Physical Design

5 Real Reasons Why More People Are Increasingly Opting for Physical Design Training

As the VLSI industry continues to expand, more people are opting for training in the area of the physical design flow. With the growth in technology and the need to meet the demands of modern electronics and appliances, physical design training institutes have become more relevant today than ever. In the past few months, we have had more people progressively enrolling for our physical design training. Our physical design training institutes in Bangalore have continued to grow progressively in the number of people interested in enrolling with us and taking our courses. Upgrade VLSI institute is among the top 10 physical design training institutes in India today with training facilities in some of the major cities.
Below are five main reasons why people are opting for our physical design training.

#1 Low Cost Physical Design Training Institute

Upgrade VLSI technologies is an affordable low cost physical design training institute where you can undergo your training at a very competitive cost. Upgrade VLSI Technologies offer a five months course in physical design. Freshers will receive an additional two months internship training to enable them to gain the deep understanding of physical design aspects. The aim is to enable those who are aspiring to become VLSI engineers to gain comprehensive knowledge of physical design flow from Netlist to GDSII, which includes floor planning and placement, power planning, clock tree synthesis, and global routing, ECO, and power analysis.

#2 Hands-on Experience Using Industry Standard Tools

Another reason why our physical design training is becoming the choice for many people is the fact that we utilize state-of-the-art industry-standard tools for teaching. Upgrade Technologies physical design training courses utilize numerous hands-on projects that require Synopsys EDA Tool implementation flow (ICC II, ICV, DC, Star RC, and PT) which are among the industry standard PnR flow in the industry. Through hands-on experience, candidates do not only learn but also gain the required experience needed to move from training to the industry without the need for further training.
Upgrade VLSI physical training is elaborate with diagrams and actual examples from the industry that makes learning easier. The key height of our physical design training is an in-depth understanding of the various fundamentals of physical design which includes Floor Planning, Clock Tree Synthesis, Placement and Routing, Timing Closure, and Final Routing. We do not only dwell on theory sessions, we offer extensive lab sessions to help students practice the knowledge they acquire during classes.

#3 Online Physical Design Training Institute with Placement

At Upgrade Technologies we offer VLSI physical design online training to our candidates, which makes us the favorable institute for both those who have a busy work schedule and those that wish to study on a part-time basis. Our training make institute to be the top physical design training institutes in Hyderabad and Bangalore.
Upgrade Technologies Physical Design Training Online is very interactive and designed to ensure that students get the best experience from the course. We utilize one-on-one training sessions to link up students and trainers. We try as much as possible to provide a conducive learning environment online that is equivalent to a classroom experience. We also assist our candidates with placement opportunities after their training. However, they must meet our placement terms and conditions to be eligible for a placement opportunity.
Through collaboration with our partners who are top-level VLSI industries, we can secure a placement for our students according to their skills and potentials. Using a profiling system for our students, we can understand each student’s potential. Upgrade VLSI Technologies is today the first choice physical design training institute with 100% placement for skill freshers in the VLSI industry.

#4 Elaborate Course Curriculum

As the area of physical design continues to expand to incorporate new topics, at Upgrade VLSI technologies, we work with an up-to-date curriculum to ensure that our students are not left behind in the ever-dynamic VLSI industry. The curriculum also includes assignments and other exercises that ensure that students understand each topic clearly before moving to the next topic. Since our inception, we have helped a good number of students secure the right jobs in the VLSI industry. Upgrade Technologies offer affordable physical design courses in Bangalore. Upgrade VLSI institute also offer RTL to GDSII training online, which ranks them among the best physical design training institute in India.
Because the majority of the students who take their physical design training course live outside Bangalore, Upgrade VLSI Technologies has plans to set up Online Physical design training institutes in Hyderabad to make it easier for students who stay outside of Bangalore to access assistance where the need arises. At Upgrade VLSI Technologies, the course curriculum covers the following topics under Nest to GDSII flow:

• Initial design setup and importing design
• Floor and power planning
• Placement and global routing
• Scan chain re-partitioning and re-ordering
• Clock Tree Synthesis and detailed routing
• Static and Dynamic Power Analysis
• ECO flow
• Manufacturability design
• Physical verification training

#5 Physical Design Training with Best Tools

Upgrade VLSI Technologies has become the bedrock and most sought institute for offering VLSI physical design online training with innovative, industry-standard tools. Trainees who attend the institute have an edge over other candidates in terms of competition and employability. Without additional training, they can cope with the requirements of today’s VLSI industries. It is one of the main reasons why professionals who wish to upgrade their knowledge in VLSI find Upgrade VLSI technologies the suitable choice for their program. Besides the use of innovative virtual tools to teach, students also get hands-on experience on the physical design tools. They also gain the required exposure to prepare them for real-life VLSI challenges.