PETER ONYSCHTSCHUK
Chilliwack, BC, Canada, V2P 4E2
Tel: 250-***-****
******************@*******.***
Bachelor of Computer Engineering, 1991, University of Victoria
Citizenship: Canada (Previous USA TN-Visas: 3)
PROFESSIONAL SUMMARY:
CTO...VP of Technology...Systems Engineering Manager...Manager of R&D
Technology Visionary...New Product R&D...Environmental Assessment
Remote-Sensing...Digital Cameras...Remote Surveillance...Electronics
Software and Hardware Conception, Design, and Deployment...Manufacturing
Technology Management and Leadership...Balanced Score-Card
Teamwork...Problem Solving...Innovation...Project Management...Team Player
GPS...INS...Airborne and Marine Sensors...DO-160...Quality Control...ISO-
9000
Owner and leader of Technology development at Iron Sky--GoogleMaps, MPEG4,
H.264
Leader of long and short-term technology development and strategy for M7
Visual Intelligence. Promoted a team environment.
Long track-record of balancing the logistics of people, resources,
and time management with a diverse group of personnel for large and small
projects.
Applied systems-engineering, photogrammetric, and project-management
principles to enable world-class imaging systems.
Managed Research and Development of software and hardware to be used in
Remote Sensing applications from aircraft.
Created, as principal software engineer, a number of software products for
remote-sensing data-acquisition and data-processing.
Designed and built hardware and software for real-time embedded systems.
Created aircraft/marine displays for navigation and line guidance. Systems-
Engineered hardware such as lasers, GPS, INS, RF, and digital cameras into
existing survey systems.
Developed algorithms for mapping from digital/video images as well as for
filtering of acquired data.
Travelled world-wide to manage major data-acquisition projects.
WORK HISTORY:
Feb'09 - May'09 Iron Sky, Inc., Houston, Texas, USA
Vice President of Technology
A key part of the start-up leadership team responsible with no
oversight to given purview of advancing the enterprise-
wide surveillance system.
Released initial and second versions of the Iron Sky system to
market within a short time period by bringing
contributing parties together.
Led and motivated the external software development team with
aggressive delivery schedules.
Created plans for operational team departments and members.
Partnered with Delivery to deploy the Iron Sky system to clients'
sites.
Worked with outside companies to integrate their products into the
Iron Sky system.
Dec'07 - Sep'08 M7 Visual Intelligence, LP, Houston, Texas, USA
Chief Technical Officer/Systems Engineering Manager
The technical keeper of the large-format aerial imaging system
known as IRIS, a revolutionary modular, scalable airborne
suite of software and hardware.
The technical leader tasked with defining the technological path as
well as implementing the necessary tasks to follow it.
Used all resources available to advance the technology through
design, implementation, and testing. Hands-on when
needed.
Person responsible for all technology development including both
software and hardware for aerial imaging.
Managed all internal as well as external team members to realize
the corporate strategic goals.
Created time-lines and initiatives to stabilize the technology for
further modularization and integration.
Prepared plans and implemented them with patience and diligence to
keep the team on track.
Partnered with the Chief Scientist for future development.
Worked alongside the CEO to interview and select good candidates in
order to enhance the company's success.
Created cost estimates and collaborated with the CEO and the Board
of Directors and Advisors regarding budgeting.
Assigned team members to appropriate tasks and guided them along
the way.
2002 - Dec'07 Van-Isle Technology Systems, Ltd, Sidney, BC, Canada
Entrepreneurial Endeavour - Senior Software Engineer
Partnered with an entrepreneur to create an innovative piece of
software to work inside AutoCad using ADS/ObjectARX,
Visual C++, and MFC. The software extracts and
manipulates data from a 3-D model to drive an Electro-
static Discharge Machine (EDM).
The software runs as a Windows dynamic-link library and supports
various versions of AutoCad.
Worked on initial concepts to create hardware to tap into and
remotely link to the user display and console of EDM
machines.
1991 - 2001 Terra Remote Sensing Inc, Sidney, BC, Canada
Manager of Research and Development
Head of Information Technology
Senior Computer Engineer
MAJOR PROJECTS:
Terrain Scanning Laser: Designed and fabricated front-end
electronics and software to gather laser ranges for use in
mapping ground topography. The system mounted in an
aircraft and fired a laser at up to 10 kHz onto a scanning
mirror aimed at the ground. The reflections from the
ground targets as well as the mirror position were
conditioned and then sent for logging to a VME-based
computer running a real-time operating system. The data
was also displayed in real-time by the computer. This
system became the company's revenue back-bone and has
created long-term potential for the company.
VideoMap: Created software and hardware to enable
accurate mapping from a video camera. The software uses
video from an aircraft-mounted camera to map the
planimetric features seen in the video when played back on
a desktop computer through a frame-grabber. The company
has used this system for many years all over the world.
Digital Tide Gauge: Created a compact, robust tide-gauge
capable of logging tide data digitally for extended
periods with no user interaction.
Data-logger: Wrote software for an IBM-PC to handle the
logging of survey data from many sources. This software
also provides the necessary navigational tools (such as a
map display) for different types of surveys. Two versions
of the software exist: one for boat surveys called
NavDisp and one for aircraft surveys called Air-GPS.
NavDisp provides input for such devices as digital
sounders, gyros, and sub-sea systems. Air-GPS was
designed around aeronautical equipment such as an Inertial
Navigation System and pilot line-keeping displays. Air-GPS
also interfaces to the Terrain Scanning Laser and digital
cameras. The fundamental positioning system for this
software is GPS and is synchronized to GPS time once-per-
second.
Digital Camera: Designed and fabricated software and
hardware to control a Kodak digital camera so that the
time of each picture is known to millisecond accuracy.
This accurate time-stamping enables the aircraft's
position (via GPS) and attitude to be applied to each
picture.
TECHNICAL SKILLS:
- C/C++ (MFC), Basic, Fortran, Lisp, 6502, 68000, x86 Assembler,
html
- Windows 2008 Server, SQL Server 2005, VPN, RDC, Hyper-V
- Windows, Unix, DOS, AIX, PSOS+, QNX, VRTX, Solaris, Linux
- AutoCAD ObjectARX, MS Project, MS Office, .NET, GIS
- IBM-PC, SUN, Power-PC, VAX, Mac, MC68HC11, VME, XiLinx, ARM
- Analog/Digital Circuitry, PCB Design, Embedded, Firmware, Real-
Time
- Algorithms, OOD, SDLC, Agile, Waterfall
OTHER INFO:
- Basic Project Management course (CMC/AMA)
- Past Director, Coombs-Hilliers Volunteer Fire Department
- Past Head Coach, Kwalikum Secondary Senior Boys Basketball
- Commercial Pilot's Licence (Canadian) with multi-engine
endorsement
- Open Water Diving Certificate
- Co-authored papers:
- "Caribbean Coastal Zone Management With Airborne Bathymetry",
Terra Surveys Ltd., 1998
- "Fish Floppin', Pole Toppin', Rock Droppin', Tree Croppin'
Surveys!" (Published in Geomatica, vol.50, No.3, 1996)
- "Larsen LIDAR and Colour VideoMap: an Active/Passive
Technique for Coastal Environmental Assessment and Mapping"
(Canadian Coastal Conference, 1995)
PROFESSIONAL SUPPLEMENT:
A graduate of a Canadian university, Peter is most at home solving
complex problems in hi-tech fields. Peter has a long track-record of
creating remote-sensing hardware and software solutions for various
terrestrial and marine mapping applications. He also has an abundance of
experience with field operations, managing people, R&D finances, and
logistics.
While still at university, Peter entered the industry by joining the
progressively-minded group at the west-coast office of Terra Surveys in
Canada. From this experience he learned the nuances of remotely
monitoring items of interest, applying scientific algorithms to analyze
the data, and working on the edge of what technology can provide, all
from the creator's point of view. Peter can both build a black-box and
write software to control the black-box and has taken many electronic and
computer packages from initial concept to full implementation. In an
applied integration of a number of disciplines, Peter wrote a software
package called VideoMap to map precise planimetric details from an
aircraft, using a video camera.
Peter was one of the co-founding group of Terra Remote Sensing, Inc.
which took over the Research and Development branch of Terra Surveys and
embarked on an innovative approach to mapping the world on land and under
water with lasers and cameras. At Terra he was the Manager of R&D, Head
of IT, and Senior Software/Hardware Engineer.
Peter has worked with the Canadian Department of National Defense (DREV)
to adapt an airborne side-looking laser scanning wire-avoidance system to
a nadir-looking terrain mapping laser system. With this, he was able to
create one of the first commercial topographic scanning Lidar systems.
Prior to joining the team at Iron Sky, Peter was the Chief Technical
Officer of M7 Visual Intelligence where he used his expertise in remote-
sensing to bring the company to the next level of its development.
While at Iron Sky, Peter brought current technologies (Google-Maps, MPEG-
4, and H.264) to bear on existing crime-fighting surveillance as well as
sought and nurtured new developments and new perspectives. He was a key
part of the start-up leadership team responsible with no oversight to the
given purview of advancing the enterprise-wide surveillance system.