Overview:

• Welcome and introduction to the program
• Overview of program structure and expectations
• Introduction of mentors and mentees
• Guidelines for participation and engagement

Key Takeaways:

• Clear understanding of program layout and objectives
• Introduction to fellow participants and mentors

Overview : 

• Introduction to core electronics industry and subdomains
• Types of profiles, target companies, and current market scenarios
• AI in Electronics
• Insight into product design across companies and choosing a fulfilling subdomain
• Overview of what core electronics companies do. Overview of industry. Classification into different fields in electronics/communication: VLSI, Analog/RF, EDA
• Sub-classifications of VLSI, Analog RF, EDA. What to aim for in VLSI? Some areas of VLSI are more in demand/ require skills than others. Better to avoid the others
• What kind of products different companies design, and which sub-domain you feel proud working in in the long run
• Life in different ECE domains, including perks, work-life balance, job security, and innovation scope

Key Takeaways:

• Clear understanding of career paths and strategies for choosing an ideal domain
• Structured view of industry classifications and specific fields within electronics/communication

Overview:

• High-level perspective on the components and structure within an SOC chip
• Basics of Static Timing Analysis (STA)
• End-to-end flow of chip design

Key Takeaways:

• Comprehensive understanding of the digital domain and its market scenario
• Fundamental knowledge of STA
• Complete overview of the chip design process

Overview:

• Overview of different profiles in Analog and their roles
• Key subjects and topics to focus on for Analog profiles
• Effective approach to studying Analog
• Introduction to Linux and scripting languages, highlighting their importance
• Tips for preparing for written exams
• Mentor’s industry experience and work overview

Key Takeaways:

• Complete understanding of the analog domain and its market scenario
• Insights into layout design
• Overview of various subdomains within analog

Overview:

• In-depth look at profiles in Wireless and Communication
• Exploration of Embedded Systems roles
• Overview of IC Fabrication processes and industry practices

Key Takeaways:

• Detailed understanding of each profile and an inside view of industry work

Overview:

• Mapping industry requirements to relevant college subjects for digital profiles, focusing on key areas like digital electronics, HDL (e.g., Verilog), VLSI basics (MOSFET fundamentals), and Embedded Systems
• Study strategies and essential topics for excelling in digital roles, including written exam preparation
• Practical interview tips and mentor experiences

Key Takeaways:

• Knowledge of core topics essential for digital profiles, including digital electronics, HDL, VLSI, and Embedded Systems
• Effective strategies for written exams and interview success in digital domains

Overview:

• Mapping industry requirements to key college subjects for Analog profiles
• Effective strategies for written exams, interview tips, and insights from mentor experiences
• Core topics essential for Analog roles, including CMOS configurations, RLC circuits, and Semiconductor Physics (Diode configurations)
• In-depth review of foundational concepts: Electrical and RLC circuits (filters, damping, oscillators), OpAmp, Control Systems, EMFT, and signal processing fundamentals like aliasing, sampling, and convolution

Key Takeaways:

• Clear understanding of industry-relevant subjects and their importance for Analog profiles
• Comprehensive knowledge of key technical concepts (CMOS, RLC, OpAmp, etc.) crucial for interviews
• Practical preparation tips for written exams and interview success in the Analog domain

Overview:

• Discover the core purpose of Functional Verification in hardware design and its pivotal role in ensuring chip reliability
• Learn why this field offers a large number of job opportunities, especially in the growing semiconductor sector
• Gain exposure to simulation methodologies for creating and verifying designs from scratch
• Get started with scripting languages like Verilog and System Verilog to write testbenches and validate designs
• Dive into RTL (Register Transfer Level): Understand how it bridges design and implementation in the verification process

Key Takeaways:

• Clear understanding of Functional Verification and its critical role in ensuring hardware design reliability
• Awareness of the abundant job opportunities and the growing demand for professionals in this domain
• Practical knowledge of simulation methodologies to create and validate hardware designs
• Hands-on familiarity with Verilog and System Verilog scripting for writing and executing testbenches
• Solid grasp of RTL (Register Transfer Level) concepts and their application in the verification process

Overview:

• Understand the stages of the PNR flow and its impact on chip design
• Learn Python and TCL scripting for backend automation
• Perform Timing Analysis to ensure design reliability
• Get hands-on with Linux systems for backend workflows
• Prepare for Physical Design interview questions

Key Takeaways:

• Clear understanding of the PNR flow and its importance
• Ability to analyze timing for design optimization
• Practical knowledge of Linux commands for design tasks
• Key insights to ace Physical Design interviews

Overview:

• Where to apply for internships
• Understand the types of projects to discuss in interviews
• Master the right way to explain your project
• Explore project ideas and how to build them

Key Takeaways:

• Know the best platforms for finding internships
• Identify impactful projects for interviews
• Learn to explain your project confidently and clearly
• Get practical ideas for creating industry-relevant projects

Overview:

• Best Strategies to crack off-campus placements with appropriate outbound strategies
• Career paths after a bachelor’s degree: M.Tech, MS, PhD, and their respective benefits
• Comparing the value of pursuing an MS abroad versus gaining two years of industry experience
• Key steps in the MS application process and available research opportunities in Electronics
• Insights on earning potential and long-term career growth with advanced degrees

Key Takeaways:

• Clear understanding of postgraduate options and their impact on career advancement
• Knowledge of the MS application process and research opportunities
• Insights into the earning potential and benefits of advanced degrees

Overview:

• Tips for curating an effective resume
• Understanding different resume formats and structures
• Advice on presenting oneself through career platforms
• Insights from HR professionals
• Understanding compensation letters and common resume mistakes

Key Takeaways:

• Enhanced resume writing skills
• Knowledge of ATS filtering and how to avoid common mistakes

Overview:

• Summary of the program and key takeaways
• Opportunity for participants to ask final questions and provide feedback
• Discussion on next steps and future opportunities

Key Takeaways:

• Consolidated understanding of the program
• Clear direction for future career steps
• Valuable feedback for continuous improvement
• Best ways to leverage UnsaidTalks Exclusive Community access for continuous growth and support until you crack your first interview!