Pacific School of Engineering

Purpose: For creating awareness and provide guidance regarding AutoCAD and 3D printing technique.

Event Detail:
In today’s highly competitive arena, to be a successful design engineer is becoming challenging day by day. Good grades are just an entry pass in the corporate, while to be a successful professional and technical skills are very much required. To groom the students in such areas a practical approach and learning was given through 3 day workshop on AutoCAD and 3D printing technique.

Solar Energy has been considered as one of the most renewable source of energy. It contributes significantly in giving momentum to the ecology. Along with that, it possesses the strength to convert the heat waves into electricity and perform multiple activities over and above. In fact, it often provides employment opportunities which would take it to greater heights and more. It is possible for the country to be able to produce more energy from the sun than they would ever use. This is because they receive a huge amount of sunlight and their population is not massively in demand of electricity. It uses like cooking, drying, electricity generation, water heater, battery charging, solar refrigerator, storage system. Solar thermal system technologies are installed to provide the solar plant with partial or full dispatch ability, so that the plant output does not depend strictly in time on the input, i.e., the solar irradiation. Solar refrigeration technology engages a system where solar power is used for cooling purposes. Cooling can be achieved through four basic methods: solar PV cooling, solar thermo-electrical cooling, solar thermo mechanical cooling, and solar thermal cooling.

In today’s highly competitive arena, to be a successful design engineer is becoming challenging day by day. Good grades are just an entry pass in the corporate, while to be a successful professional and technical skills are very much required. To groom the students in such areas a practical approach and learning was given through two days of training on Advanced Solidworks (CAM), Simulator, Part Programming.

•  Introduction to :CNC machine,G / M codes for part programming, MACRO variables
• SolidWorks CAM,Machining Setup (Turning), Tool Creation - operation,Simulation,NC Code
• CNC simulator, Pocket and Cavity milling
• Machining Setup (Milling),Coordinate setup Create Stock , Pocket (Rough & Finish

The Kakrapar nuclear power plant was recognized as the best performing PHWR by CANDU Owners Group (COG) in 2003. Developed and operated by Nuclear Power plant of India (NPCIL), the two pressurised heavy water reactors (PHWR) are the first set of indigenous-led plants to be developed in India. Kakrapar atomic power station (KAPS) is being expanded to add two new units with a combined capacity of 700MW. The first two 220MW capacity KAPS-1 and KAPS-2 units were commissioned in May 1993 and September 1995 respectively. KAPP-3 and KAPP-4 are expected to begin operations in 2019 and 2020 respectively. To groom the students in such areas a practical approach and learning was given through one day Seminar on “Introduction to Nuclear Power Plant”.

In today’s highly competitive arena, to be a successful design engineer is becoming challenging day by day. Good grades are just an entry pass in the corporate, while to be a successful professional and technical skills are very much required. To groom the students in such areas a practical approach and learning was given through one day workshop on AutoCAD and SOLODWORKS.

Event Detail:

In today’s highly competitive arena, to be a successful design engineer is becoming challenging day by day. Good grades are just an entry pass in the corporate, while to be a successful professional and technical skills are very much required. To groom the students in such areas a practical approach and learning was given through two days of training on Advanced Solidworks (CAM), Simulator, Part Programming.

• Introduction to :CNC machine, G / M codes for part programming, MACRO variables
• SolidWorks CAM, Machining Setup (Turning), Tool Creation - operation, Simulation, NC Code
• CNC simulator, Pocket and Cavity milling
• Machining Setup (Milling),Coordinate setup Create Stock , Pocket (Rough & Finish)

In today’s highly competitive arena, to be a successful design engineer is becoming challenging day by day. Good grades are just an entry pass in the corporate, while to be a successful professional and technical skills are very much required. To groom the students in such areas a practical approach and learning was given through two days of training on Advanced Solidworks.

 - Advance Part Modelling in Solidworks.

 - Overview of Assembly & Weldments Module.

 - Sheet Metal Modelling in Solidworks with Application

 - Mold Design with it & its Application

Mechanical Engineering Department, Pacific School of Engineering hosted the GEDA, Gandhinagar Sponsored Workshop on ‘ENERGY CONSERVATION AWARENESS’ on 1^st March 2021.

 Aim of Seminar:

- To introduce the basic concept of about energy conservation.

- To bring about the awareness amongst the participants to save and conserve energy.

- To discuss different means and applications related to energy conservation.

- To interact with participants through different sessions of industry experts to demonstrate the practical oriented approach about energy conservation.

Point to be covered:

- Two mechanical equipment (Pumps And Compressors) with deep technical presentation. (Mechanical Equipment Operation, Codes, Standards and Specification, etc)

- Roll of Mechanical Engineers in Industries.

- Type of Industries available in the world.

- How Industries run

- Organization Structure of the industry.

- Departments available in Industries

ESPIRIT is a powerful full-spectrum CAM system for CNC programming and simulation, supporting the manufacturing process from CAD files to machined part. With factory-certified post processors delivering machine-optimized G-code, ESPRIT is the smart manufacturing solution for any machining application. ESPRIT is a comprehensive CAM solution specifically designed to meet the demands of production machining. ESPRIT includes advanced support for: 2-5 axis mills 2-22 axis lathes multifunction lathes and mill-turn machines 2-5 axis wire-EDM. ESPRIT and SOLIDWORKS both utilize the Para solid modelling kernel. This means direct exchange of design models from SOLIDWORKS into ESPRIT, eliminating translation. Within ESPRIT, all machining is performed directly on the solid model as designed, assuring integrity of the final part. ESPRIT's adaptive connection to SOLIDWORKS means any changes in the SOLIDWORKS model are reflected inside ESPRIT and the G-code program. ESPRIT's Solid Simulation and Verification dry runs part programs on the computer to verify accuracy before actual machining. View designs on screen within the entire machining environment, including fixtures, clamps, and stock material. Everything is clearly rendered in dynamic 3D solid images. ESPRIT then accurately simulates every machine movement ensuring accurate G-code.

Solid mechanics is an elegant and fascinating subject that deals with determination of the stress, strain and displacement distribution in an elastic solid under the influence of external forces. The formulation establishes a mathematical model that allows solutions to problems that have applications in many engineering and scientific fields. Governing partial differential field equations are developed using basic principles of continuum mechanics commonly formulated in vector and tensor language.

Linear Programming is very important for project work, Military and for budget related problems. Numbers of methods are used for solving the linear programming. Therefore it is necessary to explain the different types of methods in details. Following topics were covered in seminar.

- Formation of Linear Programming Problem                

- How to solve LPP by Graphical Method

- Assignment Problem & Transportation Problem