M. Fajar Naseer

Chemistry Research & Leadership: Driving Innovation from Quantum Theory to Industrial Application.

"I am a dedicated and results-driven Chemistry graduate specializing in the intersection of Organic Chemistry, Quantum Mechanics, and Industrial Application. My approach couples rigorous analysis with practical, hands-on expertise, from synthesizing novel complexes in the lab to crafting industry-relevant products. I believe the most impactful work is driven by scientific precision and creative problem-solving."

RESEARCH INTERESTS & ACADEMIC GOALS

Organic Synthetic Methodology: Focused on Heterocyclic Chemistry and the development of novel synthetic routes for Medicinal Chemistry applications.

Organo-Fluorine Chemistry: Deep interest in the synthesis and mechanistic study of Metal-Fluoride Complexes and C-F bond activation.

Catalysis & Mechanism: Investigating the transition states of transition-metal-catalysed reactions to improve atom economy and regioselectivity.

Molecular Design: Integrating structural Inorganic chemistry with Organic frameworks to develop functional molecular materials.

Cluster Chemistry: Synthesis of polynuclear Schiff base complexes and their integration into porous materials (MOFs/COFs)

Professional Development & Continuing Education

Name of Event: Aspire Empower Ed Conference

Role: Attendee

Date: November 22, 2025

Key Topics:

Plenary Panel Session

Tell Your Story With Confidence: By Jeff H Sipe (workshop)

Pathways For All: By Shveta Raina (themed session)

Networking Session

Aspire Leaders Program | Aspire Institute (Founded by Harvard University Faculty)

Selected as one of the top global applicants for a fully-funded leadership development journey.
Completed HarvardX-curated coursework focused on Critical Thinking, Strategic Communication, and Global Collaboration.
Developed a professional identity and leadership philosophy through masterclasses with world-class educators.