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Undergraduate Information

Advising

The Department of Mining Engineering wants its students to succeed both academically and in extracurricular ventures. To this end, faculty serve willingly as advisors. Each student is assigned a faculty member with whom the student should consult on course and elective selection, scheduling and registration, grades and academic record, as well as broader issues of life at the University of Kentucky, cooperative work experiences, and post- baccalaureate careers or graduate school. Your advisor is assigned to you for the duration of your college career.

The student should have a friendly and willing relationship with his or her advisor. stopping by to see your advisor, both when there are problems and when there are successes, is a good thing to do. Respect your advisor's office hours, however; if he is out of his office then leave a message for him with the receptionist. If a problem is urgent, the receptionist should be able to find someone else to help you. In the unlikely event that you do not get along with your advisor ask the Department Chairman to reassign you.

The student must remember that ultimately the responsibility for the successful completion of his or her program lies with the student. It is up to the student to learn the rules and requirements of the program; advisors, along with guidance material, are meant to assist the student. Use them well; do not be trapped into extra unnecessary coursework or semesters because advice was not sought in a timely fashion.

Curriculum Leading to the Bachelor of Science

Degree in Mining Engineering

FRESHMAN YEAR
FALL SEMESTER CREDIT HRS SPRING SEMESTER CREDIT HRS
CHE 105 Gen. Coll. Chem. I 3 CS 221 1st Course in Comp. Sci.
for Engineers
2
ENG 101 Writing I 3 CHE 107 Gen. Coll. Chem II 3
MA 113 Calculus I 4 ENG 102 Writing II 3
ME 105 Basic Engr. Graphics 2 MA 114 Calculus II 4
MNG 101 Intro. to Mng. Engr. 2 PHY 231 Gen. Univ. Physics I 4
* University Studies 3 PHY 241 Gen. Univ. Physics Lab 1
17 17

SOPHOMORE YEAR
FALL SEMESTER CREDIT HRS SPRING SEMESTER CREDIT HRS
MNG 264 Underground Mng. Oper. 2 COMM 199 Oral Communications 1
EM 221 Statics 3 ECO 201 Prin. of Economics I 3
MA 213 Calculus III 4 EM 302 Mech. of Deform. Solids 3
MNG 211 Surveying 4 EM 303 Deform. Solids Lab 1
PHY 232 Gen. Univ. Physics II 4 MA 214 Calculus IV 3
PHY 242 Gen. Univ. Physics Lab 1 ME 220 Engr. Thermodynamics I 3
MNG 332 Mine Plant Machinery 3
18 17

JUNIOR YEAR
FALL SEMESTER CREDIT HRS SPRING SEMESTER CREDIT HRS
CE 341 Fluid Mechanics 3 EE 306 Elec. Circuits & Machinery 3
GLY 240 Elm. Geology for Engrs. 3 EM 313 Dynamics 3
MNG 301 Minerals Processing 3 GLY 420G Structural Geology 4
MNG 302 Minerals Processing Lab 1 MNG341 Mine Ventilation 3
MNG 374 Mine Valu & Invest Anal. 3 MNG 363 Surface Mining Oper. 3
STA 381 Intro to Engr. Statistics 3 *University Studies 3
16 19

SENIOR YEAR
FALL SEMESTER CREDIT HRS SPRING SEMESTER CREDIT HRS
MNG 591 Mine Design Project I 1 MNG 592 Mine Design II 2
MNG 551 Rock Mechanics 4 *** Technical Elective 3
MNG 431 Mine Systems Engr. 3 *** Technical Elective 3
MNG 371 Seminar 1 ** Supportive Elective 3
*** Technical Elective 3 * University Studies 3
*** Technical Elective 3 *University Studies 3
* University Studies 3
18 17

Total Credit Hours = 139
 

* Selected from University Studies areas in Social Science (6 credits), Humanities (6 credits), Cross-Cultural (3 credits) and Cross-Disciplinary (3credits/one-half the requirement) in consultation with academic advisor.

** The Supportive Elective is to be chosen from any University course excluding more elementary versions of required courses, such as pre-calculus mathematics.

*** Courses recommended as Technical Electives are listed below. These courses must be chosen with the approval of the student's advisor to ensure that the curriculum includes sufficient engineering design content.

RECOMMENDED TECHNICAL ELECTIVES
MNG 222 Mine Law and Safety
MNG 312 Computer Methods in Mining Engineering
MNG 395 Independent Work in Mining Engineering
MNG 490G Explosives and Blasting Engineering
MNG 511 Mine Power Systems Design
MNG 561 Mine Construction Engineering I
MNG 563 Simulation of Mine Production Systems
MNG 572 Advanced Coal Preparation
MNG 575 Coal Preparation Design
MNG 581 Geostatistics
MNG 599 Topic in Mining Engineering
AEN 438G Fundamentals of Groundwater Hydrology
AGR 501 Reclamation of Disturbed Land
CE 331 Transportation Engineering
CE 381 Civil Engineering Materials
CE 382 Structural Mechanics
CE 441 Fluid Mechanics II
CE 471G Soil Mechanics
CE 485G Design of Timber Structures, Formwork and Falsework
GLY 450G Stratigraphy and Sedimentation
GLY 515 General Coal Geology
GLY 585 Hydrogeology
PLS 366 Fundamentals of Soil Science
 

University Studies, Notes for Mining Engineers

1. Purpose

The University Studies program is designed to give the student the elements of education essential to a university degree. You will notice that the University Studies requirements include communications, foreign languages, mathematics and science, as well as humanities, social sciences and the integrating aspects of cross-disciplinary subjects. The University Studies requirements keep your education from becoming one dimensional, narrow or excessively parochial. The student is encouraged to study these requirements well so as to obtain maximum benefit from the courses selected.

2. Some Constraints

The selection of University Studies courses has a number of constraints. In the University Bulletin , for Area I., Basic Skills, the student must present evidence of two years of study of a foreign language in high school, or take a two-course sequence. In the Areas of II., Inference and Communicative Skills, and III. A., Natural Sciences, the courses are required as part of the degree requirements. In III. B., III C., IV. and V., however, the student must select courses while respecting two additional constraints. First, the student should take advantage of the rule that allows the combination of the six-hour Disciplinary requirement and the six-hour Cross-disciplinary requirement so as to keep the total credits for the degree at 139. Suggestions on how to do this follow in the section on choosing courses. Second, the student must select courses so as to meet our accreditation (ABET) requirements of at least 16 and preferably 18, credits of humanities and social sciences chosen so as to provide both breadth and depth of subject material. Basically, technical, business and vocationally oriented courses may not be used to satisfy ABET an, therefore, should not be included in the Cross-disciplinary selection. The University Studies rules themselves will provide for breadth and depth.

3. Course Selection

Read the rules before attempting to select courses. They can be found in the University Bulletin and the semester schedule.  Know your own interests and select courses accordingly. Because of pairing and Cross-disciplinary requirements, the selection of one course affects what courses you may take later. Plan for the future and plot your University Studies choices early.  The rules represent minima; nothing but time constraints prevents the student from taking additional coursework.

  1. Basic Skills
    1. Mathematics, Satisfied by first calculus course.
    2. Foreign Language. If you have not had a foreign language for a minimum of two years in high school, then you must take at least one year of a foreign language in addition to the published degree requirements.
       
  2. Inference and Communicative Skills
    1. Inference. Satisfied by first calculus course.
    2. Writing. Satisfied by ENG 101 and 102.
    3. Oral Communication. The sequence of COM 199, MNG 371 and MNG592 contains three credits of oral communications.
       
  3. Disciplinary Requirements
    1. Natural Sciences. Satisfied by physics sequence.
    2. Social Sciences. ECO 201 is required; therefore, the student must select one other course from a separate discipline. Choose this course with care; it could be paired with another course to satisfy IV., Cross-Disciplinary Requirements.
    3. Humanities. Two courses, in an organized sequence, must be chosen. Again, one of these courses may form the basis for requirement IV.
       
  4. Cross-Disciplinary Requirement
    1. Clustered Courses. As of this writing, clusters 1., 2., 4. and 5 are acceptable, but add three credits to the degree total. Clusters 3. (astronomy and history) and 6. (biology and chemistry) do not satisfy ABET requirements.
    2. Paired Courses. As of this writing, only one pair, 42, PHY 231 and PHI 251, includes a required disciplinary course and does not, therefore, increase total credits needed to graduate. If another pair is chosen, at least one of the courses nust be in the arts, humanities, or social sciences.
       
  5. Cross-Cultural Requirement

    Choose one course from Area V Cross-Cultural Requirement in the University Bulletin.
     
  6. Depth in University Studies of Humanities and Social Sciences

    In order to achieve sufficient depth in the social sciences and humanities as required by the Accreditation Board for Engineering and Technology (ABET), each student must complete a minimum of two 6-credit disciplinary groups or one 9-credit disciplinary group in this area. The literate disciplinary 1 sequence (University Studies requirement III. C) may be considered as a group for this purpose. All students must also complete a minimum of 18 credit hours in the social sciences and humanities. These requirements must be satisfied concurrently with those of University Studies.

    A strategy to satisfy all requirements without adding extra credits to the curriculum might be as follows. other approaches are also possible. (Section references within these next four enumerated items refer to the current University Bulletin .)
     
    1. Take two social science courses (6 credits) in separate disciplines as required by University Studies (III. B.)
       
    2. Take a 6-credit humanities sequence as required by University Studies (III. C.)
       
    3. Select a University Studies 3-credit cross-cultural course (V) from a discipline which matches the discipline of either social science course (Item 1 above) or the discipline of the humanities sequence (Item 2 above.) The first selection will result in two 6-credit departmental groups and the second will generate a 9-credit departmental group. Students eligible for waiver of the University Studies cross-cultural requirement must still satisfy the depth and minimum credit criteria for ABET.
       
    4. Select a University Studies 6-credit cross-disciplinary pair (IV) such that at least 3 credits of this pair are a social science or humanities course, for example PHY 231 and PHI 251. Any social science or humanities component of this pair may also be used as part of the depth requirement in lieu of a cross-cultural course.

       One example of this approach is as follows:
       
      1. Social Sciences (Area III - 6 hours required in separate disciplines)

        PS 101 (3)
        SOC 101 (3)
         
      2. Humanities (Area III C - 6 hours required as a disciplinary sequence)

        HIS 106 (3)
        HIS 107 (3)
         
      3. Cross-cultural (Area V - 3 hours required)

        HIS 247 (3) or PS 212 (3) or SOC 380 (3)

        A student who takes HIS 247 will have a 9-credit disciplinary group in history. a student who takes PS 212 or SOC 380 will have two 6-credit disciplinary groups.
         
      4. Cross-disciplinary (Area IV B - 6 credit pair required)

        PHI 251 (3)
        PHY 231 (4) (required course for engineering majors)

        Other examples are:
1. GEO 152 1. ANT 121 + ECO 101
2. MUS 100 + MUS 220 2. CLA 261 + FR 261
3. GEO 336 + MUS 330 3. ANT 160
4. PHI 251 + PHY 231 4. PHI 251 + PHY 231
 

Selecting Supportive and Technical Electives

1. Supportive Electives

The supportive elective allows students to explore new subjects or to expand upon familiar ones. Courses for the supportive elective may be chosen from any major in the University. The Department of Mining Engineering encourages the student to obtain every benefit possible from this selection; consideration should be given to career goals, special talents, or subjects that have been enjoyed in earlier courses. The only specific prohibition excludes courses, such as pre-calculus mathematics, that are more elementary than those required for the major.

2. Technical Electives

The student is required to take three additional courses offered by the Department plus one other technical course chosen from the following list or, with the consent of the advisor, from other technical offerings of the university. In choosing these courses, the student should establish a theme that becomes an informal concentration such as mineral processing, underground coal mining, surface mining, mine management, automation and systems, ventilation and so on. Examples of some sequences follow the listing of courses. Outlined below (2.i. and 2.ii.) is the listing of acceptable technical electives:

i. Mining Engineering Courses

COURSES ABET CURRICULAR CATEGORY
Credits Engr. Sci. Engr. Design Other
MNG 222 Mine Law & Safety 3 .5 - 2.5
MNG 312 Computer Methods in Mining Engineering 3 2 1 -
MNG 374 Mine Valuation and Investment Analysis 3 3 - -
MNG 395 Independent Work in Mining Engineering 3 1 .5 1.5
MNG 490G Explosives and Blasting Engineering 3 1.5 1.5 -
MNG 561 Mine Construction Engineering I 3 1.5 1.5 -
MNG 563 Simulation of Mine Production Systems 3 2 1 -
MNG 572 Advanced Coal Preparation 3 1.5 1.5 -
MNG 575 Coal Preparation Design 3 - 3 -
MNG 581 Mine Valuation 3 3 - -
MNG 599 Topic in Mining Engineering (Variable) 3 - - 3


ii. Other Technical Courses

COURSES ABET CURRICULAR CATEGORY
Credits Engr. Sci. Engr. Design Other
AEN 437G Soil and Water Conservation Engineering 3 1 2 -
AGR 366 Fundamentals of Soil Science 3 3 - -
AGR 501 Reclamation of Disturbed Land 3 - - 3
CE 331 Transportation Engineering 3 1 2 -
CE 381 Civil Engineering Materials 3 2 1 -
CE 382 Structural Mechanics 3 2 1 -
CE 441 Fluid mechanics II 3 1 2 -
CE 471G Soil Mechanics 3 2 1 -
CE 485G Design of Timber Structures, Formwork and Falsework 3 3 - -
CE 521 Engineering Economy 3 - 3 -
GLY 450G Stratigraphy and Sedimentation 3 - - B.Sci.
GLY 515 General Coal Geology 3 - - B.Sci.
 

3. Suggested Concentration Sequences

Suggested sequences of technical electives (and other courses) for development of a concentration in Mining Engineering:

  • Mineral Processing: MNG 312, MNG 572, MNG 575, CHE 440G
  • Underground Coal Mining: MNG 490G, MNG 561, MNG 563, MNG 581, CE 382 or CE 485G
  • Surface Mining: MNG 490G, MNG 572, MNG 581, AEN 437G or AGR 501 or CE 461G or CE 471G or CE 579
  • Mine Management: MNG 222, MNG 312, MNG 581, CE 521
  • Ground Control: MNG 312, MNG 490G, MNG 561, CE 382 or CE 471G or CE 482 or CE 485G or CE 579

UK Mining Engineering Co-op Program

Numerous co-operative training opportunities are available between the coal industry and Kentucky mining engineering students. These programs offer on-the-job training, with a steady income, to students who elect to co-op. Typically, a student will take a minimum of five (5) years to complete the program, while spending alternate periods of the spring, summer and fall academic year in industry. Co-op programs are arranged between the student and the sponsoring company. Admission to the college of Engineering is a requisite for entering the program. These programs offer excellent training opportunities and provide a basis for long-term employment, should the co-op prove to be mutually compatible between the student and the sponsoring industry. Experience has shown that it is frequently desirable for two co-op students to alternate with a given sponsor, so that living quarters at the University of Kentucky and in the location of the sponsoring industry can be shared. Hence, when one student is in school, the other student is working. Currently, the College of Engineering of the University of Kentucky has over 100 co-op students.

In addition to the student's mining engineering advisor, help with co-op education can be obtained from the College of Engineering Co-op Education Office, (606)257-8864.

UK Mining Co-op Class/Work Schedule Options

YEAR GRADE SEMESTER
FALL SPRING SUMMER
THREE WORK TOURS
1 FR Class Class Vacation
2 SO Class Class Vacation
3 JR1 Class Work Class
4 JR2 Work Class Work
5 SR Class Class UK Alum
FOUR WORK TOURS
1 FR Class Class Vacation
2 SO Class Class Work
3 JR1 Class Work Class
4 JR2 Work Class Work
5 SR Class Class UK Alum
FIVE WORK TOURS
1 FR Class Class Class
2 SO Work Class Work
3 JR Work Class Work
4 SR1 Class Class Work
5 SR2 Class UK Alum UK Alum
 

Financial Aid Information and Application

  1. Freshmen admitted for enrollment at the University of Kentucky, Department of Mining Engineering, must meet the following requirements:
     
    1. MINING ENGINEERING EXCELLENCE SCHOLARSHIP $1500 per semester
       
      • High school GPA >= 3.50
      • A minimum of 26 Composite and 27 Math A.C.T. scores
         
    2. MINING ENGINEERING SCHOLARSHIP $1200 per semester
       
      • High school GPA between 3.0 and 3.49
      • A minimum of 23 Composite and 25 Math A.C.T. scores
         
    3. MINING ENGINEERING GRANT-IN-AID $1000 per semester
       
      • Admission into the College of Engineering
         
  2. College Transfers admitted for enrollment at the University of Kentucky, Department of Mining Engineering, must meet the following requirements:
     
    1. MINING ENGINEERING EXCELLENCE SCHOLARSHIP $1500 per semester
       
      • A cumulative GPA greater than 3.5 in a minimum of 24 credit hours, including a GPA of 2.5 in a minimum of 10 credit hours of math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
      • Students not meeting these requirements for minimum credit hours must meet the requirements for entering freshmen (See A-1 above.)
         
    2. MINING ENGINEERING SCHOLARSHIP $1200 per semester
       
      • A cumulative GPA between 3.3 and 3.49 in a minimum of 24 credit hours, including a GPA of 2.5 in a minimum of 10 credit hours of math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
      • Students not meeting these requirements for minimum credit hours must meet the requirements for entering freshman (See A-2 above)
         
  3. UK Mining Engineering returning students who have completed fewer than 69 credit house in the Mining Engineering curriculum as that curriculum specified upon their enrollment in the Mining Engineering Department must meet the following requirements:
     
    1. MINING ENGINEERING EXCELLENCE SCHOLARSHIP $1500 per semester
       
      • A cumulative GPA greater than 3.5, including a minimum GPA of 3.0 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
    2. MINING ENGINEERING SCHOLARSHIP $1200 per semester
       
      • A cumulative GPA between 3.1 and 3.49, including a minimum GPA of 2.5 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
    3. MINING ENGINEERING GRANT-IN-AID $1000 per semester
       
      • A cumulative GPA of between 2.7 and 3.09 and a minimum GPA of 2.25 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
  4. UK Mining Engineering returning students who have completed 69 or more credit hours in the Mining Engineering curriculum as that curriculum was specified upon their enrollment in the Mining Engineering Department must meet the following requirements: (Courses that are not specified in the Mining Engineering curriculum do not count toward the 69 hour total.)
     
    1. MINING ENGINEERING UPPERCLASSMAN EXCELLENCE SCHOLARSHIP $2500 per semester
       
      • A cumulative GPA greater than 3.5, including a minimum GPA of 3.0 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
    2. MINING ENGINEERING UPPERCLASSMAN SCHOLARSHIP $2200 per semester
       
      • A cumulative GPA between 3.1 and 3.49, including a minimum GPA of 2.5 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
    3. MINING ENGINEERING UPPERCLASSMAN GRANT-IN-AID, LEVEL I $1700 per semester
       
      • A cumulative GPA of between 2.7 and 3.09 and a minimum GPA of 2.25 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
    4. MINING ENGINEERING UPPERCLASSMAN GRANT-IN-AID, LEVEL II $1000 per semester
       
      • A cumulative GPA of between 2.5 and 2.69 and a minimum GPA of 2.25 in math, chemistry, physics and English courses applicable to the degree program in Mining Engineering.
         
  5. Pre-mining engineering students at other UK Community Colleges must meet the following requirements:
     
    1. MINING ENGINEERING SCHOLARSHIP $600 per semester
       
      • Same as A-2 or C-2 above
         
    2. MINING ENGINEERING GRANT-IN-AID $500 per semester
       
      • Same as C-3 above

Guidelines and Policies for KMES program Administration

  1. Scholarships and grants-in-aid are non-repayable.
  2. Scholarships and grants-in-aid are awarded for a maximum of nine (9) semesters.
  3. Scholarship and grants-in-aid awards are made on a semester-by-semester basis. Continued support is contingent upon academic performance.
  4. A student will not be supported for more than four (4) semesters while attending UK's community colleges.
  5. No financial aid will be granted under the KMES program to any student not in good standing within the College of Engineering.
  6. Entering Freshmen or transfer students are responsible for meeting all admissions requirements and for arranging his/her own student housing. (See the current University of Kentucky Bulletin for information concerning academic requirements, fees, deadlines, student services and activities, curricula and degree requirements, academic calendar and living accomodations.)
  7. Scholarships and grants-in-aid are normally processed within three (3) weeks after the beginning of the semester for which the aid is granted. Financial aid checks may be picked up at Student Financial Aid, 202 Student Center, around September 10 (for Fall semester) and February 5 (for Spring semester.)
  8. Students receiving financial aid from the Department will be asked for permission to disclose personal data (address, phone number and academic standing) to financial aid sponsors (agencies, coal companies, societies and/or private individuals.) This is often necessary for reporting requirements imposed by sponsors, but can also be helpful in providing summer or co-op (cooperative education) jobs during the student's academic career and in assisting the student in finding employment upon graduation.
  9. The student's academic performance will be evaluated by the KMES Scholarship Committee each semester to make a determination of the level of support for which the student qualifies.
  10. Students are strongly encouraged to obtain summer and/or off-semester (cooperative education) work in the mining industry, but such work experience is not a requirement for financial aid.
  11. All questions regarding Departmental financial aid should be addressed to:

Director, Kentucky Mining Engineering Scholarship Program
Department of Mining Engineering
230 Mining and Mineral Resources Building
Lexington, Kentucky 40506-0107

  1. The total amount of financial aid which a student may receive per semester is established and monitored by the UK Financial Aid Office.
  2. Students are encouraged to become members of the UK Mining Engineering Foundation upon graduation. Current membership for new UK Mining Engineering graduates is $25 per year.
  3. Scholarship students must join and maintain student membership in the Society for Mining, Metallurgy and Exploration (SME.) Current cost is $15.00 per year.
  4. Scholarship students must attend the Mining Tour, a one-week field trip designed to expose beginning mining students to the mining industry, profession and alternative career tracks within our industry. This tour would be taken at the end of the summer between the student's Freshman and Sophomore years. Alternative schedules are possible for transfer students. Student expenses for this tour, excluding meals, are covered by the Department of Mining Engineering.
  5. Scholarship students are required to interview for summer jobs (or, in the case of seniors, permanent jobs) in the mining industry.
  6. The University offers, at no charge to full-time students, a program to improve organizational and study skills, consisting of a number of short courses. All Mining Engineering students are encouraged to participate in this program. We require Freshman and Sophomore students whose scholarship support level drops from a higher level to the Grant-in-aid level to participate in this program.
  7. Adequate progress towards completion of degree requirements in mining engineering is required for continued receipt of a scholarship.

Sources of Financial Aid in Mining Engineering

Appalachian Coal, Inc. Scholarship
Central Appalachian Section/mining Engineering Foundation Scholarship
Catesby W. Clay Leadership Award
Consolidation Coal company Scholarship
David A. Zegeer Scholarship
Donald R. Russell Endowment Scholarship (Sonoco)
Donald S. Kingery Memorial Scholarship **
Dravo Corporation Grant
Elkhorn Coal Corporation Scholarship *
Ernest E. Hollyfield Memorial Scholarship
Ernest L Baulch Scholarship *
Eugene P. Pfleider Memorial Scholarship ***
Gerald V. Henderson Industrial Minerals Division Memorial Scholarship ***
Island Creek Coal Company Scholarship
Jerry T. Booher Memorial Scholarship
John A. Creech, Jr. Scholarship
KSPE Bluegrass Auxiliary Scholarship *
Kentucky Mining Engineering Scholarship (UK Center for Applied Energy Research)
Massey Foundation Scholarship
National Stone Association Scholarship ***
Pearl Bastin Herring Mining Engineering Scholarship
Pittston Coal Group Scholarship
Rogers Scholarship Trust *
SME Coal Division Scholarship ***
SME Mineral and Metallurgical Processing Division Scholarship ***
SME Mining and Mineral Exploration Division Scholarship ***
WAIIME Western Pennsylvania Section Scholarship and Loan Program **

*

Competitive on College of Engineering level

**

Competitive on a regional level

***

Competitive on a national level

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