Montana Tech of the University of Montana
Bachelor of Science in COMPUTER SCIENCE 2009-2010 Catalog FRESHMAN YEAR Total Credits 16 Total Credits 15 SOPHOMORE YEAR Total Credits 16 Total Credits 15 JUNIOR YEAR Total Credits 15 Total Credits 14 SENIOR YEAR Total Credits 14 Total Credits 15 Minimum credits for B.S. degree in Computer Science = 120
*Science electives must include a two-semester sequence of laboratory science (min. of 12 credits total): Either (1) BIOL 1086,1096, and
1116 plus 4 more science credits; (2) CHMY 141 w/lab 142, CHMY 143 w/lab 144 plus 4 more science credtis; (3) GEO 101 plus 5 more science credits; (4) PHYS 1046, 2076 w/lab 2096, and PHYS 2086 w/lab 2106 plus 1 more science credit.(take the physics sequence for
the Electronic Control Systems Emphasis.)
**COMM 1226 Public Speaking or COMM 1216 Prin. of Speaking can replace COMM 2016. C.S. 4606 Senior Design Project can replace
internship. WRIT 321 Advanced Technical Writing, WRIT 325 Writing in the Sciences or WRIT 322 Advanced Business Writing can replace ENGR 3210W
***Professional electives are the classes that meet the Computer Science degree options. (Professional electives on other side.)
Students in the Statistics Option need to take STAT 332 before beginning the courses in the option.
Professional Electives --- Junior and Senior Years
Business Applications Junior Year Senior Year Electronic Control Systems Junior Year Electric Circuits Sequence EE
Intro to Electric Circuits (coreg Phys 2086)
Electric Circuits Lab (coreq Engr 2530 & Phys 2106)
Digital Circuit Design (prereq Phys 3036)
Electronic Design (prereq Phys 3036 & Engr 3550)
Applied Linear Systems (prereq Engr 3550)
Electric Control Sequence EE
Intro to Electric Circuits (coreq Phys 2086)
Electric Circuits Lab (coreq Engr 2530 & Phys 2106)
Process Instrumentation and Control (prereq Engr 2530)
Process Instrumentation and Control Lab(coreq Engr 4450)
Digital Circuit Design (prereq Phys 3036)
Microprocessor Sequence EE
Digital Circuit Design (prereq Phys 3036)
Intro to Microprocessors (prereq Engr 3270)
Intro to Electric Circuits (coreq Phys 2086)
Electric Circuits Lab (coreq Engr 2530 & Phys 2106)
*select 1 course of 3; + take at least one to reach 13 credits of professional electives if short 1 credit of scienceEngineering Applications Junior Year
Introduction to Computer Aided Design & Problem Solving
Senior Year
Introductory Engineering Computer Applications
Engineering Computer Applications (even years only)
* select 2 or more courses to reach a minimum of 12 elective credits within the option.Statistical Applications Junior Year Senior Year STAT
Mathematical Statistics (prereq STAT 421)
Technical Communication Junior Year Senior Year +only one of these courses may be used to satisfy the required GER 300-level writing course
Revelation of the amino acid residues essential for ligand-binding selectivity of cytokinin receptors from arabidopsis and maize by computational approach. Institute of Plant Physiology, Russian Academy of Sciences, Botanicheskaya 35, 127276 Moscow, Russia; Department of Chemistry, Lomonosov Moscow State University, Leninskie Gory 1/3, 119991 Moscow, Russia; Cytokinin receptors diffe
Outlines or making some order to your paper Now that you and your paper have spent some time together, you are ready to begin planning the order of it. It isn’t important to follow a strict formal outline, but it is important to you and the success of your paper to have some sort of order to follow as you begin writing. What follows are some examples of designing order for your paper. Pl