Diploma Mining Engineering

Head of the Department

Prof. Ratnesh Singh Kurmi

Experience: 04 Years

ABOUT THE DEPARTMENT

I welcome you to the Department of Mining Engineering, Suryodaya College of Engineering and Technology, Nagpur. Mining engineering is a multidisciplinary field that combines science, engineering, and technology to extract minerals from the earth. It involves the design, construction, operation, and closure of mines, ensuring the efficient and safe extraction of valuable resources. We are strongly committed to imparting quality education in various areas of the mining engineering discipline. Many seminars, conferences, certifications and training sessions are also scheduled by the department to make the students develop themselves globally. Department also takes the initiative to improve the soft skills on surveying instruments and many mining instruments related mine working and hazardous gases. The department has a team of well qualified, experienced and motivated faculty members to prepare the young minds of our students for global competition, so that they can face the competition in the corporate world confidently.

1^st Year

2^nd Year

VISION

To provide a comprehensive education that blends strong theoretical foundations with practical technical skills, empowering students to become innovative leaders in the mining industry.

MISSION

M1. To provide diploma students with a practical and engaging education that emphasizes essential technical skills and hands –on experience in mining engineering. M2. To collaborate with industry partners to ensure relevant training that enhances problem – solving abilities. M3. To foster a supportive environment that encourages responsibility and team work, preparing for successful careers in the mining industry and enabling them to make meaningful contribution to society.

PROGRAMME: DIPLOMA IN MINING ENGINEERING
Programme Name: - MINING ENGINEERING Year : - FIRST COURSE TITLE:- ELEMENTS OF MINING TECHNOLOGY COURSE CODE: 311301
CO1	Identify the role and responsibility of different industry involved in exploration, exploitation, sa
CO2	Describe the terminologies in board and pillar and Longwall mining
CO3	Recognize terminology of underground metal mining.
CO4	Compare underground mining and surface mining.
CO5	Recognize terminology used in short firing, support and ventilation in underground coal mines.
COURSE TITLE:- ELEMENTS OF MINING GEOLOGY COURSE CODE: 311302
CO1	Elaborate different aspects of the earth with its origin, interior, forces acting on it
CO2	Analyze physical and chemical properties of minerals
CO3	Interpret Physical Geology by natural process and earthquake, volcano
CO4	Identify various types of rocks with its characteristics
CO5	Interpret different geological Structures and understanding of geological maps
CO6	Describe physical and chemical properties of coal with its type.
COURSE TITLE:- PHYSICS COURSE CODE: 311303
CO1	Use basic instruments to measure the physical quantities in various engineering situations.
CO2	Apply law of linear, circular, projectile motion in various mechanics related engineering application
CO3	Apply the basic principles of thermometry and fiber optics to solve engineering problems.
CO4	Select relevant material in industry by analyzing its physical properties.
CO5	Apply the basic principles of electromagnetics to solve given engineering problems
CO6	Use LASERs, X-Rays and photo electric sensors in Mining engineering related applications.
COURSE TITLE:- CHEMISTRY COURSE CODE: 311304
CO1	Predict the structure, properties and Behaviour of molecules and compounds based on the types of chemical bond
CO2	Apply the concepts of electrochemistry and corrosion preventive measures in industry
CO3	Use the appropriate engineering material and catalyst appropriately
CO4	Apply the relevant metallurgical process related to industrial applications
CO5	Use relevant water treatment process to solve industrial problems.
CO6	Use relevant fuel in relevant applications.
COURSE TITLE:- MATHAMATICS COURSE CODE: 311305
CO1	Apply the concepts of algebra to solve problems related to mines and mine surveying.
CO2	Utilize trigonometry to solve problems related to mines and mine surveying
CO3	Solve problems related to mines and mine surveying under given conditions of straight lines.
CO4	Apply differential calculus to solve problems related to mines and mine surveying
CO5	Use techniques and methods of statistics to crack problems related to mines and mine surveying
COURSE TITLE:- COMMUNICATION SKILLS COURSE CODE: 311306
CO1	Construct correct sentences in English
CO2	Comprehend passages correctly
CO3	Communicate effectively by avoiding barriers
CO4	Use contextual words appropriately
CO5	Compose formal letters, reports, emails, memo and notice
COURSE TITLE:- SPORTS, YOGA AND MEDITATION COURSE CODE: 311001
CO1	Select appropriate physical activities and Sports to maintain healthy lifestyle
CO2	Use fitness and wellness techniques for optimal health and wellbeing
CO3	Practice basic Yoga and Pranayama in daily life to maintain physical and mental fitness.
CO4	Practice meditation regularly for improving concentration and better handling of stress and anxiety
CO5	Follow healthy diet and hygienic practices for maintaining good health.
COURSE TITLE:- ENGINEERING GRAPHICS COURSE CODE: 311002
CO1	Draw geometrical figures and engineering curves.
CO2	Apply principles of orthographic projections for drawing given pictorial views
CO3	Use various drawing codes, conventions and symbols as per IS
CO4	Use various drawing codes, conventions and symbols as per IS SP-46 in engineering drawing
CO5	Draw free hand sketches of given engineering elements
COURSE TITLE:- FUNDAMENTAL OF ICT COURSE CODE: 311003
CO1	Use computer system and its peripherals for given purpose
CO2	Prepare business document using word processing tool
CO3	Analyze data and represent it graphically using spreadsheet
CO4	Prepare professional Slide Show presentations.
CO5	Prepare Database and Tables in MS Access
CO6	Use different types of web browsers and Apps
CO7	Explain concept and applications of Emerging Technologies
CO8	Use of Algorithm and flowchart to solve given problem
COURSE TITLE:- WORKSHOP PRACTICE COURSE CODE: 311004
CO1	Use firefighting tools and equipment
CO2	Prepare job using different tools in fitting shop
CO3	Perform various operations using plumbing and carpentry tool
CO4	Prepare various welding joints
CO5	Produce simple job using different sheet metal operations
PROGRAMME NAME: - MINING ENGINEERING YEAR : - SECOND COURSE TITLE:- APPLIED MECHANIC COURSE CODE: 33230
CO1	Select the suitable machine under given in mining condition
CO2	Analyze the given force system to calculate resultant force in mining
CO3	Determine unknown force(s) of given load combinations in the given situation
CO4	Apply the laws of friction in the given situation
CO5	Determine the centroid/center of gravity of the given structural elements of having specific shape and size
CO6	Determine various material parameters under various load conditions
COURSE TITLE:- BASIC SURVEYING COURSE CODE: 332302
CO1	Suggest relevant type of survey required for the given situation
CO2	Undertake cross staff and compass survey for the given field
CO3	Undertake survey using Theodolite for preparing a plan of the given terrain
CO4	Determine Reduced Level to prepare Contour maps for the given type of terrain
CO5	Prepare the plan using Plane Table Surveying to locate relevant details
COURSE TITLE:- ECONOMIC AND FIELD GEOLOGY COURSE CODE: 332303
CO1	Identify Ore minerals, Industrial minerals and Economical minerals
CO2	Use knowledge of Geological Formation of India in given situation
CO3	Apply prospecting and subsurface exploration method in given situation
CO4	llustrate Hydrological characteristics and interpretation of water table contour map
CO5	Analyse Engineering Geological problems and study of remote sensing
COURSE TITLE:- MINE VENTILATION COURSE CODE: 332304
CO1	Use various instruments for detection of inflammable and toxic/noxious gases in the mine
CO2	Measure humidity and cooling power of the mine air
CO3	Identify the ventilation system of a mine
CO4	Identify various ventilation appliances used in mine
CO5	Use various instruments in pressure and quantity survey
COURSE TITLE:- MINING TECHNOLOGY COURSE CODE: 332305
CO1	Choose relevant explosives and accessories used for underground blasting
CO2	Prepare the face for solid blasting in underground mines
CO3	Carry out the process of shot firing safely in underground mines
CO4	Install and withdraw the different types of conventional supports used in underground mines
CO5	Install different types of roof bolt and cable bolts in underground mines
COURSE TITLE:- ROCK MECHANICS COURSE CODE: 332306
CO1	Comprehend different physical and mechanical properties of rock and rock mass
CO2	Determine various strength properties of rock in the laboratory
CO3	Evaluate support requirement for underground mine panel/ Stope
CO4	Execute preventive measures of rock mass failure in the mines
CO5	Carry out monitoring of roof by using strata monitoring instruments
COURSE TITLE:- UNDERGROUND COAL MINING COURSE CODE: 332307
CO1	Use appropriate method of working under given geological condition to prepare suitable layout
CO2	Select type of depillaring method for existing roof conditions of the underground coal mines
CO3	Choose the appropriate method of thick seam working and prepare a working plan
CO4	Design long wall working layout under given geological conditions
CO5	Identify the effect of subsidence due to underground working to control
COURSE TITLE:-ESSENCE OF INDIAN CONSTITUTION COURSE CODE: 332001
CO1	List salient features and characteristics of the constitution of India
CO2	Follow fundamental rights and duties as responsible citizen and engineer of the country
CO3	Analyze major constitutional amendments in the constitution
CO4	Follow procedure to cast vote using voter-id
CO5	Outline the Functions of the Parliament and various State Legislatures
CO6	Outline the role played by Union and State in governance
COURSE TITLE:- ESSENCE OF INDIAN CONSTITUTION COURSE CODE: 332002
CO1	Adhere mine safety practices as per statutes
CO2	Get acquainted with mine working environment
CO3	Carryout survey related to wining and working processes
CO4	Perform allotted work as vocational trainee
CO5	Prepare and present industrial training report based on work experience

PROGRAM OUTCOMES (POs)

PO1	Basic and Discipline Specific Knowledge	Apply knowledge of basic Mathematics, Science, Engineering fundamentals and engineering specialization to solve the engineering problems.
PO2	Problem Analysis	Identify and analysis well-defined engineering problems using codified standard methods.
PO3	Design/Development of Solutions	Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified methods.
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.
PO6	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.
PO7	Life-Long Learning	Ability to analyse individual needs and engage in updating in the context of technological changes.

PROGRAM SPECIFIC OUTCOMES (PSO’S)

PSO	Statement
PSO 1	Mining Engineering processes and Safety: Supervise and perform Mining and Mine Surveying process as per statutory provisions applicable to Mining operations.
PSO 2	Manpower Distribution and control: Calculate the manpower required for the assigned work and manage them in efficient manner.
PSO 3	Equipment and Instruments: Use various equipment and instruments related to Mine Environment and Rock Engineering and Ground Control and Mine Survey.

PROGRAM EDUCATIONAL OBJECTIVES (PEO'S)

PEO	Statement
PEO 1	Provide socially responsible environment friendly solutions to Mining Engineering related broad based problems adopting professional ethics.
PEO 2	Adopt state of the art Mining Engineering broad based technologies to work in multi-disciplinary work environments.
PEO 3	Solve broad based problems individually and as a team member communicating effectively in the world of work.

FACULTY MEMBERS OF MINING ENGINEERING

Sr. No	Name of faculty	Designation	Qualification
1		H.O.D.	B. Tech (Mining Engineering)
2.		Lecturer	B. Tech (Mining Engineering)
3.		Lecturer	B. Tech (Mining Engineering)

Innovative Practices / Best Practices in the Department

Model and Chart Preparation: Students are encouraged to design and prepare models and educational charts. This hands-on activity enhances conceptual understanding, creativity, and practical skills related to core mining engineering subjects

Inovative Practices

MINING ENGINEERING LABORATORIES

Sr. No	Name of Lab	Major Equipment	Image
1	ELEMENTS OF MINING GEOLOGY AND ELEMENTS OF MINING TECHNOLOGY	Rock and Minerals samples
		Moh’s scale hardness kit

Industrial Visit

Industrial Visit MINNING

Key Indicator	Extended Profile
1.1	Number of students year wise during last five years
2.1	Number of full time teachers during last five years
3.1	Expenditures excluding salary component year wise during last five years

Key Indicator	Criterion7–Institutional Values and Best Practices	100
7.1	Institutional Values and Social Responsibilities	50
7.2	Best Practices	30
7.3	Institutional Distinctiveness	20

Key Indicator	Criterion 6- Governance, Leadership and Management	100
6.1	Institutional Vision and Leadership	10
6.2	Strategy Development and Deployment	10
6.3	Faculty Empowerment Strategies	35
6.4	Financial Management and Resource Mobilization	15
6.5	Internal Quality Assurance System	30

Key Indicator	Criterion 5- Student Support and Progression	140
5.1	Student Support	50
5.2	Student Progression	30
5.3	Student Participation and Activities	50
5.4	Alumni Engagement	10

Key Indicator	Criterion 4 – Infrastructure and Learning Resources	100
4.1	Physical Facilities	30
4.2	Library as a learning Resource	20
4.3	IT Infrastructure	30
4.4	Maintenance of Campus Infrastructure	20

Diploma in Mining Engineering

Diploma Mining Engineering

Head of the Department

PROGRAM SPECIFIC OUTCOMES (PSO’S)

PROGRAM EDUCATIONAL OBJECTIVES (PEO'S)

Innovative Practices / Best Practices in the Department

MINING ENGINEERING LABORATORIES

Sr. No

Name of Lab

Major Equipment

Image

1

ELEMENTS OF MINING GEOLOGY AND ELEMENTS OF MINING TECHNOLOGY

Rock and Minerals samples

Moh’s scale hardness kit

Industrial Visit

Visitors:

Key Indicator	Criteria 3- Research, Innovations and Extension	110
3.1	Resource Mobilization for Research	10
3.2	Innovation Ecosystem	15
3.3	Research Publication and Awards	25
3.4	Extension Activities	40
3.5	Collaboration	20

Key Indicator	Criteria 2- Teaching- Learning and Evaluation	350
2.1	Student Enrolment and Profile	40
2.2	Student Teacher Ratio	40
2.3	Teaching- Learning Process	40
2.4	Teacher Profile and Quality	40
2.5	Evaluation Process and Reforms	40
2.6	Student Performance and Learning Outcome	90
2.7	Student Satisfaction Survey	60

Key Indicator	Criterion 1 – Curricular Aspects	100
1.1	Curricular Planning and Implementation	20
1.2	Academic Flexibility	30
1.3	Curriculum Enrichment	30
1.4	Feedback System	20