Schedule & Registration HOME Topics: 1. Innovation metrics (how to measure innovation progress?) 2. The Universal Theory of Innovation (The knowledge realization function) 3. The Innovation Progress Map & Diagram (Innovation-SP) 4. The Unending (iterative) Innovation next-step procedure 5. Generic chemical solutions to common chemical challenges 6. Chemical Engineering considerations at the bench-top level 7. Chemical engineering innovation -- a chemist point of reference 8. Team-Enhanced Innovation (BiPSA) 9. Scenario Based Innovation 10. Innovation Appraisal: cost-to-complete; time-to-finish 11. Innovation Flexibility: up and down the scale of urgency 12. Innovation Communication: between co-innovators, their sponsors, and stakeholders 13. Lessons learned: analyzing past innovation pathways to improve future innovation. We will not make you a better expert in your field of expertise. We don't purport to replace your inventiveness. But we do plan to provide you with a framework to handle your creativity; offer you a visibility chart to display your innovation pathway; present to you a generic procedure that points you to your next best move, and helps you escape the common creativity pitfalls: waywardness, misplaced obstinacy, blinding euphoria. In other words: your innovation and creativity is what you bring to the table; we aspire to make your creativity count to its fullest, and to translate your innovation ingenuity into innovation productivity.
		Innovation Progress Meter Samples of Course Slides The Universal Theory of Innovation InnovationSP Capital Cost Estimation Innovation Case Studies Chemical Engineering for Chemists Industrial Chemistry -- The Big Picture Scale-Up Beaker to Barrel (Overview) Chemical Design Reactors Design Process Control Participatory Innovation You are cordially invited to participate in the following cases of Innovation Solution Protocol (SP): Managing the Innovative Component of a Pharmaceutical Concern Eli Lilly & Co. Drug Development Securing Temperature-Invariant Viscosity for Non-Petroleum Based Lubricants Bio-Fuel Innovation Synthesis of fats with a targeted set of well configured fatty acids Efficient heat-reflective paint coating up-scaling catalytic fluidization of gaseous reactions [About]	How relaxing is it to follow a protocol, step by step, start to finish, and close shop by five o'clock? But that is not your job description, is it? You are under pressure to innovate, daily almost. By five o'clock you better have a solution to the problem that surfaced after breakfast, and by Friday you better have an answer to the question posed to you Monday morning. Innovation has become a conveyer-belt regimen That is our new reality. And much as Henry Ford had to rewrite the rules for his factory workers, so we need to adopt a set of procedures, tools, and techniques geared towards our continuous innovation work flow. That is what we will address here at this online webinar, and make it specific for the innovative chemist.