Advanced Organic Synthesis & Mechanisms Certification
Graduate-level organic chemistry — physical organic reasoning, stereocontrol, C–C bond construction, pericyclic and transition-metal chemistry, and synthesis strategy
Key facts
- Level: Expert
- Field: Chemistry
- Estimated study time: about 46 hours
- Credential price: $399
- Exam: 90 questions · 150 minutes · pass mark 75%
About the Advanced Organic Synthesis & Mechanisms certification
An expert-level certification for chemists who already know undergraduate organic chemistry and want to think like a graduate synthetic chemist. You will start from physical organic foundations: frontier molecular orbital (HOMO/LUMO) theory, reaction-coordinate diagrams, the Hammond postulate, the Curtin–Hammett principle, kinetic versus thermodynamic control, Hammett linear free-energy relationships (sigma and rho), kinetic isotope effects, and conformational analysis with A-values and allylic strain. You will then master stereochemistry and stereoselective synthesis: advanced CIP cases and topicity (Re/Si faces), enantiomeric excess and diastereomeric ratio calculations, Felkin–Anh and chelation models, Zimmerman–Traxler aldol transition states, Evans oxazolidinone auxiliaries, Sharpless asymmetric epoxidation and dihydroxylation, and enamine/iminium organocatalysis. Carbon–carbon bond formation follows: kinetic and thermodynamic enolates, alkylation, Michael additions and the Robinson annulation, Wittig, Horner–Wadsworth–Emmons, Still–Gennari and Julia olefinations, and the selectivity of Grignard, organolithium and cuprate reagents. Pericyclic chemistry is treated rigorously through FMO and Woodward–Hoffmann analysis of Diels–Alder reactions (endo rule, regiochemistry), electrocyclic ring closures (conrotatory and disrotatory), sigmatropic [3,3] and [2,3] rearrangements and dipolar cycloadditions. Transition-metal catalysis covers full catalytic cycles for Suzuki, Heck, Sonogashira, Negishi, Stille and Buchwald–Hartwig couplings, olefin metathesis and an overview of C–H activation, with practical guidance on choosing catalysts, ligands, bases and solvents. The final module is strategy: retrosynthetic analysis with disconnections, synthons, functional-group interconversion and umpolung; protecting groups and orthogonality; chemoselective oxidation and reduction (Swern, Dess–Martin, NaBH4, LiAlH4, DIBAL-H, Luche); green-chemistry metrics (atom economy, E-factor, PMI); and case studies on ibuprofen, sitagliptin and tropinone. Every lesson includes a fully worked example and an animated, scientifically exact figure. This credential certifies that you can predict, explain and design complex organic syntheses at a professional research level.
What you will learn
The official Advanced Organic Synthesis & Mechanisms study course covers:
- Physical Organic Foundations — Frontier molecular orbitals, free-energy surfaces (Hammond, Curtin–Hammett, kinetic versus thermodynamic control), Hammett plots, kinetic isotope eff…
- Stereochemistry and Stereoselective Synthesis — Topicity and Re/Si faces, ee and dr, Felkin–Anh and chelation models, Zimmerman–Traxler aldols and Evans auxiliaries, Sharpless epoxidation and dihyd…
- Carbon–Carbon Bond Formation — Kinetic and thermodynamic enolates and their alkylation, Michael additions and the Robinson annulation, Wittig/HWE/Still–Gennari/Julia olefinations,…
- Pericyclic Reactions — Diels–Alder reactions through frontier orbitals (endo rule, regiochemistry), Woodward–Hoffmann rules and electrocyclic reactions, and sigmatropic rea…
- Transition-Metal-Catalysed Synthesis — Full catalytic cycles for Pd cross-coupling (Suzuki, Heck, Sonogashira, Negishi, Stille, Buchwald–Hartwig), choosing ligands, bases and solvents, ole…
- Synthesis Strategy and Case Studies — Retrosynthetic analysis with synthons and umpolung, protecting groups and orthogonality, chemoselective oxidation and reduction, green-chemistry metr…
Prerequisites
Frequently asked questions
- Is the Advanced Organic Synthesis & Mechanisms certificate verifiable?
- Yes. Every issued Hootix Academy certificate carries a unique credential code that anyone can verify online.
- How is the Advanced Organic Synthesis & Mechanisms exam structured?
- It is a 150-minute ID-verified multiple-choice exam of 90 questions; you need 75% to pass.
- Do I need to buy the course to take the exam?
- Each certification is sold three ways: the exam on its own, the online course on its own, or both together as a Course + exam bundle (the bundle price is the course price plus the exam price).
- How long does the Advanced Organic Synthesis & Mechanisms course take?
- About 46 hours of self-paced study.