The RTL boot camp training plan encompasses a series of live lectures and self-study sessions. Don't miss your seat contact to book - https://api.whatsapp.com/send/?phone=919817182494&text=Hi+vlsideepdive%2C+I+have+a+query&type=phone_number&app_absent=0 ★ It commences with a "Live Lecture - Meet and Greet" to introduce participants and discuss the course plan. Following that, we cover quick ramp-up on fundamentals like Wires, Fundamental gates, Vectors, Memories, Implicit nets, Unpacked vs Packed Arrays, Accessing Vectors: Part-select, Bitwise vs Logical operators, Concatenation and replication operator, Conditional ternary, reduction operators, always blocks (combinational, clocked), always_comb vs always_ff vs always *, Counters, shifters & FSMs ★ Live lectures allow learners to understand the design and microarchitecture approach from industry expert and also provides with opportunities to ask questions and clarify doubts on various topics ★ We then move to more complex designs related to mathematical problems such as palindromes and perfect squares. After that learners design a sequence generator. ★ The training promotes self-study in parallel with the live lectures, encouraging participants to not only understand but also implement real-world problems used in the industry. These self-study sessions are interspersed with live lectures which gives learners sufficient time to understand both fundamental and advanced concepts and also get a grasp of HDL implementation. ★ We then do more complex mathematical problems including running averages, two pulses, single-cycle arbiters, and parallel-to-serial converters. Participants continue to self-study and implement these concepts. ★ The program then progresses to discussions on microarchitecture and guidance on algorithm and protocol problems. Topics covered include compression engines, skid buffers, FIFO designs (single clock, dual clock, and asynchronous), LRU implementations, and low-power channels. Participants are encouraged to self-study and implement these concepts as well. ★ The training plan concludes with a final "Live Lecture & Doubts" session to address any pending questions, recap key learnings, and distribute certificates to acknowledge the successful completion of the training. Overall, this comprehensive training plan covers a wide range of digital design and hardware description language (HDL) concepts, offering a combination of live instruction and self-study for a well-rounded learning experience.