Hi! My name is Jimmy Kiarie. I am a Web Developer, and I`m very passionate and dedicated to my work. With 4 years of experience as a professional Web developer, I have acquired the skills and knowledge necessary to make your project a success. I enjoy every step of the design process, from discussion and collaboration to concept and execution, but I find the most satisfaction in seeing the finished product do everything for you that it was created to do. ©

Highly accomplished and output-driven Technical Architect/Lead with over two decades of experience thriving in highly strategic roles, leading with influence, and delivering results. An outstanding Specialist in cloud platforms, full stack development, micro services, and accessible rich responsive and progressive web application. Masterful agile software development, delivery/integration, and leadership. Have successfully managed, mentored, and led high-performance teams. Have a stellar track record of previous employment and completed projects. ©

The word normally solves everything. So we must learn the language that we exist in. ©

BY DAY: A bored Student who is studying electronics. By Night: I write Code. Tinker with Stuff. For Fun: OpenCL, OpenCV. Cofee To Code ©

Barvarian hobby mathematician. PhD drop-out for many reasons last century, but actually can`t let go of math. Interested in Riemannian analysis/geometry - doing it my way... Unpublished theorem of 1996: A complete Riemannian manifold with strict stochasticly positive Ricci curvature is compact and has finite fundamental group. (Exact formulation and 1 page logarithmic Sobolev proof to be written up one day. I still owe this to KD Elworthy...) Ever since I`m on the quixotic quest of eliminating vector field brackets from tensor calculus (except e.g. submersion curvature), spurious occurences of Jacobi fields from basic differential geometry, or of Frobenius`s theorem (except in Freudenthal`s simplification if Kuranishi-Yamabe), of reducing principal bundle wizardry to pre-presheaves plus frame parallel transport, etc. and perhaps other abstract obsessions. More constructively I`m trying to put Riemannian geometry from the head on its feet, starting with Zariski`s cotangent bundle on locally ringed space with a Riemann-Christoffel formula on differentials. My hero in wielding Occam`s razor (like the Death clock in the Stiftskirche of Altötting (where I first learned math as a well-mentored autodidact) is Albert Einstein. He stresses an important caveat: Do not oversimplify. Tensor calculus can be simplified by not simplifying away basic functor stuff. Thus in my way of tensor(-Hom) calculus tangent space is the double dual of classical tangent space - reflecting a fundamental distinction of differential geometry from algebraic geometry: Torsionless modules (for which Zariski cotangent space is the universal differential module). ©