Zeeshan Ali Mohammed

Co-Founder

London, England, United Kingdom3 yrs 9 mos experience

Most Likely To Switch

Key Highlights

Co-founded an investment intelligence platform.
Expert in operations and community building.
Innovative research in advanced aerospace technologies.

Stackforce AI infers this person is a strategic leader in the Aerospace and Investment sectors, driving innovation and operational excellence.

Contact

Skills

Core Skills

Strategic PlanningOperations ManagementTeamworkProblem Solving

Other Skills

LeadershipPartnershipsCommunity BuildingSolidWorksProduct InnovationTeam ManagementMarketing StrategyMachine DesignC (Programming Language)MechatronicsSupply Chain ManagementSustainable DesignPython (Programming Language)Genetic AlgorithmsSiemens NX

About

Co founder at Platvix building an investment intelligence platform and the ecosystem around it so founders become investment ready faster and VCs make stronger decisions. I focus on operations, partnerships, and community building, turning strategy into execution through programmes, processes, and founder support. My vision is to build a data driven ecosystem that connects founders and investors through trusted signals and shared intelligence.

Experience

3 yrs 9 mos

Total Experience

1 yr 10 mos

Average Tenure

2 yrs 3 mos

Current Experience

Platvix

Co-Founder

Feb 2024 – Present · 2 yrs 3 mos · Middlesbrough, England, United Kingdom · On-site

As a co-founder of Platvix, I blend my deep knowledge of business fundamentals and operations with a passion for financial strategies to fuel our platform's mission. Together, we're crafting a space where technology meets investment, driving forward the success of startups with precision and innovation.

Strategic PlanningLeadershipOperations ManagementPartnershipsCommunity Building

Teesside university

Advanced Autogyro Research and Development Internship

Jan 2023 – May 2023 · 4 mos · Middlesbrough, England, United Kingdom · On-site

In a focused research initiative, I explored advanced improvements in autogyro technology, specifically targeting the optimisation of electrically powered pre-rotation systems. This project aimed to transcend the limitations inherent in traditional mechanical pre-rotation methods, paving the way for significant advancements in gyroplane functionality and efficiency. A key part of the approach involved the meticulous design and optimisation of a clutch system tailored for hydraulic-powered gyrocopters. To achieve this, we leveraged SolidWorks for detailed design visualisation, enabling precise modelling and adjustments.
This endeavour not only deepened my understanding of complex aerospace engineering concepts but also provided practical experience in the application of cutting-edge design tools. It honed my abilities in tackling intricate technical challenges, fostering a culture of innovation and collaborative problem-solving.

TeamworkProblem SolvingSolidWorks