VLSI/Software Courses

The offered course is conducted with the aim to provide all essential knowledge of RF integrated circuit principles analysis and design. In this course we cover, design and analyze  radio-frequency integrated systems at the transistor level using GaAs, SiGe, HBT and CMOS technologies.  This course primarily focuses on enhancing the physical understanding of the device parasitic and system-level trade-offs in transceiver design by conducting practical RF circuit techniques. We enable detailed examination of active devices, passive components, and interconnect parasitic in precise models, which are significant to predict high-frequency analog circuit behavior. We start this course with the fundamental concepts in wireless system design, their impact on design trade-offs in different transceiver architectures.

The fundamentals  covered in this course are as follows:

• RF transistor model passive matching networks
• Noise analysis and low-noise amplifier design
• Effects of non-linearity are treated along with mixer design techniques
• Practical bias circuit for RF design
• Power amplifier design
• Phase noise and VCO design

We are conducting Digital IC Layout Design Courses. These courses are mainly introduced to enhance the knowledge and skill about CMOS design. The offered courses, includes floor planning, implementation and physical verification stages. Moreover, the course starts with the layout of basic MOS transistors and covers all the advanced techniques used in creating area efficient for full custom digital layouts.

In our offered course, we are conducting PCB Design Courses. In this course we are basically teaching the process to the engineers, technicians and other staff. The course focuses on the latest technology to enhance the knowledge of the trainee

Printed Circuit Board consists of following features.

• The components are made of one or more layer of insulating material with electrical conductors.
• The insulator is typically made on the base of fiber reinforced resins, ceramic plastic or some other dielectric materials.
• The PCB layout techniques require understanding of effects of non-zero trace impedance.
• There are now up to 32 layers of interconnect possible between any two points on a PCB.
• The numbers of layers of interconnect means that the surface area on the board can be much reduced and more components fitted onto the smaller area.
• The type and shape of components being used in the design are also continually reducing and new features are being added.
• The board design process must itself be adaptable and able to keep up-to-date with these changes.
• Finally, the level of complexity of PCBs now means that they can only be effectively designed by using computer-based design tools (CAD).
• We teach all these things in these different types of module.

We conduct an advanced technology Hardware & Networking Training. This Course is mainly introduced to meet the needs of engineers and technicians. The offered course is very helpful to improve the productivity of people as per the changing trends in electronics and telecommunications sectors.

Sr.No Content Duration Fees:

• Basic Electronics 15 Days 3000/-
• Hardware 30 Days 4000/-
• Network
• 40 Days 4000/-
• Mail Management 5 Days 2500/-
• Troubleshooting & Practice Session 10 Days 2500/-
• Exchange Server Implementation 20 Days 2500/-
• Knowledge of Firewall like IDS/firewall 3 Days 3000/-
• Linux Based Server 50 Days 11000/-
• Installing & Troubleshooting
• 15 Days 3000/-
• Red hat Technician part
• 20 Days 5000/-
• Red hat Engineer
• 20 Days 6000/-
• Web - Designing 20 Days 6000/-

1. Why choose a career as an IC Design/IC Layout/PCB Layout Engineer?

 Job rewards and satisfaction for engineers include:

Excellent salaries and benefits, Recognition for contributions to the design for products brought to market, Meaningful work helping companies develop new products that offer better performance while being less costly and more environment-friendly. Challenging work in a professional environment surrounded by talented colleagues.

2. What is the course content?

• Digital/Analog/RF IC Design.
• IC Layout Design.
• PCB Layout Design.

3. What is meant by Semiconductor Integrated Circuit?

Semiconductor Integrated Circuit means a product having transistors and other circuitry elements, which are inseparably formed on a semiconductor material or an insulating material or inside the semiconductor material and designed to perform an electronic circuitry function.

4. Which are the various processes used for fabrication of IC’s?
The different processes used for fabrication of IC’s are:
• GaAs • SiGe • CMOS • BiCMOS 

5. What is meant by the Layout-Design of a Semiconductor Integrated Circuit?

The layout-design of a semiconductor integrated circuit means a layout of transistors and other circuitry elements and includes lead wires connecting such elements and expressed in any manner in semiconductor integrated circuits.

6. What is meant by the PCB Layout-Design?

A printed circuit board, or PCB, is used to mechanically support and electrically connect electronic using conductive pathways, tracks or signal traces etched from copper sheets laminated onto a non-conductive substrate.

7. What is the infrastructure like?

SM Wirelesse’s Training Center has a good infrastructure equipped with facilities like variety of latest industry standard EDA tools like,

• Cadence Design Suite including Spectre Schematic composer and Simulation tool, Virtuoso Layout Editor, Assura DRC and Physical verification tool.
• Agilent’s ADS design tool.
• AWR’s Analog Office, Microwave Office tool.
• IC Editor.
• Capture CIS, Schematic Capture tool.
• Or cad Layout Editor.
• Cadence’s Allegro PCB Design tool.

8. What is the eligibility?

The student should be a Degree, Post Graduate Degree, Diploma, Advanced Diploma holder and must have good understanding of Electronics from a reputed state recognized university.

9. Will you provide the study materials?

Yes. All our training materials are developed and delivered by our own expert faculty, which are based on the materials used across different IC /PCB designing domain industries. No such material is available from any other source.

10. What will be the class timings for the course?

We have full time and a part time program.