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Engr 10: Transfer Experience. Phillip Swanson Mechanical Engineering. Why Community College?. Price Flexibility with choosing major Education quality Easier to boost GPA Unique i nternship o pportunities Flexibility with schedules. Engineering: CSU VS. UC.
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Engr 10: Transfer Experience Phillip Swanson Mechanical Engineering
Why Community College? • Price • Flexibility with choosing major • Education quality • Easier to boost GPA • Unique internship opportunities • Flexibility with schedules
Engineering: CSU VS. UC • UC: Well Known; job/internship fairs • CSU: Cost effective (CSU$ ≈ UC$/2) • UC: Less GE and shorter graduation time • UC: Often higher quality labs/equipment • CSU: More locations • UC: More focus on graduate study and research • CSU: More focus on skills needed to enter workforce • UC: Evening classes are more rare • CSU: More faculty taught classes/office hours • CSU: Easier to go to school part time BOTH ARE GOOD OPTIONS
Why San Jose State? • Close to silicon valley companies • Part of the top 50 engineering schools in the world. • “Full Service” engineering department • Probably 3rd most well known for engineering in the Bay Area • Smaller class sizes than most UC’s • Well known engineering projects by students and faculty
ENGINEERING TRANSFER SEQUENCE: ENGR 10 ENTRANCE INTO ENGINEERING MAJOR: CALC1, PHYS 4A, ENGL 1A CONSULT WITH ENGINEERING AND PHYSICS PROFESSORS ADVISING GE REQS: TRANSFER vs. GRADUATION MAJOR COURSES GE COURSES CSU OTHER UC APPLY TO COLLEGES ASSOCIATES DEGREE TRANSFER VISIT PROSPECTIVE UNIVERSITIES: TRANSFER REQS
Pitfalls for Transfers • Know the difference between university’s graduation and transfer requirements • Know the difference between CSU and UC GE requirements • Harder to transfer if no major declared • Keep track of major requirements: They may change! • If your major is impacted at a certain school; double check that you have met the most up to date transfer requirements • Check transfer requirements both at JC and University • Articulation between courses at JC and University • IGETC for engineering transfers
Student Projects Research Specifications Theory/Calculations Presentations Prototype(s) Testing Engr 11 Aquarium Wave Generator
University Projects • Class projects common • Design and analysis projects • Teamwork • Student Organizations
Current Project Cutting Device for Autonomous Satellite Servicing Objective: Cut carbon fiber booms with minimal waste and torque on the satellite and servicer.
Engineering Tips • Don’t overcomplicate problems: • Engineering is an inexact science • Reasonable Approximations will be used. • Learn CREATIVITY: • I advise shop and welding classes, especially for ME’s • Build or sketch something cool WHY? -> Engineering is a creative process
Engineering is Opportunity • Engineering expands your horizons • Engineering covers a broad swath of majors, areas of focus, and careers • Engineering is in Demand
ENGINEERING A PRODUCT MANAGEMENT R&D DESIGN SALES MANUFACTURING QUALITY ASSURANCE PRODUCT SUPPORT
Student opportunities • Engineering Associations/Societies • Student Alumni Engineering Societies • Informational Seminars • Research opportunities • Job Fairs • Career Center: • Resume/interviews • Career development • Trade Shows • Site visits/tours
Some Cool Employers in Bay Area • Tesla • NasaAmes • Mass Precision • Applied Materials • IBM • Loral Space Systems • Lockheed • Google • Congenra Solar
Trade Shows + Events • Design to Part Show • Machine Tool Expo • Lawrence Berkeley National Lab Open House • Maker’s Faire • Moffet Field Open House
Tips for Engineering Transfers • Use ASSIST.org and university articulation websites • Visit booths of UC’s and CSU’s as well as any other colleges you may be interested in on transfer day • Consult with professor Mayer on community college courses to take • Consider an associates degree if you have the credits
Tips For Engineering Students • Learn all you can here • Use office hours • Form Study Groups • Find What excites you about engineering
Internship Experience • (Summer 2008) • (Summer 2013)
Be Creative! • Helps build essential engineering skills that aren’t explicitly taught in school • Could matter to employers • May gain technical experience along the way