Podobné jednotky: SOLAR POWERED WHEEL CHAIR FOR PHYSICALLY CHALLENGED PEOPLE /
- SOLAR POWERED WHEEL CHAIR FOR PHYSICALLY CHALLENGED PEOPLE
- DESIGN AND DEVELOPMENT OF A COST EFFECTIVE LIGHTWEIGHT AUTOMATED WHEEL CHAIR /
- SOLAR AND WIND HYBRID POWER GENERATION SYSTEM /
- DEVELOPMENT OF AN AUTOMATED EYEBALL CONTROLLED WHEELCHAIR PROTOTYPE FOR PHYSICALLY CHALLENGED PEOPLE /
- ANALYSIS OF HYBRID POWER SYSTEM INCLUDING SOLAR AND HYDRO POWER FOR HILLY AND TRIBAL AREAS OF BANGLADESH /
- A STUDY ON SOLAR POWER DEPLOYMENT IN REMOTE AREAS OF BANGLADESH FOR LOCAL DEMAND FULFILMENT AND GRID CONTRIBUTION /
Téma: Thesis Paper of EECE in B.Sc Prog.
- FEASIBILITY ANALYSIS OF GRID CONNECTED HYBRID SYSTEM FOR CHITTAGONG PORT /
- POWER FLOW OPTIMIZATION USING GENETIC ALGORITHM /
- IOT BASED SMART METERING SYSTEM AN APPROACH TO SMART GRID TECHNOLOGY / Major T M Anisul Islam, Mohammad Sabbir Ahmed, Md Didarul Alam,
- DESIGN AND PERFORMANCE ANALYSIS OF CURRENT STARVED VOLTAGE CONTROLLED OSCILLATOR AND FREEQUENCY DIVIDER FOR WIRELESS APPLICATIONS IN 90NM CMOS PROCESS / Asha Basak, Farhana Yasmin, Maisha Mahin Shashi.
- DESIGN AND PERFORMANCE ANALYSIS OF A UNABLE ACTIVE INDUCT OR BASED BAND PASS FILTER FOR X-BAND APPLICATIONS IN 90NM CMOS PROCESS / Madeeka Tuz Zahra, Fatema Sharmin, Kazi Md. Shahriar Sakib.
- FAULT DIAGNOSIS OF DIFFERENTIAL AMPLIFIER ANALOG CIRCUITS USING BJT (ITC 97 BENCHMARK CIRCUITS) UTILIZING COMBINED EFFECT OF GAIN AND PHASE OF OUTPUT VOLTAGE WITH FREQUENCY /
Téma: Electrical, Electronic and Communication Engineering.
- LONG TERM ENERGY DEMAND FORECASTING AND PROSPECT OF RENEWABLE ENERGY TECHNOLOGIES IN POWER SECTORS OF BANGLADESH /
- ANALYSIS OF HIGH FREQUENCY PROPAGATION PREDICTION MODELS IN THE CONTEXT OF BANGLADESH/
- DESIGN AND ANALYSIS OF METAMATERIAL BASED BIOSENSOR TO DETERMINE BLOOD GLUCOSE CONCENTRATION /
- PERFORMANCE EVALUATION OF EFFECTIVE SENSORS TO ACHIEVE RELIABLE FLARE ALTITUDE FOR FIXED WING UAV /
- DESIGN AND ANALYSIS OF UWB ANTENNAS FOR MICROWAVE IMAGING BASED MEDICAL APPLICATIONS /
- EVALUATION OF WWLLN PERFORMANCE RELATIVE TO THE LIGHTNING IMAGING SENSOR OF THE INTERNATIONAL SPACE STATION /