Simon Cohn

Simon Cohn serves as Vice President of Exploration at Q2 Metals Corp. (TSXV: QTWO / OTCQB: QUEXF), a junior mining company advancing lithium projects in Quebec's James Bay region. He is the technical lead responsible for the company's exploration strategy and field programs at the Cisco Lithium Project and the Mia Lithium Project. For resource investors, Cohn is the person translating early-stage geological field work into the drill results and resource estimates that drive a junior miner's valuation.

Cohn is a Professional Geologist with over 15 years of mineral exploration experience across multiple commodities, with a current focus on hard-rock lithium deposits. His career includes field mapping, drill program design, and geological modeling for junior and mid-tier mining companies operating in Canada. At Q2 Metals, he oversees exploration activities in a jurisdiction — the James Bay lithium district — that has become one of North America's most active areas for critical mineral supply.

His approach centers on systematic, data-driven exploration: identifying structural controls and mineralized trends through mapping, then testing them with targeted drilling. In lithium exploration, this means understanding the geometry and continuity of spodumene-bearing pegmatite dikes (spodumene is the primary ore mineral for hard-rock lithium extraction, and pegmatites are the igneous rock formations that host it). The quality of an exploration geologist's work directly affects whether a project can eventually deliver an NI 43-101 compliant mineral resource estimate (the Canadian reporting standard that defines how much of a deposit can be economically extracted).

Investors following Q2 Metals — or the broader James Bay lithium scene — should watch for Cohn's commentary on drill results, targets, and exploration timelines. His updates on the scale and grade of mineralization at the Cisco and Mia projects are the primary technical signals the market uses to assess whether these early-stage assets have the potential to become a meaningful lithium source for the North American battery supply chain.