고교학점제 시대의 생존지식

정유희,배상기,안계정

내일지식창고대표.컨쇼로드맵대표
대학입시에대한깊은이해와미래기반진학상담을위해진로진학컨설팅교육학석사를이수하여한국교육컨설턴트협의회교수로상담사를양성하고있다.진로와취업을연계하여NCS취업컨설턴트로도활동하고있다.팟캐스트진학주책쇼를통해진로와진학을재미있고쉽게전달하고있으며,EBS진학마스터핵심및심화과정및EBS과제탐구과정강사로활동하고있다.인공지능프로그램‘바이브온’개발에참여하였다.
저서로는『고교학점제를완성하는계열별진로로드맵(의대·약대·바이오계열)』,『고교학점제를완성하는계열별진로로드맵(공학·미디어계열)』,『고교학점제를완성하는계열별진로로드맵(교대·사범대계열)』,『고교학점제를완성하는계열별진로로드맵(경영·빅데이터계열)』,『공학계열진로로드맵』,『의학·생명계열진로로드맵』,『나는탐구보고서로대학간다』,『학교생활기록부100문100답』,『자기소개서&면접100문100답』등이있다.

I문해력
1.영어를해석하고의미를모른다고?··················································17
①영어는아는데해석을모르는아이들········································17
②단순한문장도이해하지못하는일본의중고생························19
③교과서의단어가가진의미를아는능력이필요·······················22
2.한자어를몰라응용불가능······························································24
①사흘은4일(四日)이아니다·························································24
②가제(假題;atentativetitle)가뭐야?랍스타(alobster)?···········27
③교과서어휘의한자를공부하자·················································31
3.독서의진입장벽을낮추자································································34
①왜책을읽어야할까?··································································35
4.디지털문해력으로정보활용능력높이기········································37
①빅데이터를통해빠르게성장한AI············································37
②인간과인공지능의공존시대·····················································38
③성공적공존을위한‘디지털문해력’역량··································40
5.탐구보고서로표현하기·····································································45
①탐구보고서의중요성···································································48
②탐구보고서작성시유의사항·····················································49

II관계맺기
1.사람과관계맺기················································································53
①한분야의똑똑한‘인재’보다는다방면의우수한‘인재’를원하는시대··················53
②평범한인재의협업이엘리트들을앞서가는시대·····················54
①비주얼브레인스토밍·····························································54
②다양한팀의협업효과를높일수있는팀프로젝트·············56
가)폐의부피를구하는사례(의대생)···································57
③업무환경에서공감력을강화하는방법·······························58
2.인공지능과관계맺기········································································60
①각분야별인공지능활용사례····················································64
②각기업별챗GPT활용사례·······················································66
③비즈니스부문별AI활용사례····················································67
④수소연료전지수명연장과촉매안정성에AI활용사례········································71
3.ICT기술로사회문제해결하기··························································74
①아두이노를활용한미세먼지측정장치제작및데이터수집·································74
②파이썬코딩을통한공공데이터포탈오픈API데이터얻기·································75
③물리엔진Algodoo활용사례·····················································78
④알지오매쓰활용사례·································································80
4.화학으로사회문제해결하기····························································84
①화학으로식량문제해결······························································84
②화학으로친환경적인수소생산기술개발································85
③화학으로지구온난화문제해결·················································85
①생활속악취획기적으로줄여줄신기술개발·····················85
②탄소중립의핵심기술,CCUS신공정개발···························87
③체온남김없이수확하는에너지하베스터기술···················89
④전기통하는차세대아라미드섬유개발······························91
⑤빛으로수돗물속미세플라스틱빠르게검출·······················92
⑥오ㆍ폐수로전기와식수를동시에생산·······························94
⑦과산화수소,태양광으로안전하고깨끗하게생산················95
5.바이오로사회문제해결하기····························································98
①암및만성질환치료····································································98
②전염병대응··················································································99
③의료접근성,형평성및품질제고··············································99
①인공장기인쇄하는안전한바이오잉크·····························100
②돌연사원인1위심근경색,면역반응조절로치료·············101
③약물구조정밀규명가능한NMR분석법개발·················103
④체액속에숨겨진정신질환의비밀·····································104
⑤자가진단키트보다더빠른PCR,5분만에진단···················106
⑥바이오헬스케어리빙랩······················································107
6.ESG로사회문제해결하기·······························································111
①ESG를위한지속가능한발전교육필요··································111
②건강하고안전한물관리····························································114
①골치아픈반도체폐수처리를위한광촉매························114
③에너지의친환경적생산과소비···············································116
①CIGS소재를이용한투광형태양전지로빌딩발전소··········································116
④기후변화대응기술···································································119
①바이오연료생산의공정효율화로탄소중립·····················119
②저렴한황화니켈촉매로‘CO2자원화’·······························121
⑤해양생태계보전·······································································123
①해양쓰레기,석유화학원료전환가능··································123
7.나만의생성형AI만들기································································126

부록
1.추천도서··························································································137
2.MBTI를활용한나만의노트정리법···············································140
3.탐구사고력을기를수있는공부로드맵·······································150
①수학책을활용한토론주제·······················································150
②과학책을활용한토론주제·······················································158