Benjamin Cornish Email & Phone Number

Bronxville, NY

AP Physics 1, 2 and C.Engineering & RoboticsIntro Physics/ChemistryAP & Intro Java and other CSMentoring and supervision of student independent studies, which have included, amongst others:* Architectural case studies* Robotics and mechatronics* Calculus based Newtonian physics* Financial modelling and pattern prediction with JavaScript* Intro to.

Bronx, NY

Bronx High School of Science* Engineering (Intro, Digital, Electronic and Experimental)* Computer Science* Physics* Electronics* Applied ScienceLead teacher on developing a 3-year engineering stream for the advanced High School level.

• Integral member of the Product and Service Management team. Managed three 3rd-party integration products – their development and delivery: executed product roll-out to existing and new clients. Engaged with partners.
• Established beta-tester relationships with existing clients for product trials.
• Conducted regular departmental trainings for upcoming products and new releases – was the go-to point for many individuals on multiple product features.
• Contributed towards company's MRR by assessing clients' needs and signing a dozen up for additional products and services during a beta period.
• Mentored several interns teaching them of the workplace, new technologies, public speaking.

• Designed and developed a prototype system to measure large flat-screen display quality using Fourier imaging techniques and commercial-level photographic technologies. Developed and managed timelines and personnel for.
• New darkrooms established on time, within budget with the appropriate hardware in place.
• Contributed to a proprietary image-processing software library.
• Established relationships with contractors and local workshops – previously lacking.
• Prototype delivered on time to Canon Japan Dec ‘06, manufacturing QA demonstration in March ‘07.

• Process development and optimization for optical waveguide fabrication. An integral member of the technical team responsible for developing the first optical-based touch-screen system suitable for handheld or large.
• Many years of semiconductor process optimization – ultimately leading from small-scale one-off prototyping to mass manufacture capabilities.
• Thus developing a sound approach to proprietary research with the aim of commercial gain.
• Several multi-system operational prototypes demonstrated to investors, customers and manufacturing partners at critical timings. E.g. funding rounds, conferences, partner visits.
• Reviewed pilot production capabilities and requirements; inspections of mass-manufacturing equipment – established a pilot plant and took delivery of sensitive equipment.

Master Of Arts (Ma), Secondary Education And Teaching

Be, Systems Engineering

Bsc, Physics