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Engineering Professional Team

CADD – Computer Aided Design & Drafting


by Engineering Department

CADD – Computer Aided Design & Drafting

Objective:

Computer-aided design (CAD) is the use of computers (or workstations) to aid in the creation, modification, analysis, or optimization of a design. CAD software is used to increase the productivity of the designer, improve the quality of design, improve communications through documentation, and to create a database for manufacturing. CAD output is often in the form of electronic files for print, machining, or other manufacturing operations. The term CADD (for Computer Aided Design and Drafting) is also used.

CAD software for mechanical design uses either vector-based graphics to depict the objects of traditional drafting, or may also produce raster graphics showing the overall appearance of designed objects. However, it involves more than just shapes. As in the manual drafting of technical and engineering drawings, the output of CAD must convey information, such as materials, processes, dimensions, and tolerances, according to application-specific conventions.

CAD may be used to design curves and figures in two-dimensional (2D) space; or curves, surfaces, and solids in three-dimensional (3D) space.

Benefits:

The Professional team in CADD will be trained in such a way to improve their drafting and design (modeling) skills using Autodesk softwares such as AutoCAD 2020 and Inventor 2020, which are the latest versions available in the market.

CAD is an important industrial art extensively used in many applications, including automotive, shipbuilding, and aerospace industries, industrial and architectural design, prosthetics, and many more. The main benefits of CADD is to solve complex problems, easy to edit the designs, requires less time and simulation is an added advantage.

Computer Numerical Control - CNC


by Engineering Department Posted: 13/10/2019

COMPUTER NUMERICAL CONTROL - CNC

Objective:

CNC Machining is a process used in the manufacturing sector that involves the use of computers to control machine tools. Tools that can be controlled in this manner include lathes, mills, routers and grinders. The CNC in CNC Machining stands for Computer Numerical Control.

In recent trend of Manufacturing technique, Organizations are using so many new techniques of manufacturing one of the hot cake of same field is CNC programming.

The process is more precise than manual machining, and can be repeated in exactly the same manner over and over again. Because of the precision possible with CNC Machining, this process can produce complex shapes that would be almost impossible to achieve with manual machining. CNC Machining is used in the production of many complex three-dimensional shapes. It is because of these qualities that CNC Machining is used in jobs that need a high level of precision or very repetitive tasks.

Benefits:

The training programs conducted in professional team CNC mainly focused to give practice for our students to improve their programming skills and to understand function of G codes and M codes and machining cycles.

Knowledge in CNC programming and operation are very helpful if you are mechanical engineer and looking for a job in Manufacturing Industry.

Embedded System (Arduino Programming)


by Engineering Department Posted: 13/10/2019

Embedded System

Objectives:
  1. To make students familiar with the basic concepts and terminology of the target area, the embedded systems design flow.
  2. To give students an understanding of the embedded system architecture.
  3. To acquaint students with methods of executive device control and to give them opportunity to apply and test those methods in practice.
  4. To teach students to make measurements with the specified accuracy.
  5. To understand basic concepts in the embedded computing systems area.
  6. To determine the optimal composition and characteristics of an embedded system.
  7. To design and program an embedded system at the basic level.
  8. To develop hardware-software complex with the use of the National Instruments products.
Benefits:
  1. Student can understand about the microcontroller, microcomputer and embedded system
  2. Student can understand different components of a microcontroller and their interactions
  3. Student can become familiar with programming environment used to develop embedded systems
  4. Student can understand key concepts of embedded system line IO, timers, interrupts, interaction with peripheral devices
  5. Student can learn debugging techniques for an embedded system
  6. Student can learn to write embedded C programming to perform a particular task

Renewable Energy


by Engineering Department

Renewable Energy

As the life standards of people is increasing, the dependency on machines to do our daily activities is increasing. This leads to the increase of consumption of electricity. This continuous rise of demand of power by householders and industries is one of the major challenge for any nation. To meet the power requirements, all nations depend mostly on Fossil fuels. The combustion of fuel for generation of electricity is resulting in the emission of poisonous gases, smoke and dust. The high rate of use of fossil fuels is leading to its early exhaustion. For continuous power supply we all need to focus our attention on alternative energy sources to meet the ever-increasing power demand. Keeping this in view, we the students of Ibra College of Technology with the support of staff members of Engineering Department have setup a student club under the name of Renewable Energy Professional Team as a humble start to face this issue of energy crisis.

The Renewable energy professional team is one of the active professional teams in the Engineering Department of Ibra college of Technology. It is a multidisciplinary team with student members from all the specializations such as Electrical, Mechanical, Electronics and Architectural Engineering with all the levels of Programs offered at this institute. The Renewable energy professional team is commissioned with the following objectives.

Objectives:
  1. To discuss and conduct the activities on Energy conservation.
  2. To encourage the student community in creating the awareness about the various non-conventional methods of electricity generation, study and analysis of different types of solar photo voltaic power generation schemes, wind based power generation plant and fuel cell.
  3. To understand the design and installations of solar photovoltaic panels for residential and industrial applications.
Benefits:
  1. You will learn more about yourself: Joining in this team gives you opportunities to learn more about yourself, your goals, your strengths and weakness. You can learn from other students how they are handling certain situations. You can test your current knowledge. This self-awareness will be beneficial in your future career.
  2. you can improve the soft skills: the skills that allow us to effectively interact with others, like communication, attitude, and work ethically. Participating in professional team not only teaches you these skills, but also helps you to improve those already you have.
  3. You’ll learn how to work with a team: Meeting new students, making connections, and building relationships will all help you in the line when you’re looking for a job.
  4. You’ll gain leadership skills. You’ll get opportunities to improve in public speaking, and gain confidence in yourself as an individual.
  5. You’ll gain professional skills. You’ll get opportunities to work with professionals in design, installation and testing of different modules.
  6. You’ll gain practical experience in a safe environment. You’ll get opportunities to access the equipped laboratory under the supervision of faculty.
  7. You’ll expand your resume. The participation and hand on experience will enhance your technical and personal profile
  8. You’ll have fun: Meeting new people, making new friends, and participating in activities will help you to make your college life is more joyful.

Robotics


by Engineering Department

Robotics Team

Objective:

The robotics team gives the students opportunity to apply their skills in teamwork, build leadership, and communication through a competition in which students builds innovative robots to solve a challenge.

Benefits:

To increase student interest and involvement in mechanism, technology, engineering and problem solving. The students are tasked with programming code, designing and building a robot. Student gets more exposure to advanced lessons not discussed in the regular classroom setting and also gets the chance to interact with other students and staff from other colleges by joining local and international competitions.



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Department News and Event

Industry Delegates for Student’s Course Project Evaluations The industry and community engagement committee from the engineering department invited industry delegates from various companies and industries to evaluate the Bachelor, Advance students project presentation on Dec 28, 2022. Engineering Department 2022-2023 I
Artificial Intelligence Workshop The staff development committee working under the Information Technology department organized a live workshop. The title of the program was "Artificial Intelligence” and conducted for two continuous Thursdays, 15th December 2022 and 22nd December 2022 via a live session in IT302 from 2.00 PM to 3.00 PM. Information Technology Department 2022-2023 I
Engineering Electrical Students Visited the Indoor Substation Unit of Mazoon Electricity Company The industry and community engagement committee organized an educational field trip at the Mazoon on 24 November 2022 for Bachelor and advance diploma of electrical students. Engineering Department 2022-2023 I
Hands-on Fire Extinguisher Workshop Health, Safety and Environment Committee have conducted Live Hands-on Fire extinguishers workshop for newly joined staff in the department, H & S Team members, UTAS-HSEC Coordinators and Team Members and Health, Safety Environment Course students. Engineering Department 2022-2023 I
Community Outreach Program on Training on use of Electronics Equipment & Instruments The industry and community engagement committee has organized a workshop in entitled “Network cables installation & troubleshooting”. Engineering Department 2022-2023 I
Community outreach program on "Basic simulation technique for advanced wireless communication network using OPNET modeler" Industry and community engagement committee encourages many training programs in coordination with the academic departments to support the Omani society based on the labor market requirements. Engineering Department 2022-2023 I
Awareness Program of Strategic Plan 2022-2025 To usher in the new Academic Year 2022-2023, the Internal Quality Assurance Committee in collaboration with the Staff Development Committee of the Department of Business Studies conducted an Awareness Program of Strategic Plan 2022-2025 on September 8, 2022, 11:00 AM at BS 112. Engineering Department 2022-2023 I
Development of Practical Skills in the use of DBMS Software Department of Engineering conducted a workshop on Development of Practical Skills in the use of DBMS software on 22nd November 2022. Engineering Department 2022-2023 I
Health, Safety and Environment Awareness Exhibition Health, Safety and Environment Committee have organized a Health, Safety and Environment awareness exhibition on 6th December 2022, from 12.00 PM-2.00 PM at the corridor- EE Building. Engineering 2022-2023 I
Community Outreach Program on Basic Electrical Skills UTAS-Ibra Industry and Community Engagement Committee organized a workshop entitled “Basic Electrical Skills” on 24-11-2022, i.e Thursday, between 12:00 NN - 2:00 PM in NL105. Engineering 2022-2023 I
Project Management, Preventive & Corrective Technology in Maintenance Procedure On the 22nd of December 2022, the Staff Development Committee (SDC) under the Engineering Department (UTAS, Ibra) in collaboration with Mazoon Electric Company (MZEC) have successfully organized the workshop entitled “Most Recent Technologies in Network Expansion at MZEC”. Engineering 2022-2023 I
UTAS-Ibra Won First Place at 4th Student National Symposium held at UTAS-Muscat The 4th Student National Symposium was held at UTAS-Muscat on 11th of October 2022, this symposium aims to empower 21st century students in both innovation and research and explore the disruptive technologies in the IR4.0 era. Engineering Department 2022-2023 I
UTAS-Ibra participated in TRC Falling Walls Lab, Oman Ms. Sara Mohammed Abdallah Al-Alawi and Dr. Gopikrishna Pasam with the guidance from Dr. Sami Al- Ghnimi and Dr. K. Shamganth. The Engineering Department of UTAS-Ibra submitted their innovative idea “ENERGY HARVESTING FROM THE MODERN HOMES” and got selected amongst the top 20 local competitors in the Falling Walls Lab Oman competition. Engineering Department 2022-2023 I
Awareness of Strategic Plan 2022-2025 The IQAC and SDC of the Engineering Department in coordination with the QA Department conducted a workshop on the title ‘Awareness of strategic plan 2022-2025’ on Thursday, 08th September 2022 in EE102 at 9 am. Engineering Department 2022-2023 I
UTAS-Ibra Won First Place at 4th Student National Symposium held at UTAS-Muscat The 4th Student National Symposium was held at UTAS-Muscat on 11th of October 2022, this symposium aims to empower 21st century students in both innovation and research and explore the disruptive technologies in the IR4.0 era. Engineering Department 2022-2023 I
UTAS-Ibra participated in TRC Falling Walls Lab, Oman Ms. Sara Mohammed Abdallah Al-Alawi and Dr. Gopikrishna Pasam with the guidance from Dr. Sami Al- Ghnimi and Dr. K. Shamganth. The Engineering Department of UTAS-Ibra submitted their innovative idea “ENERGY HARVESTING FROM THE MODERN HOMES” and got selected amongst the top 20 local competitors in the Falling Walls Lab Oman competition. Engineering Department 2022-2023 I
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For Further Information Contact:
Dr. Sami Ghnimi
Head of Department
25587-920 ext 920
hodengg@ict.edu.om

Recent update: 21/10/2021 08:46:52 AM