Catalytic Chemistry

Course Information

College	Oyama College	Year	2022
Course Title	Catalytic Chemistry
Course Code	0003	Course Category	Specialized / Elective
Class Format	Lecture	Credits	Academic Credit: 2
Department	Advanced Course of Materials Chemistry and Bioengineering	Student Grade	Adv. 1st
Term	Second Semester	Classes per Week	2
Textbook and/or Teaching Materials	Organometallics Chemistry -Full of Variety and Unexpectation- by Sanshiro KOMIYA, Takao IKARIYA (SHOKABO Tokyo)
Instructor	NISHII Kei

Course Objectives

1. Understand and be able to explain the general chemical properties of catalysts
2. Understand and be able to explain about organometallic complexes
3. Understand industrial catalytic reactions and be able to explain them with specific examples

Rubric

	Ideal Level	Standard Level	Unacceptable Level
Achievement 1	Understand and be able to accurately describe the general chemical properties of catalysts	Understand and be able to explain the general chemical properties of catalysts	Unable to understand and explain the general chemical properties of catalysts
Achievement 2	Understand and be able to accurately describe organometallic complexes	Understand and be able to explain about organometallic complexes	Unable to understand and explain about organometallic complexes
Achievement 3	Understand industrial catalytic reactions and be able to explain them accurately with specific examples	Understand industrial catalytic reactions and be able to explain them with specific examples	Unable to understand industrial catalytic reactions and unable to explain with specific examples

Assigned Department Objectives

学習・教育到達度目標 ④ See

JABEE (A) See

JABEE (d-1) See

JABEE (g) See

Teaching Method

Outline:

1. Catalytic Chemistry focuses on organometallic catalysis, and introduces the fundamentals of organometallic chemistry as compactly as possible.
2. This course is a study-credit course, so students will be required to write a report before and after the course.

Style:

Achievements 1-3: Students will be evaluated based on a score of 60% or higher in the quiz, midterm, and regular examinations. Students will be required to make a presentation on their assignments.

Notice:

1. A number of quizzes and reports, midterm and regular exams (quizzes and reports: 10%, regular: 80%)
2. presentations and discussions (10%)
3. Courses offered every other year (courses offered in 2022)

Characteristics of Class / Division in Learning

Active Learning	Aided by ICT	Applicable to Remote Class	Instructor Professionally Experienced

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	--Outline of organometallic chemistry and organometallic complexes-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	To understand organometallic chemistry and organometallic complexes in general
		2nd	--Synthesis, structure and name of the organometallic complexes-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Understand the synthesis, structure, and naming of organometallic complexes.
		3rd	--Basic reactions of organo-transition metal complexes-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	To understand the basic reactions of organo-transition metal complexes
		4th	--Industrial Catalytic Reactions: Reactions of Alkenes-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Industrial Catalytic Reactions: Understanding the reactions of alkenes
		5th	--Industrial Catalytic Reactions: Carbon Monoxide Reaction-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Industrial catalytic reactions: Understanding the reaction of carbon monoxide
		6th	--Industrial catalytic reactions: Reactions related to acetic acid production-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Industrial catalytic reactions: Understanding reactions related to acetic acid production
		7th	--Synthetic reactions using catalysts: Cross-coupling (Ni catalyst)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic reactions using catalysts: Understanding cross couplings (Ni catalyst)
		8th	--Synthetic Reactions Using Engineering Catalysts: Cross Coupling (Pd Catalyst) 1-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic reactions using engineering catalysts: Understanding cross couplings (Pd catalyst)
	4th Quarter
		9th	--Synthetic Reactions Using Engineering Catalysts: Cross Coupling (Pd Catalyst) 2-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic reactions using engineering catalysts: Understand the details of cross coupling (Pd catalyst)
		10th	--Synthetic reactions using catalysts: Polymerization (Ti catalyst)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic reactions using catalysts: Understanding polymerization (Ti catalyst)
		11th	--Synthetic reactions using catalysts: Polymerization (Ni catalyst)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic reactions using catalysts: Understanding polymerization (Ni catalyst)
		12th	--Asymmetric catalytic reactions and complex catalysis (asymmetric hydrogenation)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Understand asymmetric catalytic reactions and complex catalysis (asymmetric hydrogenation)
		13th	--Asymmetric catalytic reactions and complex catalysis (cyclopropanation)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Understand asymmetric catalytic reactions and complex catalysis (cyclopropanation)
		14th	--Asymmetric catalysis and complex catalysis (asymmetric oxidation reactions)-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Asymmetric catalysis and complex catalysis (asymmetric oxidation reactions)
		15th	--Synthetic Reactions Using Catalysts: Introduction to the Nobel Prize in Chemistry-- Preparation: Understand the relevant part of the reference book. Review: Solve similar problems in the reference book.	Synthetic Reactions Using Catalysts: An Introduction to the Nobel Prize in Chemistry
		16th

Evaluation Method and Weight (%)

	Examination	Presentation	Mutual Evaluations between students	Behavior	Portfolio	Other	Total
Subtotal	80	10	0	10	0	0	100
Basic Proficiency	0	0	0	0	0	0	0
Specialized Proficiency	80	10	0	10	0	0	100
Cross Area Proficiency	0	0	0	0	0	0	0