductor Materials Synthesis CVD synthesis of graphitic carbon nitride Molten refining of metallurgical grade silicon to electronic grade silicon and functional characterization Single Crystal Silicon-making from End-of-Life Silicon Photovoltaic Cells Development of diffusion barrier layers for electronic applications Semiconductor Modelling A Comprehensive Study of 3D IC Interconnects through Phase Field Modeling of Thermo-Electromigration while leveraging Open-Source Multiphysics Tools (MOOSE Framework, Libmesh, PETSc Solver) and TCAD Nanohub Packages for Cu/Sn/Cu Solder Systems Computational Modelling of point defects in semiconductors 15 Indian Institute of Technology,Hyderabad Past Recruiters Indian Institute of Technology,Hyderabad FACULTY INCHARGE Dr. Mudrika khandelwal Placement Faculty Advisor mudrika@msme.iith.ac.in +91 9966355510 Dr. Deepu j babu Placement Faculty In-charge deepu.babu@msme.iith.ac.in +91 8289995143 Dr. G. Suresh Kumar Program Coordinator gsuresh@msme.iith.ac.in +91 8331036034 17 How to Participate in Placement ? Contact Us To participate kindly register to the Office of Career Services (OCS), Recruiter's portal For the detail information please visit https://ocs.iith.ac.in/ The OCS Placement Team will provide all the possible assistance to your Organization to conduct the recruitment process ADDRESS Office of Career Services (OCS), B - Block Indian Institute of Technology Hyderabad, Kandi, Sangareddy, Telangana, India-502285. CALL US 040 2301 6810 040 2301 7066 SEND US AN EMAIL office.placement@iith.ac.in internships@iith.ac.in 18
