Mechanical Engineering
About Department
The Department of Mechanical Engineering was founded in 2013. Since its inception, the department has constantly focused in developing the academic excellence of the students. The curriculum of this branch is designed keeping the most recent trends in technology to keep pace with the national standards. The Department of Mechanical Engineering plays a unique and distinctive role in an institute where the ethics of technology and its applications prevail. As we know, engineering, by its very nature, humanistic and socially derived enterprise. Mechanical Engineering department has 60 intake capacities.
Our Laboratories
- Mechanical Engineering Laboratory
- Fluid Mechanics Laboratory
- Refrigeration and Air Conditioning Laboratory
- Theory of machines Laboratory
- Power Station Engineering Laboratory
- Workshop
- Machine Shop
- Fitting Shop
- Welding Shop
- Carpentry
Vision & Mission
VISION
Mechanical Engineering department of Government Polytechnic, Nabarangpur strives to impart good technical education and to produce skilled man power for the betterment of society.MISSION
- Develop state of art facilities related to Mechanical Engineering
- Cater highly qualified faculties to meet the needs of the department
- Focus on practical experiments for solving industrial and societal problems
PROGRAMME EDUCATIONAL OBJECTIVES (PEOs)
- To acquire basic knowledge in Mechanical Engineering with hands on practice in all the areas of Mechanical Engineering as well as Workshop Practice.
- To accomplish with advanced training in focused areas to solve complex real-world problems in Mechanical Engineering.
- To demonstrate professional and ethical attitude, soft skills, team spirit, leadership skills and execute assignments to the perfection.
PROGRAM OUTCOMES (POs)
Programme outcomes (POS) of Diploma in Engineering
P01: Basic and discipline specific knowledge:
Apply knowledge of basic mathematics, science, engineering fundamentals and engineering specialization to solve the engineering problems.P02: Problem Analysis:
Identify and analyse well-defined engineering problems using codified standard methods.P03: Design/development of solutions:
Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified needs.PO4: Engineering tools, experimentation and testing:
Apply modern engineering tools and appropriate technique to conduct standard tests and measurements.PO5: Engineering practices for society, sustainability and environment:
Apply appropriate technology in context of society, sustainability, environment and ethical practices.P06: Project management:
Use engineering management principles individually, as a team member or a leader to manage projects and effectively communicate about well-defined engineering activities.P07:Life-long learning:
Ability to analyse individual needs and engage in updating in th context of technological changes.PROGRAMME SPECIFIC OUTCOMES (PSOs)
PSO1:
Academic Competence: (i) Understand various concepts of Mechanical Engineering appropriately. (ii) Recommend practical solutions to solve the problems in different domains.
PSO2:
Personal and Professional Competence: (i) Apply the fundamental knowledge to acquire new skills. (ii) Develop strong problem solving, analysing and decision-making abilities. Identify the information and apply their disciplinary knowledge and professional skills to design components, system or processes to meet required specification
PSO3:
Research Competence: (i) Apply tools and techniques to demonstrate appropriate scientific skills to seek solutions to problems. (ii) Integrate Technical and Scientific knowledge to explore different domains’ data.
PSO4:
Entrepreneurial and Social Competence: (i) Use the knowledge and skills necessary to support their career in overall development. (ii) Develop solutions for required for social interaction.
Time Table
Syllabus
Staff Profile Details
SRI ANIL KUMAR PATRA
SRI LAXMAN GOLARI
SRI DEEPAK RANJAN PATTNAIK
SRI PRADIPTA KUMAR SAHOO
SRI ARUN KUMAR BEHERA
SUBHRA PRATIK SAHOO
V.K RAY
KIRAN KU BEHERA
Laboratory
Our Laboratories
- Mechanical Engineering Laboratory
- Fluid Mechanics Laboratory
- Refrigeration and Air Conditioning Laboratory
- Theory of machines Laboratory
- Power Station Engineering Laboratory
- Workshop
- Machine Shop
- Fitting Shop
- Welding Shop
- Carpentry
Fitting & Mechine shop Laboratory
FM & HM Laboratory
Laboratory Welding shop
ME LAB
Seminar and Industry Visit
# | Title | Action |
---|---|---|
1 | STUDY VISIT TO MANGALAM TIMBER ON 23.03.2023 | Download |
Learning Resources
Faculty | Semester | Subject | Type | Title | Action |
---|---|---|---|---|---|
Sri Laxman Golari | 3rd Semester | STRENGTH OF MATERIAL | Lesson Plan | STRENGTH OF MATERIAL | Download |
Sri Laxman Golari | 3rd Semester | THERMAL ENGG. -1 | Lesson Plan | THERMAL ENGG. -1 | Download |
Sri Deepak Ranjan Pattnaik | 3rd Semester | PRODUCTION TECHNOLOGY | Lesson Plan | THERMAL ENGG. -1 | Download |
Sri Deepak Ranjan Pattnaik | 3rd Semester | MECHANICAL ENGG. DRAWING | Lesson Plan | MECHANICAL ENGG. DRAWING | Download |
Sri Deepak Ranjan Pattnaik | 3rd Semester | ME LAB-1 | Lesson Plan | ME LAB-1 | Download |
RABINDRA PRASAD RATH | 5th Semester | MECHATRONICS | Lesson Plan | MECHATRONICS | Download |
Sri Deepak Ranjan Pattnaik | 5th Semester | HMIFS | Lesson Plan | HMIFS | Download |
Sri Deepak Ranjan Pattnaik | 5th Semester | HMIFS LAB | Lesson Plan | HMIFS LAB | Download |
Sri Laxman Golari | 5th Semester | DESIGN OF MECHINE ELEMENTS | Lesson Plan | DESIGN OF MECHINE ELEMENTS | Download |
Sri Laxman Golari | 5th Semester | CAD/CAM LAB | Lesson Plan | CAD/CAM LAB | Download |
RABINDRA PRASAD RATH | 6th Semester | ADVANCED MANUFACTURING PROCESSES | Lesson Plan | ADVANCED MANUFACTURING PROCESSES | Download |
Sri Deepak Ranjan Pattnaik | 6th Semester | IE & M | Lesson Plan | IE & M | Download |
Sri Laxman Golari | 6th Semester | POWER STATION ENGG. | Lesson Plan | POWER STATION ENGG. | Download |
Sri Deepak Ranjan Pattnaik | 6th Semester | AE & HV | Lesson Plan | AE & HV | Download |
Sri Laxman Golari | 6th Semester | POWER STATION ENGG. LAB | Lesson Plan | POWER STATION ENGG. LAB | Download |
Sri Deepak Ranjan Pattnaik | 6th Semester | AE LAB | Lesson Plan | AE LAB | Download |
Sri Deepak Ranjan Pattnaik | 4th Semester | FLUID MECHANICS | Lesson Plan | FLUID MECHANICS | Download |
Sri Laxman Golari | 4th Semester | WORKSHOP PRACTICE III | Lesson Plan | WORKSHOP PRACTICE III | Download |
Sri Deepak Ranjan Pattnaik | 4th Semester | ME LAB II | Lesson Plan | ME LAB II | Download |
Sri Anil Kumar Patra | 3rd Semester WINTER 22 | STRENGTH OF MATERIAL | Lesson Plan | STRENGTH OF MATERIAL | Download |
Sri Laxman Golari | 3rd Semester WINTER 22 | THERMAL ENGG. -1 | Lesson Plan | THERMAL ENGG. -1 | Download |
Sri Deepak Ranjan Pattnaik | 3rd Semester WINTER 22 | PRODUCTION TECHNOLOGY | Lesson Plan | PRODUCTION TECHNOLOGY | Download |
Sri Laxman Golari | 3rd Semester WINTER 22 | ENVIRONMENTAL STUDIES | Lesson Plan | ENVIRONMENTAL STUDIES | Download |
Sri Laxman Golari | 3rd Semester WINTER 22 | workshop practice-II | Lesson Plan | workshop practice-II | Download |
Sri Deepak Ranjan Pattnaik | 3rd Semester WINTER 22 | ME LAB-1 | Lesson Plan | ME LAB-1 | Download |
Sri Laxman Golari | 5th Semester WINTER 22 | MECHATRONICS | Lesson Plan | MECHATRONICS | Download |
Sri Deepak Ranjan Pattnaik | 5th Semester WINTER 22 | HM & IFP | Lesson Plan | HM & IFP | Download |
Sri Deepak Ranjan Pattnaik | 5th Semester WINTER 22 | HM & IFP LAB | Lesson Plan | HM & IFP LAB | Download |
SUBHRA PRATIK SAHOO | 5th Semester WINTER 22 | EM&ST | Lesson Plan | EM&ST | Download |
Sri Anil Kumar Patra | 5th Semester WINTER 22 | REFRIGERATION AND AIR CONDITIONING | Lesson Plan | REFRIGERATION AND AIR CONDITIONING | Download |
Sri Anil Kumar Patra | 5th Semester WINTER 22 | REFRIGERATION AND AIR CONDITIONING LAB | Lesson Plan | REFRIGERATION AND AIR CONDITIONING LAB | Download |
Sri Deepak Ranjan Pattnaik | 5th Semester WINTER 22 | CAD/CAM LAB | Lesson Plan | CAD/CAM LAB | Download |
Semester | Subject | Type | Title | Action |
---|---|---|---|---|
3rd Semester | Strength of Materials | Study Material | Strength of Materials | Download |
3rd Semester | Production Technology | Study Material | Production Technology | Download |
3rd Semester | Strength of Materials | Study Material | Strength of Materials | Download |
3rd Semester | ME Lab | Study Material | ME Lab | Download |
3rd Semester | MECHANICAL WORKSHOP PRACTICE -II Lab | Study Material | MECHANICAL WORKSHOP PRACTICE -II Lab | Download |
5th Semester | MECHATRONICS | Study Material | MECHATRONICS | Download |
5th Semester | EMST | Study Material | EMST | Download |
5th Semester | RAC LAB | Study Material | RAC LAB | Download |
5th Semester | HMIFP | Study Material | HMIFP | Download |
5th Semester | IE&M | Study Material | IE&M | Download |
5th Semester | AE&HV | Study Material | AE&HV | Download |
6th Semester | POWER STATION ENGG. | Study Material | POWER STATION ENGG. | Download |
6th Semester | ADVANCED MANUFACTURING PROCESSES | Study Material | ADVANCED MANUFACTURING PROCESSES | Download |
6th Semester | AE LAB | Study Material | AE LAB | Download |
4th Semester | FLUID MECHANICS | Study Material | FLUID MECHANICS | Download |
4th Semester | MANUFACTURING TECHNOLOGY | Study Material | MANUFACTURING TECHNOLOGY | Download |
4th Semester | M.E LAB-II | Study Material | M.E LAB-II | Download |
4th Semester | MECHANICAL WORKSHOP PRACTICE -II | Study Material | MECHANICAL WORKSHOP PRACTICE -II | Download |
4th Semester | MECHANICAL WORKSHOP PRACTICE -II Lab | Study Material | MECHANICAL WORKSHOP PRACTICE -II Lab | Download |
4th Semester | THERMAL ENGINEERING -II | Study Material | THERMAL ENGINEERING -II | Download |
4th Semester | TOM LAB MANUAL | Study Material | TOM LAB MANUAL | Download |
4th Semester | THEORY OF MACHINES | Study Material | THEORY OF MACHINES | Download |