ASIC Manager at DisplayLink
Cambridge, United Kingdom
ASIC Manager at DisplayLink
Cambridge, United Kingdom
ASIC Manager with strong design, integration and project management background. Experience of the full ASIC/CoT flow including the following:
- Design methodology
- ASIC management
- 3rd party IP selection and integration
- Design (Verilog/VHDL)
- Verification (VCS/Modelsim/NCSim)
- Emulation (FPGA/Quickturn)
- Synthesis (Synopsys/Synplicity/Magma/Xilinx)
- Formal Equivalence (LEC/Formality)
- DFT Scan and BIST (Synopsys/Mentor)
- Layout (Magma)
- Timing Closure (Primetime/Magma)
- Silicon debug (including FIB fixes)
Particular experience in ASIC team management, chip planning and estimation, IP integration and 'middle end' of flow through to timing closure.
(Privately Held; Semiconductors industry)
August 2009 — Present (5 months)
Primarily involved in ASIC team management, ASIC design methodology, IP selection, interfacing to partners, long term planning, team development, budgeting, project management, as well as maintaining hands-on design and integration skills.
(Privately Held; Semiconductors industry)
October 2005 — August 2009 (3 years 11 months)
Technical/Project Lead for Network to Video ASICs.
(Public Company; CNXT; Semiconductors industry)
November 2003 — July 2005 (1 year 9 months)
Project lead for ADSL network ASICs
(Public Company; GSPN; Semiconductors industry)
October 2001 — November 2003 (2 years 2 months)
Project lead for ADSL network ASICs, including top level integration, DFT, Clock/Reset control, timing closure and backend support.
(Public Company; VRTA; Semiconductors industry)
February 1998 — October 2001 (3 years 9 months)
ASIC Design Engineer for Network/ADSL ASICs, including block design/verifcation, top level integration, DFT.
(Semiconductors industry)
June 1995 — February 1998 (2 years 9 months)
ASIC Design Engineer, particularly involved with system emulation using Quickturn System Realiser.
(Defense & Space industry)
September 1991 — June 1995 (3 years 10 months)
Engineer working on many parts of large thermal imaging systems.
2.1 BSc/MEng , Electrical and Electronic Engineering , 1991 — 1995