Ted Pavlic's Résumé

Ted P. Pavlic
Pavlic.3@osu.edu

OBJECTIVE
Advanced controls engineering research and development
EDUCATION


	The Ohio State University, Columbus, OH B.S., Electrical and Computer Engineering, Graduation Date: June 2004, Magna cum Laude, With Honors in Engineering Minor in Computer and Information Science Overall GPA: 3.85; Major GPA: 3.84 (4.0 scale)

EXPERIENCE

National Instruments, Austin, TX
Analog Hardware R&D Engineer for Multifunction DAQ Products    (June 2003 to September 2003)

Designed, laid out, and documented final verification testing fixture for use with STC2/X-Series MIO products

Designed and performed tests on long-term drift of voltage references after different length burn-in cycles

Migrated internal analog design guild web site to collaborative Twiki-based platform

National Instruments, Austin, TX
Analog Hardware R&D Engineer for Multifunction DAQ Products    (June 2002 to September 2002)

Designed and performed numerous validation tests on new 16-bit 800 kHz NI-6120 SMIO DAQ board

Designed high quality filter/amplifier/attenuator signal source for use with NI-5411 arbitrary function generator

Functioned as member of a small team of mixed analog and digital electrical engineers and technicians

IBM Network Storage, RTP, NC
Linux Systems Software Developer for FlexNAS Core Box Services    (June 2001 to September 2001)

Completely designed and implemented high-availability, redundant core internode communications subsystem based on IP and ARP over Ethernet; Did a great deal of other work on vital box services

QUALIFICATIONS

Prior Security Clearances: DoD TOP SECRET SCI with Polygraph
Computation and Analysis Software: MATLAB, Simulink, Maple, Mathematica, LabVIEW, SystemView
Laboratory: RF Network Analyzer, Oscilloscope, Function Generator/Arb, DMM, GPIB, PXI/VXI, MXI-3, and others
Data Acquisition and Control: dSPACE, National Instruments, Texas Instruments, Motorolla, and others
Programming Languages: C, C++, Java, Perl, JavaScript, Visual Basic, Lisp, PHP, ASP, and others
Engineering Graphics Software: CADKEY, Xilinx, Visio, Mentor Graphics, Electronics Workbench
Document Production: LaTeX, Microsoft Office Suite, Corel Office Suite, OpenOffice.org Suite
Operating Systems: DOS, Windows 9x/NT/2k/XP, Linux, Solaris, AIX, and others
Information Technology: HTML, CGI, MySQL, mSQL, MS-SQL, Oracle, Sybase, Crystal Reports, and others
Networking Systems: TCP/IP, WAN/LAN, Routing, Firewalls, NAT, Load Balancing, and others
Internet Services: Apache, Stronghold, IIS, BIND, Sendmail, POP, IMAP, SMTP, and others

HONORS AND ACCOMPLISHMENTS

Received Prestigious Ohio State University Dean's Distinguished University 5-year Fellowship
Team leader of OSU FIRST robotics team (4 year member)
Former OSU Engineer's Council computers chair
Undergraduate research assistant at OSU ElectroScience Laboratory (ESL)
Member of the OSU Freshman Engineering Honors program instructional team (4 years)
Built autonomous bomb retrieval robot in OSU Freshman Engineering Honors program in 4 person team
Designed new method of open source Internet service load balancing persistence based on sticky port groups (featured in Wired magazine)
Approximately ten years working actively in computer industry
Dean's list; University, Shaftstall, and Bradshaw Scholarships
National Society of Collegiate Scholars, Phi Eta Sigma, Alpha Lambda Delta, Tau Beta Pi, Golden Key

ACTIVITIES & INTERESTS


	DIY home improvement, astronomy, cosmology, behavioral ecology, electronics, signal processing, education and education reform

AVAILABILITY

No geographical limitations.

ACADEMIC HISTORY

Major: Electrical and Computer Engineering (Electrical Specialization)
Minor: Computer and Information Science (Programming and Algorithms Track)
Overall GPA: 3.85; Major GPA: 3.84 (4.00 scale)
Number of credits required for B.S. degree: 199 credits
Credits completed: 272 credits (including 20 EM credits)

MAJOR COURSES
(EM: Examination Credit; IP: Courses in Progress)
Number	Title	Credit Hours	Grade
ELECTRICAL AND COMPUTER ENGINEERING
205	Linear Circuit Analysis	3	A
206	Switching Circuits Laboratory	1	A
209	Circuits and Electronics Laboratory	2	A
261	Intro. To Logic Design	3	A
265	Intro. To Microprocessor-Based Systems	3	A
301	Analysis and Design of Linear Circuits	3	A
311	Electromagnetics I	3	A-
312	Electromagnetics II	3	A
323	Electronics Design and Simulation	3	A
327	Electronic Devices and Circuits Laboratory	2	A
331	Introduction to Materials Science for EE	3	A
341	Energy Conversion	3	A-
351	Systems I	3	A
352	Systems II	3	A
432	Physics of Semiconductor Devices	3	A
481	Professional Aspects of Engineering	1	S
501	Analog Communications Theory	3	A
508	Communications Laboratory	2	A
517	Electromagnetics Laboratory	2	A
557	Control and Signals and Systems Laboratory	2	A
561	Digital Circuit Design	3	A-
567	Microprocessor Lab I	2	A
582	Design 1	3	A
600	Introduction to Digital Signal Processing	3	A
613	Introduction to Antenna Design	3	A
620	Introduction to RF Integrated Circuits	3	B
662	Theory and Design of Digital Computers	3	A-
667	Digital Logic Laboratory	3	A
683	Senior Group Design 2	3	A
693	Independent Study: Transmission Line Research (Prof. Garbacz)	1	S
693	Independent Study: Control Interfacing and Design Laboratory [ECE 757] (Prof. U. Ozguner)	3	S
701	Communication Networks	3	A
710	Microwave Circuits	4	B-
711	Radiation from Antennas	3	A-
754	Nonlinear Systems	3	B+
758	Control Systems Implementation Lab	3	A
ENG MECHANICS
H210	Statics	4	B+
IND ENG
504	Engineering Economic Analysys	3	A
MATH
415	Differential Equations	4	A
571	Linear Algebra I	3	A
STATISTICS
427	Introduction to Probability and Statistics	3	A

MINOR COURSES
(EM: Examination Credit; IP: Courses in Progress)
Number	Title	Credit Hours	Grade
COMPUTER AND INFORMATION SCIENCE
H221	Software Development Using Components	4	A
222	Development of Software Components	4	A
321	Component-Based Software Development	4	A
360	Introduction to Computer Systems	4	A
459.21	Programming in C	1	S
459.22	Programming in C++	1	S
459.23	Programming in Java	1	S
459.31	Programming in Lisp	1	S
541	Elementary Numerical Methods	3	A
693	Europa Reusable Software Research Group	2	S
693	Europa Reusable Software Research Group	1	S
693	Europa Reusable Software Research Group	1	S
693	Europa Reusable Software Research Group	1	S
675.01	Introduction to Computer Architecture	3	A
MATH
366	Discrete Mathematical Structures I	3	A

PRE-MAJOR/OTHER COURSES
(EM: Examination Credit; IP: Courses in Progress)
Number	Title	Credit Hours	Grade
CHEMISTRY
121	General Chemistry	5	A-
ECONOMICS
H200	Principle Microeconomics	5	A
H201	Principle Macroeconomics	5	B
ENGINEERING GRAPHICS
H166	Eng. Graphics and Prob. Solv.	4	B+
H167	Prob. Solving	4	A
H168	Eng. Fund. & Lab III	4	A
ENGINEERING
100G	Engineering Survey	1	A
367	American Attitudes About Technology	5	A
694.01	Graduate Student Engineering Teamwork Seminar	1	S
ENGLISH
110	First Yr. English Composition	5	EM
220	Introduction to Shakespeare	5	A
HISTORY
181	World History, to 1500	5	B
182	World History, 1500 to Now	5	A
MATH
150	Elem. Functions	5	EM
151	Calc. & Anal. Geo.	5	EM
161G	Accelerated Calculus	5	A
162G	Accelerated Calculus	5	A
263G	Accelerated Calculus	5	A
MECHANICAL ENGINEERING
694R	Special Studies in Mechanical Engineering: FIRST Robotics Team	4	A
552	FIRST Design Experience	4	A
552	FIRST Design Experience	4	A
552	FIRST Design Experience	2	A
MUSIC
101.01	Piano	2	A
PHILOSOPHY
101	Introduction to Philosophy	5	A
PHYSICS
131E	Intro. Particles & Motion	5	A-
132E	Intro. Elec. & Magnetism	5	A
133	Intro. Therm., Wave, Quantum	5	A
SPANISH
101.01	Elementary Spanish I	5	EM