Highlights:

Skills:Project Management, Problem solving, Quick learning, Analytical Skill

Electrical Engineer 07/2023 - current
ZNCC, AIIB-W6-Nepal, Kathmandu, Nepal
Industry: Power system
The main responsibilities in ICB-DCSD-2078/79-DSUEP-AIIB-W6 include: Procurement of materials, estimation of all components, reviewing the drawings, communication with stakeholders, coordination of meetings, and cooperation with the design and survey teams are the main responsibilities of this project that should be handled by myself.
The main responsibilities in ICB-DCSD-2078/79-DSUEP-AIIB-W6 include: • Procurement for this project is the main responsibility that is being assigned abroad. • As a drawing reviewer, I am responsible of reviewing the substations, transmissions, and distribution Line drawings, profile, and design of civil, architecture, electrical, and mechanical to meet project requirements. • Estimation of primary equipment for substations including power transformer, auxiliary transformer, circuit breaker, current transformer, capacitive Voltage transformer, surge arrester, disconnect switch, control relay panel, SCADA system, cable ladder, control panels, lighting fixture, anchor Bolt, hot dip nut and bolt, and for distribution line, ACSR cable, OPG cable, steel structure, towers, concrete pole, steel tubular pole, insulators, fittings, hardware. • Overall responsibility of project coordination for (AIIB W6) consist of 4 routes of 33KVdistribution line, four 33/11KV substations, 11KV Distribution line, and Low-Tension cable. The route of 33KV distribution line consists of 65 km Simikot to Tumcha Pro substation, 30 km Kolti to Khatyad Substation, 16 km Gamgadi to Mangri substation, and 35 km Gamgadi to Tumcha Pro substation. Additionally, consist of four Substations that have control building, switchgear, well house, guard house, sewer system, walk way, roads and green area.--
Electrical Engineer 06/2020 - 07/2023
ZNCC, USACE/USAID Project-Afghanistan, Kabul and several provinces of Afghanistan , Afghanistan
Industry: Power system
As an electrical engineer, reviewing primary drawings and secondary drawings for substations with all feedback, estimating primary equipment and all required materials for the project, installing equipment for the Chimtala substation, and coordinating a project whose net worth was more than $ 180 million were the main responsibilities that I handled during the time.
The main responsibilities in NEPS & SEPS Connector and SEPS Phase II Completion included: • As drawing reviewer, reviewing the substations, transmissions, and distribution line drawings of civil, architectural, electrical, and mechanical were my responsibilities, and I provided feedback on design and drawing to meet the project requirements. • The estimation of primary equipment includes a power transformer, auxiliary transformer, circuit breaker, current transformer, capacitive voltage transformer, surge arrester, shunt reactor, shunt capacitor, and ACSR cable, power cable, control cable, OPG cable, steel structure, monopole tower, lattice tower, concrete pole, insulators, fittings, hardware, cable ladder, control panels, lighting fixture, anchor bolt, hot dip nut, and bolt, have been estimated by myself. • Moreover, I was in charge of the installation of primary equipment of 220 KV circuit breaker, a current transformer, a single and double-earth disconnect switch, surge arrester, capacitor bank, a capacitive voltage transformer, line current reactor, and so on at chimtala substation. • The overall responsibility of project coordination for a project worth more than $180 million (NEPS – SEPS Connector & SEPS Phase II completion) consists of four transmission lines, 15 substations, and a distribution line. The route of transmission line consists of 25.4 km Kandahar East SS to Kandahar Breshna Kot SS (99 towers), 32.63km Kandahar Breshna Kot SS to Pushmol SS (127 towers), 36.81 km Pushmol SS to Maiwand SS (136 towers), and 31.1 km Sangin North SS to Kajaki SY (122 towers). The substations are consisting of Chimtala SS (RPC & SVC system), Sayed Abad Substation(RPC system), Ghazni Substation (RPC system), Qarabagh Substation (construction o f 7 bay 220KV), Moqor Substation (construction of 7 bay 220KV), Shahjoy Substation (construction of 7 bay 220KV), Qalat Substation (construction of 7 bay 220KV), Kandahar East Substation (construction of 21 bay 220KV & 110 with RPC and SVC system), Kandahar Breshna Kot SS (1 bay 110KV), Durai SS (1 bay 110KV), Sangin South (4 bay 110KV), Sangin North (4 bay 110KV), Kajaki Switchyard (2 bay 110KV), Kajaki SS (20KV), Tangi SS (20KV). The majority of substations consist of control building, switchgear, well house, guard shake, guard tower, transformer building, sewer system, walkway, roads, and green area.--
Renewable Energy Engineer 05/2019 - 01/2020
Destiny Consultancy, Kabul, Afghanistan
Industry: Consultancy
During this time, I was responsible for a site survey for solar systems (off-grid systems, on-grid systems, and hybrid systems), the design of photovoltaics as per energy consumption for residential buildings, commercial buildings, and industrial buildings, and cost analysis for backup batteries, inverters, PV modules, PV stands, and other necessary accessories.
--

Mohammad Alam Faiz zad High School 03/2000 - 12/2012
Kabul, , Afghanistan
Degree: High School Or Below
Major:General
• Intense Dari and English language courses. • Internationally approved mathematics, physics, chemistry, and biology courses.

Login to view resume: Ahmad Masih Ahmadi - Electrical Engineer, BSc, Associate Degreee