Tyler Block Email & Phone Number

Baltimore, Maryland, United States

Lead the design, engineering, and launch of new products.

Baltimore, Maryland, United States

Responsible for managing the design process and launch of over 6 new products. Monitor key milestones and ensure on time deliverables.

Auburn Hills, Michigan

∙ Evaluate component designs for cost saving opportunities. Examples include hydraulic and electric steering systems, brakes, suspension and mounts. ∙ Manage 70+ component optimization projects valued at over $20M+.∙ Facilitate idea generation sessions for component optimization. ∙ Communicate and coordinate projects with suppliers and assembly plants.

Glen Burnie, Md

• Design and draft fiber optic systems using proprietary CAD software.• Calculate power loss in fiber optic networks over large distances. • Established excel based tools for improved work flow by automating calculations and creating work flow procedures to optimize the drafting process for all engineers and drafters.• Implemented project management tools to monitor progress on specific deliverables and overall project completion.

Baltimore, Maryland, United States

• Consulted with customers on their multimedia needs (video, sound, webcasting). • Fabricated custom equipment including camera rigs and monitor stands.

Baltimore, Maryland Area

• Work with customers to troubleshoot, identify and resolve hardware and software issues. • Develop and repair relationships with customers due to faulty hardware and software. • Educate and empower customers on how to use their products. Identify features and functions that improve the customer experience.

Baltimore, Maryland

• Communicate principles of computer science and machine design with students and teachers with varying levels of education and experience. • Collaborate with gaming industry professionals and educators to develop game design curricula around advanced computer software.• Facilitated the production of 8 promotional fundraising videos which resulted in $10,000 in new funds.

Baltimore, Maryland Area

• Created Baltimore’s first community based robotics program for Middle and High School students; an elective after school program where students build robots from concepts to fully functional designs.• Reorganized and reinvigorated a Johns Hopkins undergraduate student group, the Baltimore Robotics Institute (BRI), resulting in a threefold membership increase. • Taught BRI members the skills needed to mentor and teach urban youth. The program successfully led the Middle School robotics… Show more • Created Baltimore’s first community based robotics program for Middle and High School students; an elective after school program where students build robots from concepts to fully functional designs.• Reorganized and reinvigorated a Johns Hopkins undergraduate student group, the Baltimore Robotics Institute (BRI), resulting in a threefold membership increase. • Taught BRI members the skills needed to mentor and teach urban youth. The program successfully led the Middle School robotics team to three regional competitions where they received two awards.• Developed an extensive training manual for future robotics coaches and a detailed technical guide for a robotics competition.• Awarded the Johns Hopkins Neighborhood Fund for 2014-2015. The $15,000 grant funds contributed to upgrades and renovations of a local community center. These included the purchase of laptops, lab benches, improved wireless internet, old equipment removal, installation of power outlets, running water and other needed renovations. Show less

Wilmington, Delaware

• Accountable for sourcing a rare Incoloy superalloy, for a $750,000 specialty heat exchanger.• Researched Moisture Separator Reheaters (MSR).• Introduced patented MSR design to company as source of future income.• Revamped company website that highlighted ability to produce new technologies.• Audited design reports for theoretical and mathematical integrity.

Bear, Delaware

• Developed an automated spreadsheet that calculated lifting lug sizes for heat exchangers using ASME code, making manual calculations obsolete.• Generated a 3D model of the company’s machine shop to assist with the department’s expansion.• Charged, as an intern, to design a heat exchanger according to ASME Sec. VIII Div. I code.• Responsible for quality control on all materials.• ASME Sec. VIII Div. I code certified.