Rashed Rehman

Doctoral Student @ Harbin Institute of Technology, Shenzhen

About

Organic chemist and strategic analyst bridging chemistry, AI, and finance.I work at the intersection of three worlds: designing and optimizing organic syntheses, leveraging AI to accelerate global collaboration between researchers and teams across continents, and analyzing chemical commodity markets through a data-driven lens. This combination gives me unique insight into how scientific breakthroughs translate into market movements.What I bring:• Deep expertise in organic synthesis with proven track record in complex reactions and yield optimization• Strategic use of AI tools to connect global teams, streamline workflows, and turn distributed knowledge into competitive advantage• Analytical approach to understanding chemical markets, commodity trends, and the investment opportunities at the intersection of innovation and industryI'm fascinated by how markets react to chemistry — how a single synthesis breakthrough can shift valuations, how global supply chains amplify discovery, and how the right data analysis reveals patterns others miss.Looking to collaborate with chemists pushing boundaries, traders reading the market, and innovators using AI to work smarter.

Country

China

City

Shenzhen

Industry

Chemicals

Skill

Chart Analysis, Stock Market Analysis, Calculations, Collaboration in Healthcare, Organometallic Chemistry, Teaching Classes, Cell Culture, Drug Development, Power Devices, Life Sciences, Materials Science, ChemDraw, Inorganic Synthesis, Electronics, Avogadro, Spectral Analysis, Working with Procurement Professionals, Fine Chemicals, Drug Discovery, Route Planning

Experience

Doctoral Student

Harbin Institute of Technology, Shenzhen

2023-9 - Present · 3 yrs

Shenzhen

• Conducted advanced research in synthetic organic chemistry and chiral metal-organic frameworks (MOFs). • Designed and synthesized BINOL-based ligands for applications in asymmetric synthesis. • Utilized multi-step organic synthesis techniques, including bromination and Suzuki coupling reactions. • Characterized compounds using NMR and UV-Vis spectroscopy, contributing to innovative chemical synthesis methods.

Lecturer

Department of Chemistry

2015-3 - Present · 11 yrs 6 mos

Teaching Classes from Grades 11 & 12, BS and MSc. Conducting Practical Classes for Grades 11 & 12, BS, and MSc. Supervising BS, and MSc students. Working as a Member of Purchase Committee. Worked as Head of Chemistry Department (2020 to date). Working as Research Lab Incharge (2019 to date).