Artificial Intellegence Health Care Cyber Security Contact us now If need help! 8328527504 or go to contact form: Let’s start now Semiconductor Training at AIexcel Quantum Pvt Ltd Powering the Chips That Power the World From smartphones to satellites, semiconductors are at the heart of every smart device. At AIexcel Quantum, we prepare you to be more than just a learner — we shape you into a next-gen semiconductor engineer, ready for global opportunities. 🚀 What You’ll Learn Our Semiconductor program blends physics, electronics, and industry-grade tools to deliver practical, deep-tech knowledge: Semiconductor Physics & Materials VLSI Design & Verification (Front-End and Back-End) CMOS Technology & Fabrication Digital & Analog IC Design ASIC & FPGA Development EDA Tools: Cadence, Synopsys, Mentor Graphics Cleanroom Protocols & Fabrication Processes Chip Testing, Packaging & Yield Analysis germanium, and silicon carbide used in advanced semiconductor devices. Why Choose AIexcel Quantum? Industry-aligned curriculum for today’s chip sector Led by semiconductor professionals with MNC experience Access to EDA simulation labs & chip design tools Certification + project work for real-world readiness Flexible modes: Online & Offline learning options Hands-On Training. Industry Tools. Real Outcomes. Our labs simulate real-world chip design and testing environments using: VHDL & Verilog programming RTL Design, Synthesis & Simulation Physical Design Flow (DFT, STA, LVS, etc.) Industry-used EDA tools with live projects Students work on mini and major capstone projects to build portfolios that attract top recruiters. Who Should Join? This program is perfect for: Engineering graduates (ECE, EEE, ME, etc.) Polytechnic students seeking advanced semiconductor knowledge Working professionals aiming to enter VLSI or embedded domains Enthusiasts who want to specialize in nanotech, IC design, or chip development “` 📊 Semiconductor Industry Insights 🌐 Global Market Growth The semiconductor industry is projected to hit $1 trillion by 2030, growing at a 6.5% CAGR from 2023 to 2030. Source: Market Research Future 📱 Smartphone Dominance 50% of global semiconductor sales are driven by the smartphone sector, with chips powering 5G and AI features. Source: Statista 🌏 China’s Demand In 2022, China imported over $300 billion worth of semiconductors — accounting for 20% of global demand. Source: World Semiconductor Trade Statistics 🚗 Automotive Innovation By 2025, the automotive semiconductor market is expected to reach $67.5 billion, fueled by electric vehicles, autonomous driving, and connected tech. Unlock Your Future: Blissberg’s 6-Month Semiconductor Internship Program (2025) Registration is now officially open! Are you ready to launch a high-impact career in the dynamic world of semiconductor and VLSI technologies? Blissberg offers a world-class, skill-driven training program designed to equip you with the expertise and hands-on experience demanded by the industry. Who We Are: Your Gateway to Semiconductor Excellence Our foundation is built on deep research and strong industry collaborations across vital domains like VLSI, Embedded Systems, IC Fabrication, and Communication Technologies. Our exceptional team comprises mentors and trainers from around the globe, boasting decades of industry experience. This ensures you receive the most relevant and state-of-the-art training, preparing you for immediate impact. Why Choose Blissberg? Unparalleled Advantages Choosing Blissberg means investing in a future where you are job-ready and highly skilled. Strategic Partnerships: Benefit from our collaborations with leading semiconductor and Electronic Design Automation (EDA) companies for unparalleled training and placement opportunities. Modern Infrastructure: Learn in state-of-the-art labs equipped with the latest technology and modern classroom facilities. Expert Faculty: Gain insights from experienced faculty with deep industry knowledge in VLSI and semiconductor design. Global Recognition: Our global advisory board consists of experts from top tech industries, ensuring our curriculum remains at the industry’s cutting edge. Industry-Standard Tools: Get hands-on experience with the latest industry-standard tools and VLSI software platforms. Merit-Based Scholarships: Eligible students can receive up to 100% scholarships, making world-class education accessible. Your Journey Through the Program: VLSI Verification Curriculum This comprehensive 6-month (24-week) program is structured into six phases, guiding you from fundamental concepts to advanced design and verification methodologies, culminating in a capstone project. Phase 1: Fundamentals (Weeks 1–4) Build a solid foundation in core electronics and digital logic. Introduction to Semiconductors and Moore’s Law Basic Electronics: Diodes, Transistors, FETs, CMOS Number Systems and Boolean Algebra Logic Gates, Combinational Circuits Flip-flops, Counters, Multiplexers, Decoders Digital Design using Logisim/Simplis Phase 2: VLSI Design Basics (Weeks 5–8) Dive into the essentials of VLSI design flow and hardware description languages. VLSI Design Flow MOSFET Characteristics and CMOS Logic Design HDL: Verilog/VHDL Basics Modeling Combinational and Sequential Circuits Introduction to FPGA: Architecture & Applications Tools: Xilinx ISE, Vivado Phase 3: RTL & Simulation (Weeks 9–12) Master Register Transfer Level (RTL) design, simulation, and synthesis. Testbenches and Simulation Behavioral vs. Structural Modeling Synthesis & Implementation Flow Linting and Static Timing Analysis Tool Hands-on: ModelSim, Vivado Phase 4: ASIC Design & Verification (Weeks 13–16) Explore Application-Specific Integrated Circuit (ASIC) design and advanced verification techniques. ASIC Design Methodologies Design for Test (DFT) Verification Methodologies: UVM overview Scripting with Tcl, Shell Clock Domain Crossing (CDC) Phase 5: Embedded Systems & IoT (Weeks 17–20) Gain an introduction to embedded systems, ARM architecture, and IoT protocols. Introduction to Embedded Systems ARM Architecture Programming with Arduino & Raspberry Pi Interfacing Sensors & Actuators Basic IoT Protocols Phase 6: Capstone Project & Soft Skills (Weeks 21–24) Apply your comprehensive knowledge to a real-world project and prepare for your career. Project: Choose a VLSI or Embedded-based problem Project Planning, Design, Documentation Resume Building & Interview Preparation Final Presentation & Review
