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고교학점제! 이 한 권으로 대비 완료

논구술 시험을 대비할 수 있는 도서 수록

도서를 활용한 탐구토론활동 주제 수록

성향에 맞는 노트정리법과 예시 수록

인공지능과 의대 열풍이 불면서 학습 능력이 중요해지는 시대에 자녀가 살아가는 데 필요한 것이 무엇일까요? 우리 저자는 문해력과 관계 맺는 기술이라고 생각했습니다. 우리는 이 2가지를 합쳐서 생존 지식이라 불렀습니다. 문해력만 있으면 얼마든지 자신이 필요한 기술을 익히고 배울 수 있습니다. 또한 관계 맺는 능력을 키우면 자신도 모르게 성장하고 성공의 길로 갈 수 있기 때문입니다.

목차

I 문해력

1. 영어를 해석하고 의미를 모른다고? ·················································· 17

 영어는 아는데 해석을 모르는 아이들 ········································ 17

 단순한 문장도 이해하지 못하는 일본의 중고생 ························ 19

 교과서의 단어가 가진 의미를 아는 능력이 필요 ······················· 22

2. 한자어를 몰라 응용 불가능 ······························································ 24

 사흘은 4일(四日)이 아니다 ························································· 24

 가제(假題; a tentative title)가 뭐야? 랍스타(a lobster)? ··········· 27

 교과서 어휘의 한자를 공부하자 ················································· 31

3. 독서의 진입장벽을 낮추자 ································································ 34

 왜 책을 읽어야 할까? ·································································· 35

4. 디지털 문해력으로 정보활용능력 높이기 ········································ 37

 빅데이터를 통해 빠르게 성장한 AI ············································ 37

 인간과 인공지능의 공존 시대 ····················································· 38

 성공적 공존을 위한 ‘디지털 문해력’ 역량 ·································· 40

5. 탐구보고서로 표현하기 ····································································· 45

 탐구보고서의 중요성 ··································································· 48

 탐구보고서 작성 시 유의사항 ····················································· 49

II 관계맺기

1. 사람과 관계맺기 ················································································ 53

 한 분야의 똑똑한 ‘인재’보다는 다방면의 우수한 ‘인재’를 원하는 시대 ·················································································· 53

 평범한 인재의 협업이 엘리트들을 앞서가는 시대 ····················· 54

① 비주얼 브레인스토밍 ····························································· 54

② 다양한 팀의 협업효과를 높일 수 있는 팀프로젝트 ············· 56

가) 폐의 부피를 구하는 사례(의대생) ··································· 57

③ 업무 환경에서 공감력을 강화하는 방법 ······························· 58

2. 인공지능과 관계맺기 ········································································ 60

 각 분야별 인공지능 활용 사례 ···················································· 64

 각 기업별 챗 GPT 활용 사례 ······················································· 66

 비즈니스 부문별 AI 활용 사례 ···················································· 67

 수소연료전지 수명 연장과 촉매 안정성에 AI 활용 사례····································································································· 71

3. ICT기술로 사회문제 해결하기 ·························································· 74

 아두이노를 활용한 미세먼지 측정 장치 제작 및 데이터 수집····································································································· 74

 파이썬 코딩을 통한 공공데이터 포탈 오픈 API 데이터 얻기····································································································· 75

 물리엔진 Algodoo 활용 사례 ····················································· 78

 알지오매쓰 활용 사례 ································································· 80

4. 화학으로 사회문제 해결하기 ···························································· 84

 화학으로 식량문제 해결 ······························································ 84

 화학으로 친환경적인 수소 생산 기술 개발 ································ 85

 화학으로 지구온난화 문제 해결 ················································· 85

① 생활 속 악취 획기적으로 줄여줄 신기술 개발 ····················· 85

② 탄소중립의 핵심 기술, CCUS 신공정 개발 ··························· 87

③ 체온 남김없이 수확하는 에너지 하베스터 기술 ··················· 89

④ 전기 통하는 차세대 아라미드 섬유 개발 ······························ 91

⑤ 빛으로 수돗물 속 미세플라스틱 빠르게 검출 ······················· 92

⑥ 오ㆍ폐수로 전기와 식수를 동시에 생산 ······························· 94

⑦ 과산화수소, 태양광으로 안전하고 깨끗하게 생산 ················ 95

5. 바이오로 사회문제 해결하기 ···························································· 98

 암 및 만성질환 치료 ···································································· 98

 전염병 대응 ·················································································· 99

 의료 접근성, 형평성 및 품질 제고 ·············································· 99

① 인공장기 인쇄하는 안전한 바이오 잉크 ····························· 100

② 돌연사 원인 1위 심근경색, 면역반응 조절로 치료 ············· 101

③ 약물 구조 정밀 규명 가능한 NMR 분석법 개발 ················· 103

④ 체액 속에 숨겨진 정신질환의 비밀 ····································· 104

⑤ 자가진단키트보다 더 빠른 PCR, 5분만에 진단 ··················· 106

⑥ 바이오 헬스케어 리빙랩 ······················································ 107

6. ESG로 사회문제 해결하기 ······························································· 111

 ESG를 위한 지속가능한 발전 교육 필요 ·································· 111

 건강하고 안전한 물관리 ···························································· 114

① 골치 아픈 반도체 폐수처리를 위한 광촉매 ························ 114

 에너지의 친환경적 생산과 소비 ··············································· 116

① CIGS 소재를 이용한 투광형 태양전지로 빌딩 발전소····························································································· 116

 기후변화 대응 기술 ··································································· 119

① 바이오 연료 생산의 공정 효율화로 탄소중립 ····················· 119

② 저렴한 황화 니켈 촉매로 ‘CO2 자원화’ ······························· 121

 해양생태계 보전 ······································································· 123

① 해양쓰레기, 석유화학원료 전환 가능 ·································· 123

7. 나만의 생성형 AI 만들기 ································································ 126

부록

1. 추천도서 ·························································································· 137

2. MBTI를 활용한 나만의 노트 정리법 ··············································· 140

3. 탐구 사고력을 기를 수 있는 공부로드맵 ······································· 150

① 수학책을 활용한 토론 주제 ······················································· 150

② 과학책을 활용한 토론 주제 ······················································· 158

저자소개

정유희

내일지식창고 대표. 컨쇼로드맵 대표

대학입시에 대한 깊은 이해와 미래 기반 진학상담을 위해 진로진학컨설팅 교육학 석사를 이수하여 한국교육컨설턴트협의회 교수로 상담사를 양성하고 있다. 진로와 취업을 연계하여 NCS취업컨설턴트로도 활동하고 있다. 팟캐스트 진학주책쇼를 통해 진로와 진학을 재미있고 쉽게 전달하고 있으며, EBS 진학마스터 핵심 및 심화과정 및 EBS 과제탐구과정 강사로 활동하고 있다. 인공지능 프로그램 ‘바이브온’ 개발에 참여하였다.

저서로는 『고교학점제를 완성하는 계열별 진로로드맵(의대·약대·바이오계열)』, 『고교학점제를 완성하는 계열별 진로로드맵(공학·미디어계열)』, 『고교학점제를 완성하는 계열별 진로로드맵(교대·사범대계열)』, 『고교학점제를 완성하는 계열별 진로로드맵(경영·빅데이터계열)』, 『공학계열 진로로드맵』, 『의학·생명계열 진로로드맵』, 『나는 탐구보고서로 대학간다』, 『학교생활기록부 100문 100답』, 『자기소개서&면접 100문 100답』 등이 있다.

배상기

서울대학교 박사과정에서 직업교육과 진로교육을 공부했고, 성균관 대학교 경영대학원에서 비즈니스 코칭 과정을 이수했다. 가톨릭대학교 교육대학원 겸임교수, 인하대학교 교육대학원 시간강사를 역임하였다. 현재는 한국전문대학교육협의회에서 진학지원관으로 재직 중이며, 중ㆍ고등학생과 대학생의 교육문제와 직업진로에 관한 문제를 돕기 위하여 Transformational life coach로도 활동한다. 2017년 10월부터 매일경제신문에 학생부종합전형에 관한 59편의 칼럼을 게재하였고, 2018년부터 현재까지 한국 대학신문에 《배상기의 진로코칭》으로 진로에 관한 칼럼을 매주 연재한다. 서울의 고등학교에서 생명과학을 가르쳤고 3학년 부장, 진학부장, 진로진학상담부장을 역임하였다. 다수 대학의 입시자문위원과 교수 사정관 교육을 하였으며, 현재 매년 100여 회의 진로 특강을 한다.

저서로 『중위권 내 아이, 서울대 따라잡기』, 『선생님, 저도 공부 잘하고 싶어요』 등이 있으며, 청소년의 진로에 관한 책을 집필 중이다.

안계정

유원멘토입시연구소 소장.

물리·수학교육학 전공으로 이공계열·의치한 입시 및 취업컨설턴트로 학습·진학 코칭과 면접·자기소개서 상담을 통한 진로컨설턴트로 활동하고 있다. 학습컨설팅을 기본으로 1:1 입시 전략을 바탕으로 진학지도를 하고 있으며, EBS 진학마스터 심화과정 및 EBS 과제탐구과정 강사로 활동하고 있다. 중고교 고교학점제 및 탐구보고서, 학생부 심화 강의를 진행하며, 지역 학부모입시교실을 운영하고 있다. 인공지능 프로그램 ‘바이브온’ 개발에 참여하였다.

저서로는 『고교학점제를 완성하는 계열별 진로로드맵(의대·약대·바이오계열)』, 『고교학점제를 완성하는 계열별 진로로드맵(공학·미디어계열)』, 『고교학점제를 완성하는 계열별 진로로드맵(교대·사범대계열)』, 『EBS강사가 추천하는 진로로드맵 6권』, 『공학계열 진로로드맵』, 『의학·생명계열 진로로드맵』, 『나는 탐구보고서로 대학간다』, 『공부끝판왕』, 『수학끝판왕』, 『스토리로 승부하는 학종사용설명서』 등이 있다.

배송

교환