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🔋 1. 전고체 배터리 / 차세대 배터리 소재 연구원

분야: 에너지 저장 소재, 전기차용 고체 전해질 등

이유: 전기차 수요 증가와 함께 고에너지 밀도·안전성 높은 차세대 배터리 개발 경쟁이 심화됨.

투자사례: 삼성SDI, LG에너지솔루션, QuantumScape 등에서 수십억~수조 원 규모 투자

연관 전공: 고분자화학, 무기화학, 전기화학

🧪 2. 지속가능 화학(Sustainable Chemistry) / 그린 케미스트

분야: 친환경 공정, 생분해성 플라스틱, 탄소 저감형 촉매 개발 등

이유: ESG 및 탄소중립 목표 때문에 기업들이 친환경 기술에 막대한 자금 투입

대표기업: BASF, DuPont, SK지오센트릭, LG화학

연관 키워드: 바이오매스 기반 화학, 재생 가능 원료, LCA(전과정 평가)

⚗️ 3. 정밀화학 / 의약합성 화학자 (Medicinal Chemist)

분야: 신약 후보물질 합성, 약물전달시스템(DDS), 희귀질환 치료제

이유: 고령화와 함께 바이오 제약 분야 급성장. 합성 화학의 수요도 재부각

투자사례: 모더나, 화이자, 삼성바이오에피스 등 대규모 투자 지속

연관 전공: 유기합성, 약물화학, 화학공학

🧬 4. 합성생물학(Synthetic Biology) 기반 화학자

분야: 유전자 조작 미생물을 이용해 화학물질/소재 합성 (예: 미생물이 만드는 플라스틱, 향료, 연료)

이유: 전통 석유화학 대신 바이오 기반 공정 각광. 카본프리 미래에 필수 기술로 주목

투자사례: Ginkgo Bioworks, Zymergen 등 유니콘 기업 다수

연관 기술: 생명화학, 분자생물학, 화학생물학

🧫 5. 나노소재 / 스마트소재 연구개발직

분야: 그래핀, 메타물질, 자가복구 소재, 센서용 스마트소재

이유: 전자, 반도체, 우주항공, 의료 등 다양한 분야에서 신소재 수요 급증

대표기업: LG, 삼성, 3M, 한화솔루션, Aramco

연관 학문: 재료화학, 물리화학, 응용화학

💨 6. 탄소포집 및 활용(CCUS) / 수소 관련 화학 엔지니어

분야: CO₂ 포집·전환·활용, 수소 저장/운송/연료전지 소재 개발

이유: 탄소중립 달성 위해 정부·기업의 대규모 정책적 지원

대표기업: SK E&S, 현대차, Shell, Linde, Air Liquide

기술 키워드: 전기화학 환원, 촉매, 고압가스 제어, 수소화학

📈 공통 특징

투자 규모 크고 R&D 집중도 높음

정부와 글로벌 기업의 지속적 관심

학계–산업계 협력 활발 (논문/특허/창업 연계 가능)

연봉 및 커리어 성장률 빠름

📌 추천 진로 준비 팁

석사 이상 학위 (특히 연구개발 직군)

Python, MATLAB, LabView 등 데이터 분석 역량 함께 갖추면 가산점

논문/특허/인턴 경험 강조

ESG 또는 탄소중립 관련 프로젝트 참여

더 자세히 보고 싶은 분야가 있다면 (예: 배터리 vs 생물학 기반 화학 등), 세부적으로도 정리해 드릴 수 있어요.

나의 말:

이 중에서 지금은 유망하지만 2035년 사라질 화학 분야 직업 알려줘

ChatGPT의 말:

아주 좋은 질문입니다.
“지금은 유망하지만, 2035년쯤엔 사라지거나 급격히 축소될 가능성이 높은 화학 분야 직업”은 다음과 같은 단기적 트렌드에 기반한 직업입니다. 기술 변화, 정책 방향성, 시장 포화 등을 고려하면 일부는 10년 내 퇴출 혹은 자동화·대체 가능성이 큽니다.

❌ 2035년까지 사라지거나 축소 가능성 높은 화학 분야 직업

1. 🛢️ 석유화학 플랜트 공정 엔지니어 (기존 정유 기반)

이유:

전기차 보급, 탈탄소 정책으로 석유 수요 지속 감소

플라스틱 폐기물 문제 및 규제 강화

Shell, BP 등 글로벌 정유사들도 바이오/수소/전기 에너지로 전환 중

2030년대 예측:

신규 정유시설 거의 없어짐

기존 인력은 친환경화 방향으로 재교육 필요

2. 🧴 일회용 플라스틱 기반 폴리머 소재 개발직

이유:

일회용품 규제 (EU·한국·미국 등 전세계적 확산)

소비자 인식 변화 → 친환경 대체재(생분해성, 바이오 기반 등) 수요 증가

2030년까지 EU는 플라스틱 포장 100% 재활용 가능 목표

2035년 예측:

기존 PP, PS, PVC 중심 직무는 축소

바이오폴리머 전환 없는 경우 도태 가능

3. 🧪 전통 유기합성 기반 정밀화학 생산직

이유:

합성생물학(SynBio)·AI 기반 분자 설계로 자동화/대체 가능

수동 실험 반복 업무는 로봇화 및 머신러닝 모델에 의해 축소

예시:

기존 CRO(의약품 위탁생산) 중 저가형 단순 합성 인력은 감소 예상

2035년 예측:

단순 합성 위주의 업무는 AI+자동화 플랫폼으로 대체될 가능성 큼

4. 🧼 생활화학제품(샴푸·세제 등) 제형 개발 직군

이유:

포뮬러(제형)의 AI 최적화 기술 상용화

대기업의 오픈소스 공유 및 유사 제품 범람

경쟁력 떨어지는 중소업체는 통폐합 가능

2035년 예측:

대기업 중심으로 통합되고, 혁신 없는 제형 개발은 축소됨

5. 🏭 전통적 화학 공정 시운전 및 현장 제어 엔지니어

이유:

IoT + 디지털 트윈 + 원격제어 기술로 현장 운영 자동화

AI 기반 공정 최적화 도입 (제어반/밸브 조작 등은 점차 없어짐)

2035년 예측:

공장 자동화율 높아지고, 인력은 ‘설계–운영 알고리즘’ 쪽으로 이동

🚨 사라질 가능성의 핵심 조건

조건설명🔄 대체 기술 존재AI, 로봇, 합성생물학, 디지털 트윈 등🧭 정책/규제 방향탈탄소, ESG, 순환경제 기반 규제 강화💸 경제성 문제낮은 수익성, 경쟁 심화, 시장 포화👷 반복/단순 업무자동화 및 외주화가 가능한 구조

💡 요약: 지금 유망해 보여도 장기적으론 위험한 분야

분야이유정유/석유 기반 화학시장 축소 + 탈탄소 흐름단순 유기합성자동화 + AI 대체일회용 플라스틱 소재규제 강화 + 지속불가능성전통 생활화학 제형차별성 약하고 자동화 용이현장 위주의 공정제어원격·디지털화로 전환 중

더 궁금하신 분야나, "그럼 미래에도 안정적인 직무는?" 같은 질문이 있으시면 이어서 도와드릴 수 있어요.

나의 말:

그럼 위에서 말한 유망한 직업을 갖기 위해서 갖추어야 하는 조건이나 배워야 할 것이 있을까

ChatGPT의 말:

좋은 질문입니다.
앞서 말한 유망한 화학 분야 직업을 갖기 위해서는 단순히 화학 전공만으로는 부족합니다. 미래형 화학 인재가 되기 위해선 융합 역량 + 실무 경험 + 기술 트렌드 적응력이 필수입니다.

✅ 공통적으로 갖추어야 할 역량

항목설명추천 학습 자료🎓 석사 이상 학위연구개발 직군은 석사 이상이 기본입니다. 특히 기업 연구소나 첨단 스타트업은 박사 선호 경향도 있음국내외 대학원 / 공동연구 인턴🧠 기초화학 탄탄하게유기, 무기, 물리, 분석, 전기화학 등 핵심 이론에 강해야 응용 가능Clayden 유기화학 / Atkins 물리화학🧪 실험 실무 능력합성/분석/측정 장비(HPLC, NMR, SEM, XPS 등) 다룰 줄 알아야 연구소 실무에 적응 가능학부연구생 / 졸업논문 / 연구실 인턴🧮 데이터 분석 / 코딩실험 데이터 처리, 머신러닝 기반 소재 개발에 필수. Python/R은 기본Python (pandas, numpy, matplotlib), Jupyter Notebook🔄 융합 기술 이해력전기화학, 생물학, 재료과학, 컴퓨터 사이언스와 접점 넓힘Coursera, edX, 유튜브(서울대, MIT 강의)💬 영어 독해 및 커뮤니케이션최신 논문, 특허, 기술자료는 모두 영어. 논문 요약 및 PT 능력도 중요PubMed, ScienceDirect, ACS 논문 읽기

🎯 직무별 맞춤 준비 조건

1. 🔋 전고체 배터리 / 차세대 배터리 연구원

전공: 무기화학, 고분자, 전기화학

필수 역량: 전지 조립 및 테스트 경험, 전극/전해질 소재 이해, 임피던스 분석

추천 활동: 배터리 관련 연구실 인턴, COMSOL 시뮬레이션 툴 학습

2. 🌱 지속가능 화학 / 그린 케미스트

전공: 환경화학, 고분자화학, 생화학

필수 역량: 생분해성 소재 실험, LCA(전 과정 평가), 탄소발자국 계산

추천 활동: ESG 관련 공모전 참여, 화학 공정 최적화 모델링

3. ⚗️ 정밀화학 / 의약합성 화학자

전공: 유기합성, 약물화학, 의약화학

필수 역량: 구조 기반 약물 설계(SBDD), 스케일업 실험, 특허 검색

추천 활동: CADD(Chemical Design), ChemDraw, PubChem/Scifinder 사용 능숙

4. 🧬 합성생물학 기반 화학자

전공: 화학생물학, 생화학, 분자생물학

필수 역량: CRISPR, DNA 클로닝, 생합성 경로 디자인, 미생물 대사 조절

추천 툴: Benchling, SnapGene, BioRender

추천 강좌: iGEM 프로젝트, Ginkgo Bioworks 논문 분석

5. ⚛️ 나노소재 / 스마트소재 연구개발

전공: 재료화학, 물리화학, 응용화학

필수 역량: 나노입자 합성, 표면개질, 전자현미경 분석

추천 활동: 그래핀, 메타물질 관련 논문 프로젝트

6. 💨 탄소포집 / 수소화학 연구직

전공: 화학공학, 전기화학, 환경화학

필수 역량: CO₂ 전환 촉매, 수소저장합금, 연료전지 구성 분석

추천 활동: CCUS 세미나 참가, Aspen Plus, COMSOL 다뤄보기

📌 취업 or 진학 전 준비 Tip

단계해야 할 일📚 학부기초화학 튼튼히, 실험실 경험(졸업논문, 인턴 등) 필수🎓 석사특정 분야 심화 연구 → 논문 또는 특허 1개 이상🧪 연구실 인턴교수님 추천서, 포트폴리오 제작 시 큰 도움📄 이력서 준비연구기술 요약서(1장), 포스터 발표 경험 정리🌍 해외 네트워크논문 공저, 국제학회 참가, 교환학생 등으로 넓히기

✅ 결론: 미래 화학 인재는 "화학 + X"

화학 + AI (데이터 과학)

화학 + 바이오 (생물화학/합성생물학)

화학 + 에너지 (전기화학, 배터리, 수소)

화학 + 지속가능성 (LCA, 친환경소재)

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나노소재 R&D 전문가 로드맵_ 학부부터 취업까지 - visual selection

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Becoming a Nano Material_New Material Engineer_ A Comprehensive Guide - visual selection

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Conversation with GPT for Furture of jobs in 2035 

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Conversation with GPT for Furture of jobs in 2035 

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지금(2025년 기준) 화학 분야에서 가장 뜨는 직업 15개를 순위별로 정리해드릴게요.
평가는 아래 3가지 요소를 기준으로 종합 순위를 매겼습니다:

🔥 수요 성장성 (산업·정부 투자 증가율)

💰 연봉/수익성 (고소득 가능성)

🚀 미래 영향력/파급력 (다른 산업에 끼치는 영향력)

🏆 2025년 화학 분야 유망 직업 TOP 15

순위직업명분야간단 설명1이차전지 소재 연구원에너지/소재전기차·ESS용 배터리 소재 개발, 수요 폭발2AI 신약개발 전문가디지털/바이오머신러닝 기반 신약 개발, 글로벌 제약사 집중 투자3수소 연료전지 촉매 개발자에너지/촉매수소차·발전 연료전지 핵심 촉매 기술4컴퓨터화학자 (계산화학자)디지털/소재시뮬레이션 기반 신소재·신약 예측5의약합성 화학자제약/바이오정밀 유기합성 기반 신약 후보물질 제조6그린 케미스트 (친환경 화학자)환경/소재유해물질 대체, 생분해성 물질 설계7반도체/디스플레이용 화학소재 연구원소재고순도 감광제, 식각용 화학물질 개발8약물전달시스템(DDS) 연구자바이오/의약정밀 의약 전달을 위한 나노입자·고분자 시스템9CO₂ 자원화 연구원환경/공정이산화탄소를 유용 화학물로 전환 (CCU 기술)10바이오플라스틱 개발자친환경 고분자PLA 등 생분해 플라스틱 설계 및 상용화11화학 데이터 사이언티스트디지털/융합화학 실험 데이터 분석 및 예측 알고리즘 구축12화학 공정 엔지니어생산/엔지니어링반응공정 설계·운영 최적화13OLED/페로브스카이트 소재 개발자소재/디스플레이차세대 디스플레이·태양전지 소재 설계14화장품 소재 연구원생활/소재기능성 화장품 원료 개발 (항산화, 미백 등)15분석화학 전문가전 분야HPLC, GC, 분광법 등을 통한 성분 분석 및 품질 관리

🔍 요약 인사이트

✅ Top 5는 에너지/바이오/디지털 융합 분야가 차지함.

✅ AI와 화학의 융합은 실험실 밖에서도 일할 수 있어 인기도 상승 중.

✅ 이차전지·수소는 한국 기업 투자도 활발해 취업·연봉 측면에서 매우 유리.

✅ 그린화학·CO₂ 자원화는 환경규제 강화에 따라 장기적으로 중요성 급상승.

아주 좋은 질문이에요.
**“지금은 뜨고 있지만, 10년 뒤(2035년쯤) 사라지거나 대폭 축소될 가능성이 높은 화학 분야 직업들”**을 아래 기준으로 분석해드릴게요.

📉 선정 기준

평가 요소설명🤖 자동화 대체 가능성AI, 로봇 등이 사람보다 더 빠르고 정확하게 대체 가능한지🧪 실험실 수요 감소해당 실험이 다른 방식(AI 예측, 디지털 시뮬레이션 등)으로 대체되는 추세인지🌍 산업 구조 변화산업 자체가 축소되거나 규제로 인해 위축될 가능성 있는지

🛑 10년 내 사라지거나 축소될 수 있는 화학 분야 직업 7가지

순위직업명사라질 이유1기초 실험실 분석원 (단순 HPLC/GC 작업자)자동 분석기+AI가 이미 대체 중. 판단까지 기계가 수행함2석유화학 제품 합성 연구원 (기초유분 중심)탈석유 가속화 → 석유 기반 소재 개발 시장 축소3염료/염색 화학자섬유산업 해외 이전 + 친환경 규제 강화로 산업 위축 중4전통 정밀화학 중간체 제조 연구원중국·인도 업체와의 단가 경쟁에서 밀림. 자동화 공정 도입 중5실험 보조 전담 인력자동 샘플러, 로봇 팔 도입 → 반복 실험 보조는 축소 추세6플라스틱 첨가제 연구원 (기존 PVC, PE용 중심)생분해성·재활용 가능한 소재로 시장 이동 중. 기존 첨가제 규제 강화됨7석면 대체소재 연구자석면 자체가 거의 금지되며 연구 수요 소멸 단계

🎯 “사라진다”는 뜻은 완전 소멸보다는 이렇게 바뀝니다:

과거 직업명2035년에는 이런 형태로 전환됨단순 분석 실험원AI 분석 플랫폼 관리자, 데이터 기반 QC 엔지니어석유화학 합성 연구자바이오 기반 화학소재 개발자, CO₂ 자원화 전문가플라스틱 첨가제 개발자생분해성 플라스틱 첨가제 연구원, 순환소재 설계자

📌 요약: 사라질 직업 vs 뜰 직업

구분사라질 가능성 직업뜰 가능성 직업분석단순 HPLC 분석자AI 기반 분석 기술자소재석유 기반 합성 연구원바이오소재, 전지소재 연구자실험실험 보조 인력자동화 기기 관리자, 실험 설계자환경염료/염색 연구자그린화학자, 친환경 염료 개발자

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Disappearing Chemistry Jobs_ A Looming Transformation (1)

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2035년에 영향력 있을 직업 파악을 위한 GPT와 대화

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2035년에 영향력 있을 직업 파악을 위한 GPT와 대화

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2035년 정보학 분야에서 영향력 있는 직업 10가지 - visual selection

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2035년 정보학 분야에서 영향력 있는 직업 10가지 - visual selection (1)

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곤충학자 (Insect Taxonomist) AI 이미지·DNA 분석으로 자동 분류 가능

바이러스 분류학자 (Virologist – Taxonomic) AI + NGS로 신종 바이러스 자동 분류

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식물 분류학자 (Plant Morphologist) 위성·AI 식별 기술로 현장조사 축소

동물학자 (Field Zoologist) eDNA 기반 생물 존재 추정 기술 확산

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생리학자 (Classical Physiologist) 장기칩·디지털 트윈으로 동물·인체 실험 대체

동물 행동학자 (Animal Behaviorist) AI 행동 인식 모델과 센서 기반 자동 기록

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사라지는 직업(총 정리)

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사라지는 직업(총 정리)

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🔬 유전체 및 정밀의학 분야

1. 유전체 상담사 (Genomic Counselor)

개인의 유전 정보를 분석하고 질병 위험이나 건강관리 전략에 대해 상담을 제공합니다. 이 직업에는 유전학 지식뿐 아니라 상담심리, 생명윤리, 의료 커뮤니케이션 능력이 요구됩니다.

필요한 배경: 유전상담 석사학위, ‘Genetic Counselor Certification (GC)’과 같은 공식 자격증 소지

2. 정밀의학 전문가 (Precision Medicine Specialist)

환자의 유전자, 생활습관, 환경 등을 분석해 맞춤형 치료법과 약물을 설계하는 전문가입니다. 약리유전체학, 임상의학, 데이터 해석 능력이 필요합니다.

필요한 배경: 의학, 약학, 생명과학 박사 수준의 교육 (MD 혹은 PhD)

3. 유전체 데이터 분석가 (Genomic Data Analyst)

유전체 데이터를 분석해 질병과의 연관성을 탐색하며, 인공지능 및 빅데이터 분석 기술을 활용합니다.

필요한 배경: 생물정보학, 컴퓨터공학, 유전체학 석사 이상 / NGS 분석 도구 사용 능력

4. DNA 편집 전문가 (CRISPR Technician)

CRISPR 기술을 이용해 유전자 편집, 질병 치료, 농작물 개량 등의 실험을 수행하는 전문가입니다. 실험 기술 및 윤리적 감수성이 요구됩니다.

필요한 배경: 생명과학/유전공학 학사 이상, 분자생물학 실험 경력 필수

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🧬 합성생물학 및 바이오소재 분야

5. 합성생물학자 (Synthetic Biologist)

인공 DNA 회로, 박테리아 공장 등을 설계하여 새로운 기능의 생명체를 창조하는 역할을 합니다.

필요한 배경: 생명공학 또는 합성생물학 박사 수준, 생명회로 설계 능력

6. 생물 기반 재료 디자이너 (Bio-Material Designer)

생체재료를 기반으로 친환경 플라스틱, 인공장기 등의 소재를 개발합니다. 나노소재와 조직공학에 대한 이해가 필요합니다.

필요한 배경: 재료공학, 바이오공학 석사 이상

7. 인공세포 엔지니어 (Artificial Cell Engineer)

기능성 세포를 설계하여 의약품 전달, 바이오센서, 에너지 생성 등 다양한 목적에 사용합니다.

필요한 배경: 생명과학, 생명공학 석·박사, 세포공학 및 마이크로플루이딕스 기술

8. 바이오잉크 개발자 (Bio-Ink Developer)

3D 바이오프린팅에 필요한 생체잉크를 설계하고 제조하는 역할을 합니다. 조직공학 및 생물재료에 대한 지식이 필수입니다.

필요한 배경: 조직공학, 바이오프린팅 관련 석사 이상

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🧠 뇌과학 및 디지털 치료 분야

9. 뇌-컴퓨터 인터페이스 개발자 (BCI Engineer)

뇌파를 통해 기계나 컴퓨터를 제어할 수 있는 인터페이스를 개발하는 역할입니다. 신경신호 해석 및 전자회로 설계 능력이 요구됩니다.

필요한 배경: 전기공학, 컴퓨터공학, 신경과학 석사 이상

10. 신경회로 데이터 분석가 (Neural Circuit Data Analyst)

뉴런 활동 데이터를 수집하고 AI 기반 분석을 통해 질병 진단이나 뇌기능 연구에 활용합니다.

필요한 배경: 신경과학, 데이터 과학 박사급 교육 / 시뮬레이션, 칼슘 이미징 기술

11. 디지털 정신치료사 (Neurotherapist)

뇌파 분석을 기반으로 심리 치료나 기억 강화 등의 디지털 치료를 제공합니다. 뇌과학과 심리학의 융합이 핵심입니다.

필요한 배경: 심리학, 신경과학 석사 이상 / 임상심리사 또는 상담사 자격증 보유 권장

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🌱 환경 및 농업 유전공학 분야

12. 기후유전자학자 (Climate Geneticist)

기후 변화에 강한 식물 유전자 연구 및 품종 개량을 수행합니다. 식물유전학과 환경스트레스 관련 연구 경험이 필요합니다.

필요한 배경: 식물생명과학, 유전공학 박사급

13. 생물다양성 설계자 (Biodiversity Engineer)

생태계를 회복하기 위해 종 조합을 설계하고 복원 전략을 개발합니다. 생태계 모델링 능력이 중요합니다.

필요한 배경: 생태학, 환경생물학 석사 이상

14. 환경미생물 디자이너 (Environmental Microbe Designer)

폐기물 분해 및 오염 제거를 위한 특수 미생물을 개발하는 전문가입니다.

필요한 배경: 미생물학, 합성생물학 석사 이상 / 대사경로 조작 능력

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💊 AI 및 디지털 헬스 분야

15. AI 기반 신약개발자 (AI Drug Designer)

AI를 활용해 신약 후보 물질을 예측하고 설계합니다. 머신러닝과 화학정보학 기술이 필요합니다.

필요한 배경: 약학, 생명정보학, 컴퓨터공학 융합 석·박사

16. 생물정보 보안전문가 (Bio-Cybersecurity Expert)

유전자 데이터 보호와 관련된 보안 기술을 적용하여 해킹이나 정보 유출을 방지합니다.

필요한 배경: 사이버보안, 생물정보학 학위 / CISSP, CISM 등 보안 자격증

17. 디지털 생명코치 (Digital Bio Coach)

개인의 유전자 및 건강 데이터를 바탕으로 맞춤형 건강 전략을 제공합니다.

필요한 배경: 유전체학, 건강관리, 데이터 분석 학사 이상 / 헬스코칭 자격 유리

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🏥 바이오 인프라 및 윤리 분야

18. 디지털 장기은행 관리자 (Organ Bank Manager)

3D 프린팅 장기나 줄기세포 유래 장기의 보관 및 이식을 위한 관리 업무를 수행합니다.

필요한 배경: 생명공학, 의공학 석사 이상 / 장기보존 기술 이해

19. 개인 맞춤식품 디자이너 (Nutrigenomics Specialist)

유전자 분석을 바탕으로 개인의 식단과 건강보조식품을 설계하는 역할입니다.

필요한 배경: 영양학, 유전체학 관련 학위 / 건강기능식품 개발 경험

20. 생명윤리 컨설턴트 (Bioethics Consultant)

유전자 조작, 인공 생명체 등과 관련된 윤리적 문제를 분석하고 정책 자문을 수행합니다.

필요한 배경: 생명윤리학, 법학, 과학기술학 석사 이상 / 자문 및 연구 경력 필수

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2035 Future Jobs

🔬 The Future of Chemistry Careers: 2035 Outlook

1) Most Influential Chemistry Jobs in 2035

1. Sustainable Energy / Environmental Chemist

• Focuses on creating green technologies like hydrogen fuel, carbon capture materials, and renewable energy solutions.

• Plays a key role in addressing climate change and supporting global sustainability goals.

2. Pharmaceutical or Medicinal Chemist

• Designs and develops new drugs using bioinformatics and AI-assisted tools.

• Essential due to aging populations, antibiotic resistance, and emerging diseases.

3. Materials Chemist / Nanomaterials Scientist

• Develops advanced materials for electronics, biodegradable plastics, batteries, aerospace, and quantum devices.

• Central to next-generation tech and manufacturing.

4. Computational / Theoretical Chemist

• Uses AI, machine learning, and quantum computing to simulate molecular behavior and chemical reactions.

• Speeds up research and cuts down the need for physical experimentation.

5. Synthetic Biochemist / Chemical Biologist

• Engineers biological molecules or pathways by combining chemistry with synthetic biology.

• Vital in biotech, agriculture, and personalized medicine.

⸻

2) Required Skills, Education, and Certifications

🧪 Technical Skills

• Advanced laboratory techniques (e.g., chromatography, spectroscopy, titration)

• Programming and data analysis (Python, R, MATLAB)

• Knowledge of AI/ML in chemistry

• Green chemistry and sustainability practices

• Ability to work in interdisciplinary teams

🎓 Education

• Bachelor’s degree in Chemistry or Chemical Engineering (minimum)

• Master’s or PhD often required for research-intensive positions

• Specializations in relevant subfields (e.g., materials, computational chemistry, pharmaceuticals)

📜 Certifications (depending on the region/role)

• Good Laboratory Practice (GLP) certification

• Hazardous materials handling certifications (e.g., OSHA in the U.S.)

• Professional licenses (e.g., Chartered Chemist in the UK, Professional Chemist in Canada)

⸻

3) Personal Traits for Success

• Curiosity and creativity – to innovate and explore new solutions

• Attention to detail – especially in lab work and data interpretation

• Perseverance – because real research takes time and often involves failure

• Ethical mindset – particularly important in pharmaceuticals and environmental work

• Adaptability – to keep pace with rapidly changing technologies

• Collaboration – as modern chemistry is highly interdisciplinary

⸻

❌ Chemistry Jobs Likely to Decline or Disappear by 2035

1. Routine Analytical Lab Technician

• Jobs involving repetitive lab testing (e.g., pH, titration, basic assays) are increasingly automated.

• AI and robotic systems can now run and interpret many standard tests.

2. Chemical Production Line Operators

• Many tasks in chemical manufacturing are being replaced by fully automated, AI-driven systems with remote monitoring.

3. Quality Control Roles with Minimal Interpretation

• QC positions that only require basic pass/fail testing without in-depth analysis are at risk.

• AI algorithms can now handle more complex quality prediction models.

4. Basic Formulation Chemists (e.g., for standard cosmetics or cleaners)

• As AI learns to generate and optimize formulas faster than humans, these roles may be consolidated or automated unless they involve innovative R&D.

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By 2035, Computational Chemical Engineering will be a highly promising field, combining chemistry, computer modeling, and AI to solve complex problems more efficiently than traditional experiments. Instead of testing everything in the lab, engineers will use powerful simulations to design molecules, optimize chemical reactions, and improve manufacturing processes.

This field will be especially important for tackling global challenges like carbon neutrality, clean energy, and sustainable materials. Engineers will work on technologies such as CO₂ conversion, hydrogen production, and battery development, helping industries reduce costs, speed up innovation, and protect the environment.

Thanks to the rise of digital twins, smart factories, and AI-driven research, computational chemical engineers will become key players across industries—from pharmaceuticals and energy to materials and environmental tech. Their ability to connect chemistry with data and simulation will make them essential in the future of science and industry.

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1. Data Analyst

2. Data Scientist

3. Quantitative Analyst (Quant) / Financial Mathematician

4. Actuary

5. AI / Machine Learning Engineer

6. Mathematics Education Specialist

7. Statistician

8. Industrial / Applied Mathematician

9. cryptographer

-Will some of these jobs disappear in 10

years?

-Will the availability of these jobs

change in 10 years?

-Will other jobs be more influential/well

paying?

-What will be the most influential

jobs in your field in 2035?

✅

Jobs Very Likely to Be More Influential and High-Paying

AI/ML Engineer

Data Scientist

Cryptographer

Industrial/Applied Mathematician

Quantitative Analyst (Quant)

⚠️

Jobs Facing Automation or Role Shift

Data Analyst: Basic tasks will be automated by AI dashboards and NLP tools.

Actuary: May face decline unless they transition into broader data risk analysis roles.

🚀

Most Influential Math-Based Jobs in 2035 (My Prediction)

1. AI Architect / Machine Learning Engineer: Core to automation, robotics, healthcare, and finance.

2. Cryptographer (especially Post-Quantum): Critical for future digital security and quantum-safe protocols.

3. Applied Mathematician for AI-Physical Systems: Modeling climate, logistics, energy systems with advanced math.

4. Neurosymbolic AI Developer: Combining symbolic logic with deep learning—an emerging frontier in AI.

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[ Intro ]

What is my future job and what does it do?

->

How available will this job be in the future?

->

Why does it matter to you?

->

[ body ]

Education

->

Experience & Skills

->

Networking & Mindsets

->

[ Conclusion ]

Summary

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Recent high-paying jobs that probably will be replaced by AI in 2035(with GPT)

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Recent high-paying jobs that probably will be replaced by AI in 2035(with GPT)

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Way to be an observational astronomer(with GPT)

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Way to be an observational astronomer(with GPT)

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Have you ever wondered who created programs? It's the programmers.

So I want to be a programmer

It is one of the most promising occupations in the 4th industrial revolution.

It's nice to be able to create something

I will improve my skills by studying C and Java through classes and self-study while attending high school.

We will try to create a simple game ourselves.

I will stay motivated by remembering the day I first started.I will stay motivated by remembering the day I first started.

To sum up, I want to be a programmer because I enjoy creating things.

I will keep improving my skills and stay motivated as I move toward this goal.

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Way to be an observational astronomer(with GPT)

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Way to be an observational astronomer(with GPT)

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job title: AI-powered virologist

1. introduction:

Attention Grabber:

We experienced the danger of viruses through COVID-19. Now, with vaccines and treatments, the situation has improved and at the center of it all were virologists."While others run from viruses, virologists run toward them."Virologists play a vital role in protecting people’s lives.

Also, now it can be related to AI.

Future Job:My dream job is to become an AI-powered virologist, a scientist who uses AI to study viruses and create new treatments.

How available will this job be in the future? (statistics, infographics):

According to MarketsandMarkets, the global AI in healthcare market is expected to grow from $6.9 billion in 2021 to $67.4 billion by 2030,with an impressive compound annual growth rate of 45.7%.

This rapid growth is driven by the increasing use of AI to improve patient care in hospitals and medical research. As healthcare systems look for faster, smarter solutions, AI becomes a key tool, especially in fields like virology and drug development.

Why It Matters to Me:I want to protect people’s lives and be part of the solution in future health crises using smart technology.

2. Body:

<Education>

-High school student: Learn about life science, especially focusing more on the immune-related parts.

-Undergraduate student: Study life science centered on the immune field and artificial intelligence.

-Graduate student: Personally study artificial intelligence more and learn the knowledge needed to develop antiviral drugs.

<Experience & Skills>

-High school student: Participate in a life science club, experience various experiments, research different substances that can improve or restore cell functions, and use various equipment.

-Undergraduate student: Further explore the relationship between artificial intelligence and life science and conduct experiments related to cell immunity.

-Graduate student: Cultivate viruses directly, know in detail how to develop antiviral drugs, and conduct experiments.

<Mindset & Networking>

Stay motivated by remembering why this goal matters to me.I’ll seek mentors in the medical AI field and join online global science communities for inspiration and advice.

3. Conclusion:

In conclusion, I want to become an AI-powered virologist to fight future viruses with technology and science.I will study hard, gain experience, and build the mindset needed to make this dream a reality.

Summarize key steps by age.

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intro

how we can find out the essential principle of the world?

Maybe we find this through the Quantum Physicis.

statistics, infographics about Quantum physicis

And i wanna be Quantum physicist. I also find the essential principle of the world by being Quantum physicis

Body

1. High School

• Focus on math and physics

• Join science clubs and competitions

2. University (Bachelor’s in Physics)

• Learn classical and modern physics

• Study advanced math and quantum basics

• Join lab work and research programs

3. Graduate School (Master’s)

• Take advanced quantum courses

• Start research in a specific field

• Work in a lab under a professor

4. PhD Program

• Conduct original quantum research

• Publish papers and present at conferences

• Write and defend a thesis

5. Postdoctoral / Career

• Continue research or teach

• Lead projects or join quantum industries

Conclusion

To become a quantum physicist, I will study physics and mathematics from high school to graduate school, and focus on research in quantum mechanics. Through continuous learning, research, and dedication, I hope to discover the essential principles of our universe.

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Intro
1) What is your future job, and what does it do?

My future job is game developer

Game developers develop a variety of games for both PC and mobile, and provide entertainment to game users.

2) How available will this job be in the future? (statistics, infographics)

3) Why does it matter to you?

Because I usually like developing something and playing games

Body
1) Education

To become a game developer, it is important to complete a bachelor's degree in computer science or a game-related major.

2) Experience & Skills

Gain hands-on experience creating games using an engine like Unity.

The key is to build a portfolio through contests, clubs, and internships.

Know how to use Git and Github

3) Networking & Mindsets

Continuous learning ability

Logical thinking + creativity

Collaborative

Sincerity obsessed with details

Love and responsibility for the game

Conclusion
Summary

Game development requires both coding and creativity. With passion and practice, I believe I can make games that people love.

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1. Introduction

Hook

From finding the videos we want on YouTube, to navigating with our smartphones, and checking the weather forecast at the end of the day — all of these are powered by algorithms designed by unseen professionals: data scientists.

They read the flow of the world through data and help us make better decisions, acting as the hidden heroes behind our digital lives.

Job Description

A Data Scientist is a professional who collects, refines, and analyzes massive amounts of data to uncover meaningful patterns. Based on these insights, they develop predictive models and decision-making strategies.

It is a multidisciplinary role that requires not only skills in statistics, mathematics, and programming, but also creativity and problem-solving abilities.

Motivation

I’ve always enjoyed solving math problems logically, and I’ve also been curious about how mathematics can be applied to real-world issues.

Learning that data scientists play a key role in diverse fields such as climate prediction, disease tracking, and financial market analysis made me deeply interested in this profession.

Why Data Scientists Will Be in Demand in 2035

1. Key Talent in the AI and Automation Era
As AI continues to evolve, those who can manage and feed it with quality data are becoming more vital than ever.

2. Explosive Demand Across Industries
Almost all sectors — including healthcare, climate action, energy efficiency, and financial risk management — are shifting toward data-driven operations.

3. Rising Importance of Explainability and Ethics
As technology grows more complex, we increasingly need professionals who can clearly explain analytical outcomes and take responsibility for their models.

4. The Data Deluge Will Only Grow
As the world continues generating data at an exponential rate, those who can interpret it will become even more indispensable.

2. BODY

Educational Background

To become a data scientist, one needs to study a broad range of subjects including mathematics (especially probability and statistics), computer science (programming and data structures), and machine learning.

Proficiency in programming languages like Python, SQL, and R is essential. Courses related to artificial intelligence (AI) and deep learning are also important, and strong mathematical thinking forms the foundation of all these skills.

Skills and Experience

Theoretical knowledge alone is not enough — hands-on experience with real-world data is crucial.

Platforms like Kaggle are great for practicing real data analysis, and participating in school or club projects to build models is also beneficial.

Core technical skills include data preprocessing, visualization, predictive modeling, and model evaluation. Competence in cloud environments (e.g., Google Cloud, AWS) and AI libraries (e.g., TensorFlow, scikit-learn) also boosts one’s competitiveness.

Mindset and Interpersonal Skills

Data analysis is rarely successful on the first try, so persistence and an open mindset for problem-solving are vital.

Since data scientists collaborate with various departments (e.g., marketing, planning, engineering), strong communication and teamwork skills are essential.

I believe that while data is numerical, the outcomes are ultimately connected to people — so a people-centered attitude is just as important.

3.Conclusion

A data scientist is more than just an analyst — they are fusion professionals who combine mathematics, technology, logic, creativity, collaboration, and communication.

In a world that is constantly changing, data scientists will continue to be among the most influential and in-demand professionals in 2035, thanks to their ability to predict the future and guide decision-making through data.

By leveraging my love for mathematics, I hope to become a data scientist who continuously explores data, understands the world, and contributes to shaping a better future.

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pathway to be an observational astronomer(with napkin AI)

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pathway to be an observational astronomer(with napkin AI)

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A Pathway to Becoming an Observational Astronomer

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Introduction

1. Attention Grabber

"Have you ever imagined discovering a new planet — not through a telescope, but through code?"

2. What is your future job, and what does it do?

My future job is to become a Space Data Scientist.

A space data scientist analyzes huge sets of space data using machine learning and statistics to study galaxies, planets, black holes, and even Earth from space.

3. How available will this job be in the future?

Space missions are producing more data than ever before.

Companies like NASA, SpaceX, and Planet Labs are hiring data scientists to manage, analyze, and interpret this data.

It’s one of the fastest-growing roles in space and tech fields.

4. Why does it matter to you?

I’ve always loved both astronomy and computer science.

This job is the perfect combination of both — exploring the universe using technology.

It allows me to contribute to real discoveries and possibly make a global impact.

Body

1. Education – What will you study? Where? For how long?

I plan to major in Astrophysics or Data Science at a top university like KAIST, POSTECH, or even abroad like MIT.

I'll study subjects like astronomy, physics, computer science, and statistics for about 4 years for undergraduate, and possibly 2 more years for a master's.

2. Experience & Skills – How will you gain practical knowledge?

I will join research projects or internships at KASI (Korea Astronomy and Space Science Institute) or international programs.

I’ll learn Python, AI, machine learning, and use real satellite data (like from NASA or ESA).

I might also enter data science competitions (e.g., Kaggle) to practice solving real-world space problems.

3. Networking & Mindset – How will you grow professionally and stay motivated?

I’ll seek mentorships from professors or scientists working in this field.

I'll attend space and data science conferences, join online communities, and never stop learning.

When challenges come, I’ll remind myself: the universe is vast — and so is the potential to grow.

Conclusion

Becoming a Space Data Scientist is my dream job.

It blends my love of space and technology.

To achieve this, I’ll focus on strong education, practical experience, and building the right mindset and network.

With curiosity, passion, and persistence, I believe I can reach the stars — not just by looking up, but by looking into the data.

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[ Intro ]

1. My future job: Quantum Computing Scientist.

Researching algorithms specializing in quantum chemistry, machine learning, and optimization problems.

Developing and improving hardware such as qubits.

2. How available will it be in 10 years according to your research?

In the next 10 years, quantum computing is expected to become commercialized in specific fields, with significant improvements in practical performance and accuracy due to advances in error correction technologies and hardware. It is also expected to be applied in real-world scenarios through integration with various fields such as drug development, new material discovery, neural networks, and cryptography.

3. Why does this job matter to you?

Quantum computers can only operate reliably in extremely low-temperature environments, which poses significant physical limitations for widespread use. Moreover, quantum AI works in a fundamentally different way from traditional AI, making the development of new algorithms essential. I came to see this field as important because I want to study and address these challenges.

[ Body ]

1. Education

High School Years: Studying mathematics (calculus and basic linear algebra), physics, and computer science

Bachelor's Degree: Double majoring in Physics and Computer Science

Master's Degree: Majoring in Quantum Information Science

Doctorate's Degree: conducting in-depth research

Postdoctoral Program: Participates in international collaboration, and takes on the role of a project leader.

2. Experience & Skills

Research internship

Competition Participation

Mathematical Foundations

Quantum Mechanics Theory

Artificial Intelligence and Machine Learning Theory

3. Networking & Mindsets

Mentor

Academic Advisor

International Conferences and Research Networks

Interdisciplinary Thinking

Perseverance

[ Conclusion ]

Quantum computing is a rapidly evolving field with the potential to solve problems beyond the reach of classical computers. By gaining the right education, experience, and mindset, I hope to contribute to this exciting future as a Quantum Computing Scientist.

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introduction

Smart materials are materials that can change their properties. When they are exposed to different environments they change their properties. I am interested in this field after participating lecture about Graphin. In the future, I want to become a smart materials researcher.

body

To become a smart materials researcher, I need to study basic subjects like chemistry, physics, and math. After studying these subjects at high school I hope to enter a university that offers materials science or chemical engineering as a major. And I will join a research lab where I can work with professors and graduate . After graduating I will get a doctoral degree and start my own lab.

conclusion

I will work hard to achieve my goal. And I believe smarts materials researcher will be a important job at the future society.

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Intro

Attention grabber:
Have you ever considered how light can do more than help us see? Light powers lasers, fiber internet, medical tools, and even parts of supercomputers. That’s why I want to become an optical engineer in the future.

What is your future job, and what does it do?
An optical engineer designs and works with devices that use light, such as cameras, lasers, AR/VR, and LiDAR sensors in self-driving cars.

How available will this job be in the future?
This job is growing fast. The photonics industry is expected to grow from $988.7 billion in 2025 to $1.73 trillion in 2035. Quantum optics and photonic chips are also growing a lot. There will be many job opportunities.

Why does it matter to you?
I love physics, and I want to use it to solve real problems and help build new technologies using light.

Body

How will I become an optical engineer?

1. Education

I will study Physics or Electrical Engineering in college.

I will take classes like optics, electromagnetism, and laser physics.

After college, I want to study optics more deeply in graduate school, like a Master’s or PhD at KAIST, MIT, or Rochester. This will take about 6–10 years in total.

2. Experience and Skills

I will join research labs to get hands-on experience with lasers and lenses.

I will learn software like Zemax, COMSOL, and coding tools like Python and MATLAB to model how light behaves.

I will also apply for internships at tech companies and try optics-related projects or competitions outside of class.

I plan to build small experiments at home using kits and try things on my own too.

3. Mindset and Networking

I’ll join groups like OSA or SPIE to meet mentors and learn from real engineers.

I’ll attend workshops, conferences, and online events.

I know it won’t be easy, but I will stay curious, ask questions, and keep learning even when I fail.

I’ll work with classmates and teams to build confidence and teamwork skills.

Conclusion

To sum up, I want to become an optical engineer—a job that uses light to change the future. With strong education, practice, and passion, I believe I can make it happen. And since this job will grow a lot by 2035, I’m confident it’s a smart path for me.

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Introduction

Have you ever taken a pill and wondered who invented this? My future job is to become a Medicinal Chemist. Medicinal chemists design and develop new drugs to treat diseases by studying the chemical structure and biological activity of compounds. As diseases evolve and global health challenges increase, there will be more demand for new, safe, and effective medicines. Pharmaceutical companies and research institutes will need experts to develop next-generation treatments including personalized and AI-designed drugs. I love chemistry and want to help people. This job allows me to do both through life-saving science.

Body

I plan to major in Pharmaceutical Sciences or Chemistry at a university like KAIST. My undergraduate program will take 4 years and I may continue with a master’s or Ph.D. in Medicinal Chemistry or Drug Design. I’ll join research labs that focus on drug development and apply for internships at pharmaceutical companies. I’ll learn about organic synthesis, pharmacology, and use tools like molecular modeling software. I’ll attend scientific conferences, read medical journals, and stay connected with experts in drug research. Even when results fail, I’ll remember that every step could bring us closer to curing a disease.

Conclusion

Becoming a medicinal chemist is not just about working in a lab it’s about improving lives with science. With deep knowledge, creativity, and a heart for patients, I hope to discover the medicines of tomorrow.

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[quantitative analyst, quant]

[Intro]

In a world where split-second decisions can move millions of dollars, those who master mathematics, coding, and economics wield immense power. These people are called quants. Quants use advanced mathematics, statistics, and programming to model risk, price complex derivatives, or develop trading algorithms. They are the backbone of modern investment banks, hedge funds, and high-frequency trading firms.

[Body]

Education:

Major in mathematics, statistics, computer science, or economics. Core subjects to focus on are linear algebra, multivariable calculus, and object-oriented programming (Python, C++, or Java).

1. Experience and skills:

I should get CFA (chartered financial analyst), FRM (financial risk manager), and CQF (certificate in quantitative finance). And I should build skills including coding, mathematical modeling, and financial theory.

2. Networking and mindsets:

Quants requires curiosity, precision, and resilience. Also, quants should apply for internships at investment banks, hedge funds, and fintech firms.

[Conclusion]

Becoming a quant is more than learning formulas. It’s about solving complex, real-time problems with speed and precision. With the right education, practical skills, and a mindset for innovation, become a key player at the intersection of math and finance. In the evolving world of data markets, quants are not just analysts. They are innovators and architects of the financial future.

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Introduction

1. Attention Grabber

Have you ever wondered how your phone keeps getting faster even though it’s the smaller then before? It is possible because of the development of the Semiconductor.

2. What is your future job, and what does it do?

My future job is to become a Semiconductor Engineer.

This job involves designing and improving the tiny chips inside our devices — making them smaller, faster, and more energy efficient.

In particular, I want to focus on solving thermal and design limits that challenge how far we can push modern chip technology.

3. How available will this job be in the future?

Semiconductors are core element of almost everything like AI, electric vehicles, quantum computers.

As chips reach physical limits, skilled engineers will be essential for creating new architectures and materials.

4. Why does it matter to you?

I’ve always been curious about how things work at the smallest level.

Solving the heat and speed limits of chips means powering the future — not just phones, but entire smart cities and space technologies.

Body

1. Education – What will you study? Where? For how long?

I plan to major in Electrical Engineering or Materials Science at universities like POSTECH, KAIST, or possibly MIT.

I’ll study semiconductors, nanotechnology, and thermal engineering and may continue with a graduate degree in chip design or advanced fabrication.

I think I have to study for 4 years.

2. Experience & Skills – How will you gain practical knowledge?

I’ll join university labs and intern at tech companies like Samsung, TSMC, or SK hynix.

I’ll learn about chip architecture, cleanroom processes, and simulation tools like COMSOL or Cadence.

3. Networking & Mindset – How will you grow professionally and stay motivated?

I’ll attend semiconductor forums, read the latest tech journals, and connect with researchers.

Even when my designs fail, I’ll stay focused because each failure brings me closer to innovation.

Conclusion

Being a semiconductor engineer means pushing the limits of physics and imagination.

With creativity, precision, and persistence, I want to break barriers in chip design and help power the technologies of tomorrow.

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AI Engineer

Hook
Everyday you use AI techknowledge such as smartphone, youtube recommendation. Who makes these these techknowledge? He is AI Engineer.

Introduction
AI engineer is a person who plans, designs, and builds artificial intelligence systems.
They need to understand code, math, data, algorithms.
AI engineers work with many experts from different fields.

Motivation
Today, people use various modern science techknowledge. All of them, I think AI is the most inovative one. This field requires Imformatics and Math. I love Math the most. And I also interested in programming and algorithm. So, I want to be explore the world of AI. Creating and Adapting AI looks like creating life. this makes me engaged in.

Education
probability, calculus, linear algebra, logic
physics
programming (Python)

Skills, Experience
Doing Python projects in high school
Taking online courses about AI
Joining Kaggle or AI competitions
Reading AI papers
Joining open-source projects
Learning how AI tools work and how to use them well
Good coding skills(Python, C++, JavaScript)(*important*)

Mindsets
learning from mistakes and keeping going
Qualities: curiousity, logic, patience, and good teamwork
bravery not to be afraid to fail, to try to learn more

Conclusion
Almost industry is gradually utillizing AI. for 10 to 20 years, AI will be a basic infra of many fields. AI engineer is not only a job, but also it changes the future.

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Chemistry in 2035 : Careers That Will Shape the Future

What kind of job do you wnat to have in the future?

As our society gets older and new diseases appear, we'll need better and smarter medicines. That's why I want to become a Pharmaceutical and Medicinal Chemist.

I'm interested in using chemistry to help people live longer and healthier lives. In the future, I hope to design new drugs that can treat serious diseases, maybe even ones that don't have a cure yet. Medicinal chemists design and develop new drugs to treat diseases. They study how molecules interact in the body and try to create safer, more effective medicines. For me, it's not just about science - it's about making life better for others.

Right now, I’m a first-year student at a science high school in Korea. This year, I’m learning basic high school chemistry, and next year, I’ll take advanced chemistry. In my third year, I’ll study AP Chemistry, which is almost like what you learn in college.

Some students, including me, may graduate early — so I could start university at the age of 19. At school, I’m also part of a chemistry research club called Chemikid, where we do experiments and talk about real scientific problems. I plan to stay in this club throughout high school to gain more experience.

In university, I want to major in chemistry or pharmaceutical sciences. I’ll study organic chemistry, biochemistry, and drug design — all the subjects that are important for developing new medicines. After getting my bachelor’s degree, I plan to go to graduate school for a master’s degree. Then, I hope to continue my studies abroad, maybe in the U.S. or Europe, to learn from the best researchers in the field.

Finally, after finishing my education, I want to work as a medicinal chemist — developing new drugs that can help people live longer and healthier lives.

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[Intro]
Hi everyone, have you ever wondered how dinosaurs looked in real life?
Well, my future job is a Digital Paleontologist who brings prehistoric creatures back to present by using 3D technology.
This job is becoming more important with the rise of digital museums, documentaries, and virtual reality experiences. And recent paleontologic researches are using 3D technology. Therefore, this job is important to future paleontologic reasearch.
It matters because I love dinosaur and information science, and this career combines them perfectly. I want to visualize the ancient creature by 3D technology.

[Body]
1. Education
:I plan to start preparing in high school by focusing on science and art subjects. I will take biology, earth science, and visual arts courses to build a strong foundation in both scientific knowledge and creative skills.
I also plan to join science clubs or participate in school projects related to paleontology, fossils, or digital design.
After that, I will study paleontology or earth sciences at university, with a focus on anatomy, fossils, and evolution.
I'll also take extra courses in digital modeling, 3D software.
My goal is to study for 4 years at Bachelor's Degree, 2 years at Master's Degree, 3 years at Doctor's Degree in university with strong science and technology programs.

2. Experience & Skills
:To gain experience, I hope to do internships at natural history museums or research labs. I also want to practice 3D modeling using free software like Blender or ZBrush.
Volunteering in science clubs or museum projects will also help me build useful skills and a strong portfolio.

3. Networking & Mindset
:I’ll try to connect with real paleontologists and digital artists through online communities or mentorship programs.
Staying motivated won’t be easy, but my passion for dinosaurs and storytelling keeps me focused. When challenges come, I’ll see them as part of the adventure.

[Conclusion]
In conclusion, I want to become a digital paleontologist because it brings together paleontology and informatics.
To reach that goal, I’ll focus on studying the right subjects, gaining real-world experience, and staying inspired by my love for ancient life.

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1.introduction

-attention grabber:

Do you like seeing night skies? There's a job that lets you see the deepest part of the universe as much as, through the way you like.

-what is your future job, and what does it do?

It is an observational scientist. It sees the things happening in the universe through ground or space based telescopes and analyses scientific reasons why it happens.

-how available will this job be in the future?

One may think this job may shrink a little bit in the future, because AI could be better at collecting data about the universe. But this is not the only thing that observational scientists do. They find and develop new ways to observe the universe. In addition, analysing and using those new to examine the phenomena of the universe will still, ever be observational scientist’s jobs.

-why does it matter to you?

This job is very attractive to me, because it allows me to see and think about the phenomena in the universe faster than any other person. Possibility that I could be the first one to grab the mystery of the universe makes me crazy for this job. The way this job works-through the global databases and communications. It supports my various experiences all over the world.

2.body

How will you achieve this goal?

-Education: What will you study? Where? For how long?

First, in high school, I have to build a solid foundation in STEM by learning physics, earth science, and computer science. Top technological universities like KAIST, POSTECH, or even abroad universities like MIT will be the best place to build my competency in this job. During my 4 years of bachelor's degree, I could major in astronomy, astrophysics, physics, or computational science. To be a master, I have to spend 2 years specializing in observational techniques, instrumentation, or specific celestial objects. Last, in doctor’s degree, i could conduct deep research using ground or space based telescopes for 4 to 6 years.

- Experience & Skills: Internships, part-time jobs, volunteering, certifications, etc.

After graduation, I could work at an observatory, space agency (like NASA, ESA, and KAI), or research institute. I also can do my activities even during the military service, by applying in special positions related in observation science.

-Networking & Mindsets: Mentorships, staying motivated, or overcoming challenges.

To thrive as an observational astronomer, cultivating the right mindset and community is just as important as formal learning. Curiosity, patience, and perseverance are vital — astronomy research often involves long nights, repeated trials, and years-long projects. Building connections with professors, attending astronomy conferences, and joining professional groups like the American Astronomical Society or local observatories help open doors. Mentorship, collaboration, and being open to feedback foster growth and resilience. Most importantly, future astronomers should stay driven by wonder — the desire to understand the universe is what keeps observational astronomers looking skyward, night after night.

3.conclusion

-Summarize your goal and key steps.

To a boy who loves seeing night skies and imagining what is going on, an observational scientist is the best vocation to observe the night sky, determine the principles about those phenomena, and find new ways to observe the objects in various ways. To feel the excitement of discovering new events and share it with colleagues all over the world, i have to learn earth science, physics, math and computer science in high school, and major in astronomy, astrophysics, physics and computer science during bachelor's degree for 4 years, specialize in observational techniques, instrumentation, or specific celestial objects during master’s degree for 2 years, and conduct deep research using ground or space based telescopes in doctor’s degree for 4 to 6 years. After graduation, I could work at an observatory, space agency (like NASA, ESA, and KAI), or research institute and apply in special positions related to observation science during the military service. If I carry out these works having mindsets like curiosity, patience and perseverance, I could joyfully be a person who works for what I love.

# data[].attributes.body
Introduction
Have you ever imagined programming life itself — like writing genetic code for living things?
What if I told you that in 2035, I will be working as a Synthetic Biologist?
My dream job is to become a Synthetic Biologist.
This job involves designing and building new biological systems — like bacteria that can eat plastic, yeast that can produce medicine, or cells that can detect cancer.
In the future, this job will be in high demand, because climate change, pollution, and disease will require creative biological solutions.
More and more companies are looking for experts who can engineer life to solve real-world problems.
I’ve always been fascinated by how life works, and I also love creating new things.
This job combines my interest in biology and innovation, and it lets me make a difference by helping people and the planet at the same time.

Body
To achieve this goal, I will study Synthetic Biology or Biological Engineering at a top university.
I’ll focus on subjects like genetics, molecular biology, biochemistry, and biotechnology.
My plan includes 4 years of undergraduate study and possibly a master’s or Ph.D. to gain deeper research experience.
I plan to join research programs and internships at bio labs, universities, or biotech startups.
I’ll learn important skills like gene editing (CRISPR), DNA synthesis, lab automation, and bio-design software.
I’ll also take part in science fairs, competitions like iGEM, and team projects that simulate real synthetic biology challenges.
To grow professionally, I’ll connect with scientists and mentors in the field.
I’ll attend global conferences, join online research communities, and stay curious about the latest innovations.
When things get tough, I’ll remind myself that science is about learning from failure and trying again.

Conclusion
Becoming a Synthetic Biologist is more than just a job — it’s my dream mission.
It brings together my passion for biology and my desire to build a better future using science. To achieve this, I’ll focus on education, hands-on experience, and the right mindset. With curiosity, creativity, and persistence, I believe I can engineer life to solve the world’s toughest problems.

# data[].attributes.body
Introduction
Have you ever imagined programming life itself — like writing genetic code for living things?
What if I told you that in 2035, I will be working as a Synthetic Biologist?
My dream job is to become a Synthetic Biologist.
This job involves designing and building new biological systems — like bacteria that can eat plastic, yeast that can produce medicine, or cells that can detect cancer.
In the future, this job will be in high demand, because climate change, pollution, and disease will require creative biological solutions.
More and more companies are looking for experts who can engineer life to solve real-world problems.
I’ve always been fascinated by how life works, and I also love creating new things.
This job combines my interest in biology and innovation, and it lets me make a difference by helping people and the planet at the same time.

Body
To achieve this goal, I will study Synthetic Biology or Biological Engineering at a top university.
I’ll focus on subjects like genetics, molecular biology, biochemistry, and biotechnology.
My plan includes 4 years of undergraduate study and possibly a master’s or Ph.D. to gain deeper research experience.
I plan to join research programs and internships at bio labs, universities, or biotech startups.
I’ll learn important skills like gene editing (CRISPR), DNA synthesis, lab automation, and bio-design software.
I’ll also take part in science fairs, competitions like iGEM, and team projects that simulate real synthetic biology challenges.
To grow professionally, I’ll connect with scientists and mentors in the field.
I’ll attend global conferences, join online research communities, and stay curious about the latest innovations.
When things get tough, I’ll remind myself that science is about learning from failure and trying again.

Conclusion
Becoming a Synthetic Biologist is more than just a job — it’s my dream mission.
It brings together my passion for biology and my desire to build a better future using science. To achieve this, I’ll focus on education, hands-on experience, and the right mindset. With curiosity, creativity, and persistence, I believe I can engineer life to solve the world’s toughest problems.